Top Structures Engineer Skills

Below we've compiled a list of the most important skills for a Structures Engineer. We ranked the top skills based on the percentage of Structures Engineer resumes they appeared on. For example, 9.4% of Structures Engineer resumes contained Structural Engineer as a skill. Let's find out what skills a Structures Engineer actually needs in order to be successful in the workplace.

The six most common skills found on Structures Engineer resumes in 2020. Read below to see the full list.

1. Structural Engineer

high Demand
Here's how Structural Engineer is used in Structures Engineer jobs:
  • Employed in a growing structural engineering consulting office with projects involving steel and timber member/connection design and preparation of fabrication drawings.
  • Performed structural engineering foundation and superstructure inspections and wrote reports for many major realty companies in St. Louis and surrounding vicinity.
  • Prepare and review structural engineering calculations on existing assessments and coordinate with other design disciplines in the delivery of structural designs.
  • Served as a structural engineer in the design of multiple residential and commercial buildings Supervised the construction of multiple residential buildings
  • Supervised a 28-storey building project as chief on-site structural engineer by coordinating extensively with other design team members.
  • Analyze, research, and develop structural engineering specifications involving metallic, non-metallic, or composite structural materials.
  • Reviewed and verified structural engineering designs for Auxiliary building floor by conducting in-depth reviews of structural analysis.
  • Intern at QuEST Global Engineering as a structural engineer performing finite element analysis on aerospace components.
  • Supervised all structural engineering outsourced design projects, with quality checking of engineers and consultants designs.
  • Involved in computer technology research to increase the performance of the structural engineering computer based tools
  • Provided Structural engineering service for design and construction of commercial and industrial buildings and facilities.
  • Performed structural engineering design of a military installation in a remote area of Taiwan.
  • Performed structural engineering calculations and finite element analyses on jack-up and semi-submersible drill rigs
  • Performed various structural engineering inspections of existing building foundations and prepared engineering report.
  • Provided technical expertise, supervision and monitored progress over the structural engineering division.
  • Develop probable structural engineering cost estimates for his/her projects within the department.
  • Project Manager/Structural Engineer on Industrial, Commercial, Residential and Architectural projects.
  • Performed structural engineering design and analysis on projects using industry standard software.
  • Lead Structural Engineer for supporting aircraft interior and modifications for executive installations.
  • Provide structural engineering guidance and industry experience to a developing avionics group.

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2. Structural Analysis

high Demand
Here's how Structural Analysis is used in Structures Engineer jobs:
  • Performed structural analysis on models to study static and dynamic effect of aerodynamic loads on parts and determine optimal design configurations.
  • Performed structural analysis and design of buildings, bridges and marine structures and prepared construction documents and technical specifications.
  • Utilized both FEA and theoretical calculation to perform structural analysis for various marine-type cranes under different loading conditions.
  • Assisted in the development of automated analysis tools for completing structural analysis on jet engine externals plumbing systems.
  • Developed and assisted in the development of FEL3 packages and preliminary structural analysis for an existing Petrochemicals refineries.
  • Provided support to CIPT Critical Design Reviews presentations via Structural Analysis Memo and previously completed analyses.
  • Performed structural analysis and design calculations and sketched, marked up and reviewed engineering drawings.
  • Prepared structural analysis calculations and detailed drawings for antenna mounting frames and wall mounting details.
  • Provided structural analysis and substantiation of a nose extension modification to a Boeing 707 derivative.
  • Utilize computer structural analysis programs to verify product compliance with customer and industry standards.
  • Performed structural analysis and design for various architectural, industrial and power plant structures.
  • Experience preparing structural analysis technical documentation, covering static, fatigue and damage tolerance.
  • Performed structural analysis of new equipment/antennas for cell phone towers and their foundations.
  • Performed structural analysis on building components, using building codes and analysis software.
  • Performed structural analysis and design of buildings using diverse computer programs and processes.
  • Train entry and mid-level engineers to perform structural analysis and design tower modifications.
  • Participated in structural analysis, and design repairs for bridge rehabilitation projects.
  • Perform structural analysis using classical hand analysis methods and Boeing analysis tools.
  • Generated relevant sections of structural analysis substantiation and interface loads reports.
  • Performed structural analysis and provided modifications to existing building structures.

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3. Shop Drawings

high Demand
Here's how Shop Drawings is used in Structures Engineer jobs:
  • Reviewed shop drawings, performed site observation visits, and provided engineering observation reports.
  • Reviewed shop drawings and verified manufactured products were in compliance with engineering specifications.
  • Prepared structural engineering calculations and reports, and reviewed shop drawings.
  • Interpreted detailed plans including architectural, structural and shop drawings.
  • Prepared and reviewed shop drawings for architectural and mechanical departments.
  • Reviewed shop drawings and contributed to construction assistance.
  • Reviewed structural shop drawings and structural design calculations.
  • Reviewed and verified shop drawings from steel-fabricators.
  • Draw and prepare structural shop drawings in conformance with construction documents and specifications, with 50% more efficiency than peers.
  • Review of steel shop drawings, including review steel shop drawings for a renovation to NORAD underground facilities in Cheyenne Mountain.
  • Prepared Contract Drawings, reviewed and approved shop drawings, coordinating with other disciplines and Vendors and meeting plant outage deadlines.
  • Prepared and checked structural drawings, shop drawings, calculations, construction RFI's, and supervised engineering and drafting personnel.
  • Coordinated as per directions from the project managers and senior designers and reviewed shop drawings and ensured design is met.
  • Worked as a team leader for the development of Erection and Shop drawings by using software provided by TENSOR Engineering.
  • Reviewed the shop drawings for design compliance and stamped the structural drawings as a PE for City's approval.
  • Performed reviewing and checking shop drawings for towers, and design of the foundation using PCMAT, and prepare drawings
  • Developed geometries, checked plans, checked design calculations, reviewed shop drawings, and developed sketches for drafting.
  • Control the material by standardizing the product and connections, review shop drawings and timely supervision of erection activity.
  • Performed site visits and reports, responded to RFI's and reviewed shop drawings for various projects under construction.
  • Performed shop drawings review and responded to contractor s RFI, provided technical support for the field inspectors.

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4. CAD

high Demand
Here's how CAD is used in Structures Engineer jobs:
  • Designed and implemented different aircraft interior seating configuration on regular basis using CAD tools including cost estimates for wet lease.
  • Performed energy analysis/calculations of such structures and produced both structural plans and detailed shop drawings using AutoCAD.
  • Modified CAD drawings of seat layout and emergency equipment distribution as required by local and international authorities.
  • Collaborated with architectural engineers to draw plans and sections using AutoCAD for a streamlined design and analysis.
  • Create 3D models of interior/avionics modifications & installations for client approval utilizing SolidWorks & AutoCAD.
  • Prepared structural CAD drawings with all necessary specifications and structural design criteria.
  • Provided Computer-Aided Design/Drafting support and documentation of engineering activities using AutoCAD.
  • Produced several concrete layouts and reinforcement detailing drawings using AutoCad.
  • Prepared detailed construction drawing using AutoCAD software for steel/concrete structures.
  • Prepared structural plans and detail structural section drawings utilized AutoCAD.
  • Prepare civil/structural design drawings and fabrication drawings using AutoCAD.
  • Oversaw/reviewed production of contract documents by CAD operators.
  • Prepared structural CAD drawings with the necessary specifications.
  • Designed connections and produced detailed drawing using AutoCAD.
  • Developed structural drawing using AutoCAD, MicroStation.
  • Generated structural detailed drawings using Auto-CAD.
  • Produced construction drawings using AutoCAD software.
  • Provided technical guidance to CAD designer/drafter.
  • Prepare construction documents using AutoCad.
  • Prepared structural drawings and bar Bending schedule using auto cad software and inspected steel reinforcement at the site prior to concreting.

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5. ACI

high Demand
Here's how ACI is used in Structures Engineer jobs:
  • Designed, analyzed, and managed structural engineering projects covering residential, commercial, industrial, institutional, and municipal facilities.
  • Served as a Combat/Tactical Structural Engineer during Operations Desert Shield/Storm, constructing facilities for military units in a hostile environment.
  • Designed a reinforced masonry PC-3 storage vault and drilled pier foundation for the Beryllium Technology Facility including seismic analysis.
  • Provided structural analysis & design for new as well as modifications to existing structural elements for industrial facilities.
  • Conducted coordination meetings relevant to design with Materiel and Planning Groups, Outside Vendors and Interfacing organizations.
  • Operated daily in plants/facilities protected by the Department of Homeland Security and complied with all access requirements.
  • Consulted on structural criteria to reinforce fenestration elements for new headquarters facility of major local Bank.
  • Provided interface management for material handling between the structural group and facilities group/BP operation team.
  • Participated in project scoping/ site visits to verify existing structural conditions in the waterfront facilities.
  • Analyzed rigging system to ensure provide safety capacities were in accordance with established site specifications.
  • Designed and perform load capacity ratings for monorail at petrochemical facilities in Pasadena TX.
  • Functioned as project structural engineer for commercial, educational, and criminal justice facilities.
  • Provided capacity ratings for overhead monorail systems located at a local paper mill.
  • Review structural capacity of existing structures and perform quantitative analysis of proposed equipment.
  • Performed field analyses on oil refineries and chemical facilities operating at under capacity.
  • Performed support services for the Laboratory during construction of the expanded tritium facility.
  • Performed site visit to collect information and determined capacity of existing structures.
  • Developed calculation spreadsheets for the company to facilitate analysis and design work.
  • Performed design calculations for poultry processing plants and other light industrial facilities.
  • Developed and implemented procedures that facilitated the communication flow and increased productivity.

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6. Finite Element Analysis

high Demand
Here's how Finite Element Analysis is used in Structures Engineer jobs:
  • Detail and assembly level stress analyses utilizing classical and finite element analysis techniques on a variety of metal and composite structures.
  • Performed 3D Finite Element Analysis with maximum design operation loads and determined collapsed vacuum loads by elastic-plastic failure model analysis.
  • Perform dynamic/modal structural finite element analysis for the integrated International Space Station to support validation of flight load requirements.
  • Design development and detailed engineering via finite element analysis, allowable stress design, and engineering first principles.
  • Conducted structural computer modeling including finite element analysis using a variety of computer software.
  • Modeled and performed finite element analysis for stool support and its optimization.
  • Performed finite element analysis on production rotors to address quality notifications.
  • Performed finite element analysis results for compiled presentation with customers.
  • Design of I mat foundation utilizing finite element analysis.
  • Developed finite element analysis software package using FORTRAN.
  • Perform structural analyses using Finite Element Analysis.
  • Conducted hull modeling, skid shoe conceptual design and finite element analysis for HYSY278 and Finesse vessels in Mariner topside project.
  • Performed 3D Finite Element Analysis and structural analysis of shallow and pile mat foundations of Power Plant project in China.
  • Performed Finite Element Analysis in support of JSF Support Ring and Mount Ring and successfully completed three Detail Design Reviews.
  • Included in my work I ensure all structural foundations meet the specific project requirements through hand and finite element analysis.
  • Designed components of offshore structures incorporating plates, beams & plastic materials using Finite Element Analysis (FEA).
  • Utilized SPACE V (Structural Programmed Analysis Capability for Engineer) software program for finite element analysis.
  • Utilized finite element analysis (FEA) and solid mechanics principles to design and analyze structures.
  • Educated customers on the benefits and limitations of finite element analysis in the overall design process.
  • Performed 3D Finite Element Analysis of Vertical Hydro Cyclone Tank, weight 114 Kips.

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7. Masonry

high Demand
Here's how Masonry is used in Structures Engineer jobs:
  • Instituted an innovative method in testing seismic resistance of masonry bearing walls that improved efficiency and accuracy of the assessment.
  • Field services included probing and inspecting deteriorated brick and limestone masonry exteriors to identify underlying causes for the deterioration.
  • Design phase services included preparing reconstruction plans and specifications for required structural steel and masonry repairs.
  • Analyzed and designed steel/masonry/wood structures in residential and commercial projects by using ETABS/SAFE/Excel.
  • Led design of concrete masonry structure; analyzed structural integrity of existing airport towers
  • Designed multistory masonry condominium in Ocean City, Maryland.
  • Assessed vulnerability of a 6-story masonry building.
  • Designed concrete and steel buildings according to code 2800 (Iranian seismic design code) - Evaluated seismic vulnerability of masonry buildings
  • Designed and detailed construction drawings for retail, commercial, and industrial projects, utilizing steel, concrete, wood and masonry
  • Project involved inspection and evaluation of damaged stone masonry foundation walls, wood floor decks and joists and wall framing.
  • Designed reinforced concrete, masonry, timber, and steel buildings for hotels, schools, apartments, and factories.
  • Managed, constructed, repaired, and modified structural systems and wooden, masonry, metal, and concrete buildings.
  • Engineer assisting with inspection of Timber pedestrian bridge, inspection of masonry retaining wall, and preparation of final report.
  • Determined the detailed conduit route on the bridge and on the two masonry piers (Manhattan and Roosevelt Island).
  • Designed structural elements for residential and commercial buildings, including reinforced concrete, steel, masonry and wooden framing.
  • Prepare design calculations, drawings, and construction documents for steel, concrete, timber, and masonry structures.
  • Steel, concrete, and masonry design of hospitals, schools, and commercial buildings from concept through construction.
  • Project Engineer and Superintendent on various projects to masonry brick buildings in accordance with State of California earthquake requirements.
  • Prepared and checked calculations for the design and analysis of steel, concrete, and masonry structures and foundations.
  • Stress & Heat Transfer Engineer - Consultant: Structural Design & Analysis of reinforced concrete and masonry residential projects.

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8. Steel Structures

high Demand
Here's how Steel Structures is used in Structures Engineer jobs:
  • Prepared secondary steel structures design analysis and calculations using proper code requirements and design basis for the topsides.
  • Performed design calculations for qualification of concrete and steel structures.
  • Checked structural design calculations for steel structures and foundations
  • Designed steel structures for residential housing
  • Served as a member of the structural engineering team, in charge of designing steel structures for tensile and industrial coverings.
  • Provided structural analysis and design of building frames using GTSTRUDL software to model timber, concrete, and steel structures.
  • Calculated dynamic and static structural analysis of reinforced concrete and steel structures under various load combinations using SAP 2000 software.
  • Designed steel structures such as overpass and steel/wood columns that were used to support pipe racks and cable trays.
  • Provided design drawings for steel structures, foundations, area paving plans, and the underground drainage system.
  • Led and directed other engineers and managed work flow and progress for multiple steel structures and concrete foundations.
  • Design of steel structures, including crane girders for an overhead bridge crane in the Experiment Hall.
  • Work also involved duct, pipe and electrical support steel structures at elevated levels in existing structures.
  • Perform connection design and structural analysis for steel structures and provide technical support to the company clients.
  • Design of steel structures and concrete foundations for the oil, gas, and fertilizer industry.
  • Performed vertical and horizontal structural design and analysis on wood framed, CMU and steel structures.
  • Reviewed and checked structural design calculations, vendor submitted drawings for steel structures and concrete reinforcing.
  • Design of miscellaneous reinforced concrete structures, steel structures, and timber structures throughout Colorado.
  • Designed and analyzed commercial building structures and industrial steel structures using ASCE 7-05 and 7-10.
  • Analyzed reinforced concrete and steel structures with project values from $300K to $3M.
  • Design of concrete and steel structures for upstream and midstream oil and gas projects.

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9. Staad

high Demand
Here's how Staad is used in Structures Engineer jobs:
  • Performed structural design for petrochemical industry using STAAD program.
  • Performed combined 3D Finite Element Analysis of Recovery Turbine Bypass Duct and structural analysis of support frame by STAAD Pro.
  • Utilized STAAD to analyze and design reinforcing steel for duct sections to provide not-to-exceed loads at duct support locations.
  • Used STAAD program to perform structural analyses between Amtrak's 25 KVA systems and Metro-North's 12.5 KVA systems.
  • Learned how to use, implement, and interpret output from computer software, like STAAD and LPILE.
  • Designed a step beam under 20 kips point load with strut and tie model using ANSYS and STAAD.
  • Key Achievements: * Developed a 7-story stadium, large scale finite element model using STAAD.
  • Gained software experience modeling various structures using MIDAS, STAAD Pro, SAP 2000 and LUSAS.
  • Utilized STAAD software to identify failed members and propose repairs for existing steel breasting dolphins.
  • Involved in design and analysis of extension of existing rack and new rack using STAADPRO.
  • Designed components of building (columns, beams etc) using STAAD Pro software.
  • Performed analysis by hand calculation and with using structural analysis program STAAD Pro.
  • Developed the load rating calculations and reports for MassDOT utilizing VIRTIS and STAAD.
  • Designed PSC Girder type Superstructure of Flyover Bridge using STAAD PRO software.
  • Perform loads and load combinations comparative study of USLNG skids using STAAD.
  • Carried out the modeling of structures/foundations in SP3D and Analyze in STAAD.
  • Designed and modeled three story steel building using STAAD.
  • Designed this rack on STAAD at the Houston office.
  • Prepare model of the structure using STAAD PRO software.
  • Performed full hands-on-inspection and STAAD analysis (2009).

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10. Pipe Supports

high Demand
Here's how Pipe Supports is used in Structures Engineer jobs:
  • Proposed necessary retrofit of existing pipe supports to support additional loads as required.
  • Prepared design analysis calculation and detailed drawings for typical and engineered pipe supports.
  • Conducted engineering inspections on existing piping systems and pipe supports.
  • Evaluated, designed and modified steel framing pipe supports, base plates, and anchor bolts in accordance with seismic requirement.
  • Managed a team of structural and process engineers on a project to design pipe supports for multiple systems of process piping.
  • Maintained, revised and updated TVA's Pipe Support Design Manuals which contained guidance and allowable methods for designing pipe supports.
  • Designed concrete foundation for pipe supports, tanks for several projects in Louisiana, Texas, Pennsylvania and North Dakota.
  • Completed layout and design of individual pipe supports with connections to structural steel support frame for all pipe systems.
  • Performed pipe stress analysis to specify expansion joints, assessed existing anchors, and designed other pipe supports.
  • Designed and analyzed embedded and surface mounted plates, pipe whip restraints, pipe supports and anchors.
  • Design of a complete upgrade system for the steam tunnel pipe supports underneath the University of Washington.
  • Designed, and prepared hand and computer calculations and drawings for new and modified pipe supports.
  • Designed and evaluated the structural adequacy of Seismic Category I small-bore and large- bore pipe supports.
  • Design pipe supports and anchors for rerouted piping, conceptualize and implement added safety features.
  • Designed a variety of new pipe supports and retrofitted existing structures for new pipe supports.
  • Analyzed and designed custom pipe supports for seal air and pulse air piping systems.
  • Design of pipe supports, underground duct banks and foundations of diverse structures.
  • Design of pipe supports and pipe bridges in refineries and fertilizer plants.
  • Design the pipe supports for the Clinton and Palisades nuclear power plants.
  • Designed ship unloading docks, pipe supports, and equipment supports.

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11. Aisc

high Demand
Here's how Aisc is used in Structures Engineer jobs:
  • Perform unconventional connections design by manual calculation applying AISC.
  • Design was primarily done per the requirements of AISC 9th edition for combined axial loads and bending loads where appropriate.
  • Used AISC LRFD design along with DNV Offshore Standard, for steel structures including pipe racks, flare tower etc.
  • Designed and analyzed highway bridge structures using AASHTO, ASTM, AISC Steel Manual, and ACI design specifications.
  • Use AISC Steel Manual, National Design Specification for Wood Construction, American Concrete Institute and Aluminum Design Manual.
  • Designed steel & concrete structures for above mentioned analyses based on AISC, ACI and local building codes.
  • Design a steel moment frame building using SAP for earthquake considerations using ASCE 7-10 code and AISC references.
  • Design required use of the current AISC codes as well as use of Petrochemical Industry Code and standards.
  • Design and analysis of structures, and verifying the compliance with ACI318, AISC, and NDS.
  • Designed an assortment of AISC compliance welded and bolted connections for steel truss compression and tension members.
  • Used design references: AISC Steel Construction Manual, ASCE 7-10, and NDS Structural Wood Design.
  • Reviewed projects for code compliance of various elements in accordance with AASHTO, AISC, and ACI.
  • Performed design of the HSS connections and structural welds using criteria specified in AISC 360- 10.
  • Conduct calculation sheets per AISC 341 and ACI 318 for composite (hybrid) shear walls.
  • Worked under PE's including one of the AISC Steel Construction Manual committees in various projects.
  • Implement IBC and AISC standard in the process of creating prelim/final cell towers and foundation designs.
  • Focused attention on connection design of welded, bolted and moment connections from AISC 14th.
  • Designed the column haunch for panel web shear per the requirements of AISC 9th Edition.
  • Gained familiarity with AASHTO, ASTM, AISC Steel Manual, and ACI design specifications.
  • Designed the connection between beams and columns and splicing of columns using AISC specifications.

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12. Engineering Support

high Demand
Here's how Engineering Support is used in Structures Engineer jobs:
  • Provided engineering support and interface with construction to retrofit operating Nuclear and Fossil Power Plants.
  • Provided engineering support for customer's fabricators and rig-up personnel.
  • Provide engineering support to address regulatory and reliability issues.
  • Provide engineering support for line and scheduled maintenance activities.
  • Provided engineering support for Space Shuttle Orbiter processing operations.
  • Provide engineering support during construction of projects.
  • Provide engineering support for aircraft modifications.
  • Provide Engineering support for Aftermarket Customers.
  • Provided depot level engineering support.
  • Supervised 7 Engineers providing structural, mechanical and system engineering support to 1,500 depot technicians maintaining fleet of 1,400 C-130 aircraft.
  • Provided engineering support with the design of overland and in-plant conveyor bents, head frames and channel frames.
  • Provided in-house engineering support through developing and reviewing design concepts, and performing civil tasks as requested.
  • Provide assistance engineering support as required for equipment skid base designs and pipe support systems.
  • Provided engineering support during a refueling outage at TVA's Watts Bar Nuclear Plant.
  • Perform Field Engineering Support to Resolve Construction Issues and Provide Corrective Action As Needed.
  • Provide real-time engineering support for the ATA chapters under my responsibility for in-service aircraft.
  • Provided the engineering support for the fabrication and load test for this girder.
  • Provide calculations, drawings, FEA analysis, and any necessary engineering support.
  • Checked drawings, made engineering revisions, engineering support, as built drawings.
  • Provided engineering support on second row seat structures for multiple vehicles.

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13. Foundation Design

high Demand
Here's how Foundation Design is used in Structures Engineer jobs:
  • Designed support steel and foundations for mass material storage facility and mat foundation design for sand processing facility equipment.
  • Verified foundation design for building and mechanical equipment per specifications and standards.
  • Provide structural and foundation design, technical analysis for residential building.
  • Coordinated foundation design/construction with specifications for supplied equipment.
  • Load Distribution calculations and foundation design.
  • Drilled shaft foundation designs for 110 ft. high ALSF steel towers; steel pipe deep foundations for prefabricated shelter building.
  • Work also involved duct and pipe support steel structures and foundation design including support of elevated equipment and structures.
  • Performed detailed structural design, foundation design, specifications, design templates and procedures, and design reviews.
  • Educated engineers in overseas locations by giving them training in tower and foundation design through live meeting.
  • Performed conceptual/detail steel and foundation design with 3D modeling (Frameworks) for FEL & EPC projects.
  • Performed 3D Structural Analysis of frame, foundation design and pile cap calculation of Strip Casting Building.
  • Performed concrete foundation design and detailing for steel pipeline support structures, and developed cost estimates.
  • Performed structural design and analysis of steel, masonry and concrete structures including foundation design.
  • Teach the Fundamentals of Marine Design, Foundation Design module to the Design apprentices.
  • Preformed Stress joint analysis, Provided detailed design of local components, foundation design.
  • Lead structural engineer, taking the whole responsibility for structural and foundation design.
  • Concrete pier, shear wall, retaining wall, slab and foundation design.
  • Verified connection design and foundation design for concept design of lift boat.
  • Machine Foundation design, utility bridge design, anchorage design and steel connection
  • Piled foundation design of a wellhead protection structure in the Dalton Field.

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14. Platform

high Demand
Here's how Platform is used in Structures Engineer jobs:
  • Managed team of engineers/designers developing report detailing allowable live loads for elevated floor slabs and working platforms for sixteen buildings.
  • Performed corrosion assessment of platform connections compromised as a result of exposure the Cape Canaveral salt-water environment.
  • Designed new machinery platform and access gantry to incorporate new machinery into existing movable bridge layout.
  • Design, analysis and modifications of steel platform for telecommunication equipment on rooftops and ground level.
  • Designed structural steel platforms supporting various electrical equipment, building modules, and maintenance/access platforms.
  • Created modifications to a winery including a three story aluminum platform for fermentation tank access.
  • Supervised development and reviewed specifications and procedures for fabrication and installation of offshore platforms.
  • Provided technical support during construction and installation of new platforms and existing platform modifications.
  • Analyzed existing platforms considering damages or deterioration, intended to recommend required repair.
  • Designed platforms for complex industrial buildings with sophisticated industrial production lines.
  • Conducted survey of equipment platforms providing recommendations improving life cycle costs.
  • Performed structural analysis of antenna installations on various aircraft platforms.
  • Design platforms, mounts and respective connections for telecommunication equipment.
  • Performed assessments of existing platforms and designed repairs.
  • Provided solution in complex works in coordination with field management to provide removable steel modular platform structure for spherical shells maintenance.
  • Design of projecting runway/platform framing system, such that a 110-ton isolation valve could be set and rolled into the structure.
  • Conducted seismic and mudslide study for a BP platform in Caspian Sea using nonlinear static pushover and time history approaches.
  • Complete design of two accommodation platforms with water depth of 149 feet and 131 feet within a five-platform production complex.
  • Analyzed/Improved design of doors for LX platform based on durability procedures (stiffness, over check and set/sag analysis).
  • Detailed design of a 50 ton hinged sling platform including raising and tieback details for use during ROV installation.

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15. New Construction

average Demand
Here's how New Construction is used in Structures Engineer jobs:
  • Reviewed Mobile County residential new construction plans for structural compliance and new high-wind requirements.
  • Created detailed design calculations and drawings for renovation and new construction projects.
  • Supervised and coordinated new construction and equipment installation.
  • Provide engineering and design for various design and design-build projects located throughout the state, both new construction and renovation work.
  • Produced framing plans, sections and details, prepared construction documents and specifications for new construction and renovation projects.
  • Worked with clients across the oil/gas and mining industry on both new construction projects and modifications to existing facilities.
  • Served as engineer for a variety of projects, including building additions, upgrades, and new construction.
  • Created and compiled bid documents and specs for new construction and replacement-in-kind applications for clients and fabricators.
  • Worked with the structural calculus and design of new construction project and buildings in need of repair.
  • Designed a concrete deck and concrete pile arrangement for a new construction dock.
  • Designed bridges for, widening, new construction and phased construction projects.
  • Performed structural analysis on existing building and bridges, and new construction.
  • Checked foundations and walls subjected to additional loads from new construction caissons.
  • Verify design quantities and prepared cost estimates for new construction.
  • Support design development of active and new construction submarines.
  • Analyzed new construction and retrofit of existing structures.
  • Assisted professional engineers with calculations for vertical structures, including building renovations, new construction, and wastewater treatment structures.
  • Experienced in new construction, building renovation and tenantimprovement for commercial, DSA, OSHPD as well as residential projects.
  • Work Experience At Snowden I am responsible for performing engineering and design calculations for both new construction and remodels.

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16. Architects

average Demand
Here's how Architects is used in Structures Engineer jobs:
  • Interfaced with discipline engineers and architects, conducted design reviews, and answered requests for information from internal and external stakeholders.
  • Worked with architects, owners and steel fabricators to develop efficient and architecturally sophisticated structures and generated sealed Construction Documents.
  • Worked effectively with architects, mechanical, and electrical engineers to coordinate construction document.
  • Coordinated designs with other engineering disciplines/architects as part of an inter-discipline firm.
  • Provided structural design options to architects and construction method options to contractors.
  • Coordinated with architects and modelers in generation of 3-Dimensional geometric models.
  • Cooperated with contractors and architects in resolving problems which arise during construction
  • Coordinated with Architects, mechanical engineers, electrical engineers and attended meetings
  • Company specialized in providing consulting structural engineering services to architects.
  • Consulted architects and other consultants to meet design requirements.
  • Coordinate with architects regarding seismic retrofitting methods and techniques.
  • Lead communication with architects, contractors and developers.
  • Improved working relationship between architects and engineers.
  • Collaborate with architects and general contractors.
  • Coordinated site design with architects/clients.
  • Combined gravity load with wind and earthquake load with the help of STAAD Pro; coordinated with senior engineers and architects.
  • Partnered with Architects, Drafters and Senior Engineers to develop structural drawings for proposed new structures and/or additions to new structures.
  • Attended meeting with Clients, Architects, Project Managers, and Other Discipline Engineers for initial design concepts on multiple occasions.
  • Worked closely with project architects, mechanical engineers, and refrigeration to establish building geometry (column lines, etc.)
  • Coordinated the various structural design phases with architects and contractors, as well as performing site visits, and field surveys.

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17. Asce

average Demand
Here's how Asce is used in Structures Engineer jobs:
  • Designed transmission poles for California department of Water Resources which involved extensive seismic analysis using ASCE48-05 code.
  • Calculated Gravity and Lateral loads following ASCE-10 specifics.
  • Designed structures, withstand minimum wind pressure in accordance with ASCE7-05, such as canopies, storefront members and connections.
  • Determine loads as per ASCE 7 and perform engineering calculations for beams, columns, foundations and connections.
  • Computer-aided seismic analysis and design using ASCE 7 equivalent lateral force, response spectra and time history methods.
  • Plan checking residential structural designs according to Florida Building Code and ASCE 07 for high velocity wind zones.
  • Used ASCE 7 to hand calculate the wind, snow and seismic loads acting on various structures.
  • Designed support structures for homes raised in flood areas under the provisions of ASCE 24.
  • Learned how to calculate all basic loads and load combinations using ASCE7 standards including seismic.
  • Determined design dead, live, wind and seismic loads according to ASCE provision.
  • Received gratitude remarks from ASCE 7 on comments and proposals over the years.
  • Performed wind analysis of steel structure as per ASCE.
  • Performed gravity and lateral load analysis per ASCE 7.
  • Perform seismic analysis as per ASCE-07 specifications.
  • Participated in the comment process of the (then) proposed ASCE 7-05, ASCE 7-10 and ASCE 7-16 updates.
  • Implemented requirement for hurricane wind load resistance certification in compliance with ASCE 7-05 for roof mounted photovoltaic panels.
  • Analyzed Space Shuttle load dynamics to ensure safe performance from rollout through liftoff and to ascent.
  • Wind design of buildings and other structures following ASCE 7 analytical procedure.
  • Load Analysis: Gravity load takedowns for columns and transfer beams/slabs, wind analysis per ASCE 7-10, torsion, ect.
  • Attended webinars offered by the ASCE that provide in depth knowledge of the design of anchor bolts and concrete embedment.

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18. Mathcad

average Demand
Here's how Mathcad is used in Structures Engineer jobs:
  • Use state-of-the-art spreadsheet calculations using MathCad to expedite repetitive calculations.
  • Provided design calculations by hand, excel spreadsheets, MathCAD, or with intelligent structural analysis software.
  • Set up a MathCAD program to calculate the load diagram for Projects Louisa and Plum Point.
  • Prepared new templates in MathCAD for engineers to use such as anchor bolts and weld design.
  • Developed, checked and verified MathCad steel design calculation worksheets for AP1000 Projects in China.
  • Utilized MathCAd prime 3.1 in the design and analysis of moment connections and shear connections.
  • Perform Weld connection detail calculations and review using STAAD, Ram connection and MathCAD.
  • Provided structural design calculations using MATHCAD and some other software s like ENERCALC.
  • Prepared structural analysis on rooftop sleds and water tank structures using MathCAD.
  • Developed design templates using Excel and MathCAD to expedite the design process.
  • Developed MathCAD and excel spreadsheets for T-Wall design and steel swing gate.
  • Developed structural analysis and design tools in MS Excel spreadsheet/ MathCAD.
  • Developed MathCAD spread sheet for the swing gate analysis and design.
  • Created MathCAD worksheet templates for standard structural steel connections.
  • Create MathCAD report-templates to expedite the MRB Reports Process.
  • Created reports using MS Office Suite and MathCad.
  • Design of hollow section connections using MathCAD.
  • Created steady state CFD algorithms using MathCAD.
  • Develop and checking of MathCAD worksheets.
  • Documented the calculations using Mathcad.

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19. Ansys

average Demand
Here's how Ansys is used in Structures Engineer jobs:
  • Created IronPython scripts to intelligently determine ANSYS license availability and efficiently use all licenses.
  • Lead design projects using Siemens NX and ANSYS programs involving modeling, finite element analysis, and presenting results to clients.
  • Created 3-D parts and drawings with PRO, and utilized ANSYS to perform FEA for ejector nozzle of Pratt F100 engine.
  • Perform Elastic, Plastic, and Creep Analysis on the entire High Pressure Compressor and High Pressure Turbine using ANSYS.
  • Performed FEA analysis (ANSYS) for the design of the Tie-In Spool assemblies for the Neptune LNG project.
  • Stress & Heat Transfer Engineer: Structural analysis of aircraft jet engine components including hydraulic fittings using ANSYS FEA.
  • Carried out FEA for modal mass participation and stress analysis using ANSYS Workbench and actual vibration table tests.
  • Performed structural analysis on glove boxes and other process equipment subjected to static and seismic loads using ANSYS.
  • Performed design verification analysis on crane pedestal and foundation upgrade using ANSYS for DODI drilling rig Ocean Patriot.
  • Stress Analysis of Cranes: Different types of Cranes based on the process requirements were modeled in ANSYS.
  • Used ANSYS for detailed finite element modeling and analysis of deck connections for strength and fatigue verification.
  • Maintained a library of ANSYS scripts to ensure consistent analysis of common components across different process areas.
  • Performed Finite Element Analysis on the structural rigidity of the G0 experiment support structure in ANSYS.
  • Developed and validated a detailed 3-D finite element model for a Condensate Storage Tank in ANSYS.
  • Utilized ACS SASSI and ANSYS 11 for seismic analysis of standard design US-APWR nuclear power plant.
  • Model the cast lug and surroundings with solid element for mooring load analysis using ANSYS Workbench.
  • Created ANSYS model and ran modal analysis to determine varying thickness cylinder Euler buckling loads.
  • Modeled and analyzed concrete structures with static and dynamic loads using finite element software ANSYS.
  • Validated the static and modal responses of ANSYS finite element models within the R/B Complex.
  • Modified containment internal system models using ANSYS APDL and conducted thermal and stress analysis.

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20. Project Management

average Demand
Here's how Project Management is used in Structures Engineer jobs:
  • Project Management responsibilities included developing schedules, budgets, organizing work effort and tracking team performance.
  • Provided guidance and recommendations to project management concerning the project's structural requirements.
  • Project management scope encompassed preparing proposals and managing projects through to completion.
  • Supervised project progress and provide by-weekly cost reports to Project Management
  • Experience includes estimating, field engineering and project management.
  • Coordinated with client and consulting company for project management.
  • Compiled Documentation Control for Project Management.
  • Job coordination and project management.
  • Project Management Full BIW weight reduction initiative o Currently, managing a full BIW weight reduction initiative for future car program.
  • Project Management work included developing proposals, scopes of work and work orders to identify clients' infrastructure and building fitness.
  • Provide engineering interface support to marine systems, topside modules, turret, mooring, HES disciplines and project management.
  • Communicated and coordinated with disciplines and project management on technical issues, input information, planning and schedule, etc.
  • Incorporated project management methodologies (PMBOK) and validation sign-off to improve test-timing results due to late design changes.
  • Project management and consultant of Al-Ruwais Housing Complex Expansion (7 Floors / 26 Buildings) with the infrastructure.
  • Team member for structural engineering of the Project Management Oversight consultants group of USDOT/FTA- funded Light Rail Transportation projects.
  • Expedited, monitored and reported progress of the lower deck engineering and design development to project management.
  • Project management scope included preparing of proposals and managing structural phase of the project through completion.
  • Collaborated with project management and design teams to prioritize projects to meet customer and shop deadlines.
  • Project management including client contact, project scheduling, setting project budgets and client billing/invoicing.
  • Assisted Team Leaders in everyday tasks including project management, supervising, scheduling and training.

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21. RFI

average Demand
Here's how RFI is used in Structures Engineer jobs:
  • Prepared RFI as initiated by Contractors especially during project construction.
  • Processed RFI's and change orders for design clarification and plan corrections, including preparing and administering as-built drawings.
  • Supported supply by creating work order bill of materials (WOBOM) and answer technical RFI's.
  • Support construction team on responding RFI from the field by providing details required completing their task.
  • Provided calculations such as base plate and retaining wall designs to answer various RFI's.
  • Coordinated with Testing Lab Agency to produce request for information (RFI).
  • Handled all RFI and designed and drafted up the modifications in AUTOCAD.
  • Coordinated with superintendents to respond to RFI's on ongoing construction.
  • Coordinated with site to resolve field construction issues by RFI.
  • Provided RFI, MTO, Requisition and squad check.
  • Support home office with RFI on daily basis.
  • Worked on RFI's (Request for Information) from field.
  • Answer the RFI and solve any conflict in the site.
  • Provided engineering support during fabrication and construction by responding to submittals and RFI.
  • Designed modifications from RFIs for renovation projects.
  • Provide documents, drawings, addendums, and Requests for Information (RFI's) to clients for their use.
  • Provide engineering support to construction organizations including responding requests for information (RFI's) and attending telecoms and meetings.
  • Provided construction support, submittal review, RFI responses, construction observation, and field structural related problem solutions.
  • Assist the Resident Engineer with prompt exchange of correspondence, submittals and RFI's to all contractors.
  • Prepared specification and final drawing of the project and reviewed the submittals and RFI's.

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22. Stress Analysis

average Demand
Here's how Stress Analysis is used in Structures Engineer jobs:
  • Produced preliminary design drawings, performed stress analysis using various methods, some computer assisted including finite element analysis.
  • Executed site investigation, collected historical & field technical data for structures distress analysis.
  • Performed detailed stress analysis for the Advanced Automated Directional Solidification Furnace (AADSF).
  • Utilized structural analysis software for stress analysis and solutions to problem objectives.
  • Conducted mechanical/thermal Stress analysis for advanced composite materials and thermal coatings.
  • Performed design calculations and stress analysis on various structures and mechanisms.
  • Performed classical hand stress analysis on derrick assemblies and individual components.
  • Performed stress analysis on turbine blades/vanes with internal serpentine cooling passages.
  • Performed structural distress analysis for commercial and residential projects.
  • Provided stress analysis for antenna and rack installations.
  • Performed stress analysis on servo-actuators for several aircraft.
  • Stress analysis of anti-satellite missile system components.
  • Developed stress analysis using classical analysis techniques.
  • Developed FE models of seat structures using HyperMesh, performed stress analysis using RADIOSS solver & structural optimization using OptiStruct solver.
  • Performed stress analysis on drawings of primary and secondary aircraft structure for the rivet joint programs (Boeing RC 135).
  • Stress analysis of Lug-Clevis Fittings, Bathtub & C-channel Fittings and Hard Stop installation for galley and other monuments support.
  • Team lead for the stress analysis effort on the preliminary design phase through first flight of the Longbow Apache helicopter.
  • Performed VIP interior/structural designs, modifications and stress analysis for Boeing Business Jet (BBJ) and DC-8 airplanes.
  • Stress Analysis of Left, Center and Right System for section 47 using finite element code per Boeing recommendation.
  • Support of design efforts for new military aircraft including board coverage, formal stress analysis and structural test documentation.

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23. Cost Estimates

average Demand
Here's how Cost Estimates is used in Structures Engineer jobs:
  • Performed design calculations and cost estimates for buildings and bridges under the supervision of licensed professional engineers.
  • Determined the feasibility of projects based on analysis of the prepared engineering calculations and cost estimates.
  • Assess structural problems and situations, develop recommendations, and provide cost estimates and economic justifications.
  • Produce construction documents including: structural calculations, construction cost estimates and project specifications.
  • Determined the feasibility of potential projects by preparing quantity and cost estimates.
  • Prepared cost estimates/reviewed structural work progress and coordinates changes in schedules.
  • Performed cost estimates for variety of commercial and residential projects.
  • Calculated material quantities per cubic dimension to determine cost estimates.
  • Conducted cost estimates on commercial and residential structural projects.
  • Prepare cost estimates including determining materials and labor cost.
  • Prepared preliminary cost estimates used for the project proposals.
  • Prepared cost estimates and quantity take-offs.
  • Cost estimates performed for facility.
  • Prepare cost estimates and specifications.
  • Developed and managed T&M paperwork, cost estimates, budget, and schedule for change order work.
  • Prepared project cost estimates (as high as $100 million) for numerous fossil power plant proposals.
  • Prepared construction documents including final plans, specifications and cost estimates for the New Jersey Turnpike Authority.
  • Review and collaborate with architect on contractor?s bids, cost estimates and change orders.
  • Managed technicians and interns on a variety of large-scale projects and completed takeoffs and cost estimates.
  • Organized and researched projects including cost estimates, technical analyses, drawing updates and calculations.

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24. IBC

average Demand
Here's how IBC is used in Structures Engineer jobs:
  • Recommended retrofitting consisted in replacing existing gypsum shear wall to 1.2 in plywood in accordance with ASCE 41-13 and IBC 2015
  • Worked with composite beams, snow loads, personnel tie-offs, 1-way concrete slabs and IBC building code.
  • Analyzed a rigid steel frame structure for compliance to current IBC code for wind and seismic requirements.
  • Establish project design criteria based on UBC, ASCE, ACI, and IBC Codes for construction.
  • Proposed preliminary designs and prepared load calculations using IBC, ASCE 7 and other codes.
  • Review the engineering plans as per IBC 2009 and IRC 2009 for permit acquisition.
  • Performed diaphragm design under the seismic provision of the IBC and ACI Building Code.
  • Have experience performing special inspections as required by chapter 17 of the IBC.
  • Recommended retrofit in accordance with ACI-14 and IBC 2015.
  • Designed to IBC 2012 codes and standards.
  • Code Used: UBC, ASCE7, IBC & AWC.
  • Designed Steel Spiral Staircase Developed ETABS model including seismic design factors for building frames complied with IBC code.
  • Designed single and multi type family building and its foundation as per IBC-2006 & ASCE-07.

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25. Hand Calculations

average Demand
Here's how Hand Calculations is used in Structures Engineer jobs:
  • Performed hand calculations and prepared written design analysis calculations explaining hand calculations on a task and highlighting an example step-by-step.
  • Provided formal calculations to architectural/engineering and construction firms using hand calculations, STAAD III and RISA-2D analysis software.
  • Designed structural members and performed technical validation through finite element analysis and hand calculations.
  • Coordinated and conducted structural analysis and hand calculations for gas turbine exhaust nozzle.
  • Analyzed and designed structural systems and elements using computational analysis and hand calculations.
  • Designed multistory steel framed hotel in Delaware with hand calculations.
  • Performed detailed hand calculations for wide variety of applications.
  • Experience performing static strength analysis hand calculations.
  • Used FEA (ANSYS 12.1, UG) and in-house fracture/crack growth and fatigue analysis tools along with classical hand calculations.
  • Used ANSYS finite element analysis and prepared hand calculations to design reinforced concrete walls, slabs, beams and columns.
  • Performed structural analysis on commercial and military tool designs used in aircraft engines using hand calculations and ANSYS Workbench.
  • Designed gravity and structural systems with steel, concrete and masonry through hand calculations and structural analysis software.
  • Performed stress, fatigue, and fracture analysis using NASTRAN, NASGRO, and classical hand calculations.
  • Hand calculations, classification rules and guidelines for design, AutoCAD, drafting, 3D modeling.
  • Utilized three dimensional modeling and finite element analysis, as well as hand calculations.
  • Perform Hand Calculations To Verify Stresses for Beam Structure, Plating, and Bolts.
  • Hand calculations for connection design, load reports, secondary framing, etc.
  • Hand calculations of bolt, weld connections and buckling of plates and columns.
  • Perform structural analyses using hand calculations and finite element analysis (FEA).
  • Designed and analyzed steel platforms for steel factories using STAAD and hand calculations.

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26. Risa

average Demand
Here's how Risa is used in Structures Engineer jobs:
  • Designed a 40 foot pedestrian bridge, steel stairs and seismic bolts for computer equipment including calculations and drawings using RISA.
  • Engineered structural elements, both gravity and lateral, using RISA software products and spreadsheet analysis and design programs.
  • Design and review steel and concrete structures -Design foundations -Complete designs using RISA software -Work closely in a team-oriented environment
  • Performed structural analysis of gangway in various conditions using Rapid Interactive Structural Analysis (RISA) Software.
  • Use RISA to design a steel frame with the appropriate sized beams needed to within given loads.
  • Decreased engineering time by implementing changes in how structures are modeled in the RISA analysis program.
  • Created 3-D models using Risa-3D software to aid in the structural analysis and design process.
  • Designed various structural steel, concrete, masonry and timber structures using RISA-3D and ENERCALC.
  • Analyzed chevron braced frame using RISA and selected the members to satisfy seismic code requirements.
  • Performed lateral system analysis using RISA-3D, RISABASE, RISAFOOT, and miscellaneous Excel programs.
  • Designed with RISA 3D software steel roof trusses for church in Washington, D.C.
  • Designed and analyzed steel roof truss for industrial plants using RISA 3D and STAAD.
  • Analyze and design telecommunication towers for antenna and dish additions using RISA tower.
  • Use RISA & ERI Tower V3 computer programs for analysis of structures.
  • Used RISA 3D to analyze the structural capacity of antenna mounts.
  • Used RISA for ultra fast track design of steel.
  • Modeled 3-D structures in RISA structural engineering software.
  • Worked with RISA-3d structural analysis program.
  • Used RISA3D for finite element analysis.
  • Analyzed and designed complex structures using STAAD Pro, RISA 3D, and RISA FLOOR.

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27. Steel Design

average Demand
Here's how Steel Design is used in Structures Engineer jobs:
  • Calculated the size of columns and beams needed for a two-story household using building codes, wood, and steel design.
  • Reviewed project architectural drawings for steel design viability and worked with the architect(s) to resolve any issues.
  • Compass Minerals, Ogden UT * Tank Foundation & Containment Calculations * Structural Steel Design & Spread Footing Design.
  • Perform structural concrete and steel design and connection calculations, in accordance with current design manuals and guides.
  • Steel design required use of STAAD for multiple loads and combinations of loads, including wind and seismic.
  • Used Allowable Stress Design for structural steel design and International Building Code for wind and seismic design.
  • Performed preliminary structural steel design and layout for Front-end Loading (FEL-3) engineering for Tier-3 Project.
  • Conducted reinforced concrete & steel design, finite element analysis, wind analysis and seismic analysis.
  • Performed Structural Steel Design and Engineering Services in support to all US Naval Ships Fleet.
  • Created complex structural steel design of box girder bridges for highway interchanges and overpass.
  • Detailed concrete and steel design of utility bridges and waste water treatment area.
  • Coordinated and worked with clients (Chevron/HHI) and optimized the steel design.
  • Perform steel design and drafting for commercial and industrial projects.
  • Steel design for stair towers in chemical plants.
  • Steel design of pedestrian fence.
  • Provided structural steel design at a pre-engineered building manufacturing plant.
  • DESIGN Structural Steel design of light, medium and heavy industrial buildings.
  • Related Course Work Steel Design Prestressed Concrete Design Adv.

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28. Etabs

average Demand
Here's how Etabs is used in Structures Engineer jobs:
  • Performed structural analysis for industrial and residential buildings frames using both approximate methods and available software such as SAP and ETABS.
  • Managed a design team to perform post tensions design by using ETABS software and produced quality structural drawings for different projects.
  • Designed concrete steel & timber structures using various analysis and design tools such as ETABS, STRESS, PCA-ADOSS.
  • Performed rigorous analysis and design of RCC and composite buildings using CSI ETABS and CSI SAFE.
  • Performed seismic analysis (using ETABS) on an existing 5-story building for seismic retrofitting.
  • Performed analysis and design of new concrete project using SAP and ETABS.
  • Developed ETABS's 3D models for computer analysis of high rise buildings.
  • Updated ETABS analysis model by adding new loads and model elements.
  • Developed a 7-story parking garage, large scale ETABS model.
  • Involved in design modeling using ETABS software program.
  • Created computer models using RAM and ETABS.
  • Verified the results of computer's software's such as Etabs and SAFE etc.
  • Job Responsibilities: Analysis and design of towers using ETABS.
  • Performed Value Engineering for the project Modeled and Designed slabs on SAFE software Modeled structures and designed Columns and Walls using ETABS
  • Design and modeled projects using ETABS- Modeled and designed Flight simulator using Etabs, exported model to Revit and produced plans.
  • Analyzed structural designs of commercial and industrial architectures using STAADPro and Etabs.

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29. Revit

average Demand
Here's how Revit is used in Structures Engineer jobs:
  • Developed structural plans using Auto CAD and Revit-Structure as per the design.
  • Prepared project drawings with REVIT, made revisions in existing drawings.
  • Produce construction set structural drawings using REVIT.
  • Train staff drafters and engineers in the use of Revit Structure three-dimensional drafting software.
  • Developed plans, elevations, detailing and scheduling of various structures using Revit.
  • Modeled MWU Auditorium in Revit, produced plans, and sheets for details.
  • Trained in Revit Structure to save time and money by decreasing drafting time.
  • Design layout using REVIT 3D BIM modeling and interference checking with Navisworks.
  • Updated Revit coordination model and contract drawings with design changes.
  • Develop three dimensional models of buildings using Revit Structure software.
  • Created details in Revit for the designs I worked on.
  • Created Structural Model with Revit based on Architecture files.
  • Experience using graphics packages Auto Cad & Revit.
  • Concrete modeling for foundations using revit.
  • Draft building layout and foundations through conceptual execution and spatial planning provided by engineers using Revit.
  • Perform drafting & altering AutoCAD drawings and develop modelling by Revit software.

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30. Residential Buildings

low Demand
Here's how Residential Buildings is used in Structures Engineer jobs:
  • Advanced structural analysis and design for mid-to-high rise steel/reinforced concrete office and residential buildings in high seismic regions.
  • Designed and analyzed structures for a few reinforced concrete residential buildings, including seismic analysis
  • Prepared structural details and drawings for Commercial, Educational and Residential buildings.
  • Selected appropriate construction materials to satisfy design requirements for residential buildings.
  • Performed structural inspections necessary for renovation of residential buildings.
  • Designed various residential buildings and commercial facilities.
  • Designed community hall and residential buildings.
  • Design Steel and Reinforced Concrete residential buildings
  • Modeled 3d of structures as a Towers, Steel Halls, Residential Buildings, Summer Villas and Mezzanines.
  • Designed and detailed two low cost residential buildings and partially supervised the construction of one.
  • Complete structural design for reinforced concrete commercial and residential buildings in high seismic regions.
  • Worked independently on drafting and design of small projects for residential buildings.
  • Designed industrial, educational, retail, office, residential buildings.
  • Involved in the design and construction of residential buildings.
  • Designed and prepared estimates for multi storied commercial and residential buildings.
  • Performed structural analysis as part of teams that designed pre-stress RC floor elements for commercial and residential buildings in the Australia.
  • Performed structural analysis and design for several hospitality (hotels), social, administrative, and residential buildings.
  • Performed as an onsite engineer for at least 4 different concrete residential buildings with the cumulative story of 15.
  • Design, analysis and documentation of RC frame six-story APS residential buildings complex, Epping, AUS.
  • Signed and sealed drawings for single and multi-story commercial, and single family residential buildings.

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31. Seismic Analysis

low Demand
Here's how Seismic Analysis is used in Structures Engineer jobs:
  • Reviewed seismic analysis including hydrodynamic effects for the pump house structure.
  • Designed steel framing and preformed seismic analysis for industrial buildings.
  • Perform seismic analysis based on project requirements.
  • Performed Dynamic Seismic analysis on Mechanical Equipment.
  • Load Rating and Seismic Analysis of Mount Hope Bridge * Finite element modeling and seismic analysis of plate girder approach spans.
  • Involved with structural design including seismic analysis of various types of structures related to nuclear power plants, and Equip.
  • Stress and seismic analysis of frames, rails, and restraining elements used for supporting H.V.A.C.
  • Performed wind and seismic analysis, as well as dead, live and snow load calculations.
  • Created a 3D model of a tunnel structure for seismic analysis using finite element software.
  • Contributed in the project of seismic analysis and retrofit of vulnerable bridges in Tehran.
  • Developed computer model for seismic analysis of hot cell on tubular steel frame support.
  • Design of structures consisting mainly of bridges and retaining walls including seismic analysis.
  • Used the provisions of the 1991 LABC for seismic analysis and design.
  • Involved in wind and seismic analysis on buildings and other structures.
  • Involved in the Wind and Seismic analysis for Diaphragm.
  • Perform wind and seismic analysis.
  • Performed multimodal Seismic analysis, designed and detailed concrete moment resisting frame low rise industrial buildings.
  • Performed manual calculation for snow, wind and seismic analysis Ensure quality of design documentation throughout the design process.
  • Involved with structural design and seismic analysis of various types of supports and structures for Seabrook Nuclear Power Plant
  • Assisted in developing a CSiBridge model for Pulaski Skyway seismic analysis.

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32. Structural Components

low Demand
Here's how Structural Components is used in Structures Engineer jobs:
  • Evaluated structural adequacy of existing steel and concrete structural components and originated designs for structural modifications to existing power plant.
  • Determined critical structures and structural components through intensive quantitative and qualitative measures including non-destructive testing.
  • Discussed various problematic structural components before execution saving time/material costs in millions.
  • Provided retrofit designs and modifications for damaged roofing and other structural components.
  • Administered field visits, inspected structural components and provided written reports.
  • Designed and optimized structural components using calculations of forces.
  • Designed structural components for wood-framed modular building units.
  • Perform structural analyses to validate designs for aircraft structural components: advanced composites, metal-bond assemblies, and fastened metal structures.
  • Damage assessment of structural components on many of the existing McDonald's restaurants in GA, AL, & SC.
  • Detailed design duties include preparing conventional and custom design package of drafting and cold formed structural components & systems.
  • Prepared the drawings and designed structural components such as beams, columns, slabs, walls and foundations.
  • Conducted detailed calculations of loads, pressures, stresses and strains of structural components and connections.
  • Analyze and design structural components of buildings and bridges using reinforced concrete and/or structural steel.
  • Design and analysis of structural assemblies, structural components, and structural and thermal systems.
  • Design involved determining the structural components' dimensions and amount of steel reinforcement.
  • Designed structural components for heavy lift revolving cranes used offshore and on land.
  • Generate design calculation packages of structural components for submission to clients for review.
  • Carried out the design of structural components for PVC fabric tension membrane structures
  • Refined Finite Element modeling of structural components such as shear plate connections.
  • Managed the design and production of structural components.

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33. Structural Elements

low Demand
Here's how Structural Elements is used in Structures Engineer jobs:
  • Provided Production support for the Lufthansa Lockheed L-1649A Super Star Return-to-Service Program focusing on static stress evaluation of principle structural elements
  • Correlate mechanical, electrical drawings for any interference while providing structural elements.
  • Designed structural elements of project as required during construction.
  • Designed structural elements via manual calculations and computer analysis.
  • Orchestrate coordination process of structural elements for approx.
  • Analyzed and evaluated designed structural elements.
  • Generated the construction plans and the in-depth cross sectional details of the structural elements to aid in the construction process.
  • Used computer modeling of building to aid the analysis and design of structural elements and provided details of connections.
  • Analyze structures for safe load carrying capacity and perform structural calculations to ensure soundness and compliance of structural elements.
  • Design efforts included structural elements like concrete beams, columns, two-way slabs, and serviceability check.
  • Design and drafting of structural elements, beams, supporting columns, connecting modes and joints.
  • Applied the South Florida Building Code to layout and analyze structural elements for residential fence projects.
  • Analyzed and designed different structural elements (columns/walls, slabs, beams and foundation etc.)
  • Assisted licensed engineers in design of structural elements for coal combustion residuals (CCR) projects.
  • Team member involved with in-depth inspection of all structural elements and preparation of the final report.
  • Performed finite element analysis (FEA) of FRP strengthened structural elements under dynamic loads.
  • Performed threshold Inspections for major structural elements of this $42 million project.
  • Performed site visits, checked reinforcement steel for the concrete structural elements.
  • Inspected construction of structural elements at different stages of the project.
  • Designed reinforced concrete structural elements and anchorage using ACI 318 codes.

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34. Structural Systems

low Demand
Here's how Structural Systems is used in Structures Engineer jobs:
  • Designed structural elements and subsystems for large building projects, eventually acquiring project responsibility and selecting structural systems for smaller projects.
  • Assist engineering teams by providing expert finite element modeling and analysis of complex 3D structural systems and mechanical assemblies.
  • Served as structural engineer in support of field operations including performing stability analysis of as-built structural systems.
  • Develop engineering structural systems based on analysis of architectural drawings and site surveys.
  • Design and analysis of structural systems and foundations in operating processing plants.
  • Designed and calculated structural systems and elements for temporary shoring projects.
  • Analyzed structural systems using both manual computation and computer programs.
  • Develop structural systems for renovation and rehabilitation of existing structures.
  • Designed structural systems for several mid-rise residential buildings.
  • Developed and engineered structural systems.
  • Performed structural analysis and design of various structural systems for medium-rise buildings utilizing reinforced concrete, structural steel, or wood.
  • Engineered construction documents and specifications for new, remodel, and prototype stores, insuring efficient design of structural systems.
  • Used ANSYS for the FEA of riser pull-in structural systems, towing loops, riser supports, and pad-eyes.
  • Perform controlled inspections on various types of structural systems from flat plate reinforced concrete to steel moment resisting frames.
  • Visited sites to observe, measure, and record existing conditions and design new structural systems to be implemented.
  • Designed and oversaw documentation of structural systems for a wide range of commercial, educational and industrial buildings.
  • Worked on analysis and design of structural systems for steel and concrete structures using different building codes.
  • Use STAAD Pro 2000 software to analyze structural systems for seismic and operating loads.
  • Provided on-site inspections of the construction of the structural systems throughout the construction phase.
  • Compared both structural performances and cost estimates for two lateral structural systems.

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35. FAA

low Demand
Here's how FAA is used in Structures Engineer jobs:
  • Authored substantiation documents in compliance with FAA regulations and customer requirements to achieve type certifications and supplemental type certifications.
  • Organized and prepared durability and damage tolerance analysis for FAA certification of U.S. Navy Trainer Aircraft.
  • Prepared detailed documentation of structural analysis and modifications for compliance with FAA and Military regulations.
  • Analyzed loads and developed substantiation reports for FAA approval by Designated Engineer Representatives.
  • Coordinated FAA approval for major repairs involving Airworthiness Directives and Service Bulletins.
  • Coordinated with external FAA Designated Engineering Representatives for approval of installations.
  • Researched and prepared cyclic test proposal and monitored full-scale cyclic tests to fulfill contractual obligations to U.S. Navy for FAA certification.
  • Prepared fleet wide Engineering Orders as related to FAA Airworthiness Directives and OEM Service Bulletins for Atlas 767 and 747 Aircraft.
  • Demonstrated to management the superior flexibility and accuracy of the new software for my department, as well as the FAA.
  • Produced technical analysis to obtain FAA approval while ensuring compliance with customer, regulatory, OEM, and company maintenance requirements.
  • Write formal documentation of analysis results, assumptions, methodology, and techniques for FAA and foreign civil authority certification.
  • Evaluated FAA & EASA airworthiness directives and determined means of compliance to ensure continuous airworthiness for Airbus A320 fleet.
  • Provide MRB (Materials Review Board) deviation (non-conformance) justification based on FAA compliant methods and FEA.
  • Evaluated Service Bulletins for DC-8, DC-9 and B767 aircraft determining recommendations from the manufacture and FAA actions.
  • Act as Liaison between the FAA and other Regulatory agencies on Structural Engineering matters when required and/or requested.
  • Design and analysis of inlet box structures at the Baton Rouge airport for aircraft loading per FAA regulations.
  • Combine analysis and allowable derivation(s) into structural substantiation reports submitted to the FAA.
  • Developed LS-DYNA pilot seat crash simulation for Boeing 787 reducing weight and satisfying FAA requirements.
  • Supported project modifications and maintaining FAA compliance with SL, SB and AD documents.
  • Prepared certification and test plans/reports for FAA approval, in support of design changes.

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36. Aashto

low Demand
Here's how Aashto is used in Structures Engineer jobs:
  • Utilized AASHTO standards and requirements while conducting calculations.
  • Completed final design calculations and drawings for a three span AASHTO girder superstructure supported on reinforced concrete intermediate bents.
  • Designed structural repairs for existing highway and street bridges, in accordance with AASHTO and New York State Guidelines.
  • Steel truss bridge rehabilitation/strengthening to meet the provision of modern bridge codes (AASHTOHL-93 and BS5400).
  • Designed a four span slab beam bridge in Kyle, Texas using AASHTO LRFD and TxDOT Standards.
  • Developed the Design Basis of the project, following local design regulations and AASHTO LRFD design code.
  • Trained and experienced in the design of Bridges and Culverts as per AASHTO-LRFD Bridge and Culvert Standards.
  • Verified the Design of Culverts by performing Manual Calculations based on AASHTO-LRFD Manual for Culverts.
  • Designed solid and voided flat slab bridges and also designed deck slab with AASHTO girder.
  • Designed superstructure bridge components in accordance with Massachusetts Highway Bridge Manual and AASHTO.
  • Prepared design calculations of concrete I-girder and box-girder bridges using AASHTO LRFD specifications.
  • Review of design development for Sign Structures as per AASHTO specifications.
  • Designed AASHTO type bridges in Georgia and Mississippi.
  • Design of roads and bridges using AASHTO PS Beams.
  • Updated the partial design of an unconstructed bridge designed to the AASHTO Standard Specification to conform to the AASHTO LRFD Specifications.
  • Bridge Inspection: Provided routine inspections in accordance with FHWA, AASHTO and MaineDOT bridge inspection and coding standards.
  • Bridge types include: composite AASHTO prestressed beams and steel girders with concrete deck.
  • Produced AASHTO final design calculations and drawings of two multi-celled concrete reinforced box culverts.
  • Rated the New Kensington Bridge using the "Manual for Maintenance Inspection of Bridges 1978" by AASHTO.

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37. Sap2000

low Demand
Here's how Sap2000 is used in Structures Engineer jobs:
  • Designed and analyzed steel and reinforced concrete pipe racks and equipment structures and related foundations using SAP2000 and STAAD Pro.
  • Selected to coach and train entry level engineers on SAP2000.
  • Designed the building structure with using structural analysis program SAP2000.
  • Design Frame Structure in STAAD PRO, ETABS and SAP2000.
  • Used ANSYS, SAP2000 and STAAD for the analysis & AutoCAD and Revit for the modeling of connections, etc.
  • Modeled and designed underground reinforced concrete vaults with SAP2000, such as stormwater lift stations at JFK JebBlue airport.
  • Design residential buildings based on code and make construction drawings Analyze modal shapes of a commercial gymnasium using SAP2000
  • Performed structural analysis of Structural Modules using ANSYS, SAP2000 and GT Strudl.
  • Experience with Risa 3D and SAP2000 structural design.
  • Create structural models with RAM Structural, Risa 3D, StaadPro, Etabs, & SAP2000.
  • Performed 3-D modeling of building using SAP2000, Etabs & Staad.Pro.

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38. Construction Administration

low Demand
Here's how Construction Administration is used in Structures Engineer jobs:
  • Performed shop drawing review, conducted on-site inspections during construction and managed overall construction administration for the structural phase of projects.
  • Participated in all phases of design from schematic, design development on through construction documents and construction administration.
  • Provided construction administration services including site visits and responses to requests for information from contractors during construction.
  • Provided construction administration support as well as structural design for projects in Pennsylvania and internationally.
  • Produce investigative reports to provide insight on construction administration issues.
  • Provide construction administration services and inspections of construction work.
  • Assist in construction administration efforts during projects construction.
  • Performed Design and construction administration for project.
  • Managed structural project design and construction administration.
  • Provided construction administration to all projects.
  • Performed all construction administration for Gotham Center and East River Plaza, including steel design in both buildings using RAM software.
  • Assisted with the construction administration of a hospital and developed details to support construction loads and changes due to field conditions.
  • Saw projects through construction administration, providing tasks such as shop drawing review, construction inspections, and contractor coordination.
  • Performed construction administration phase tasks such as checking material shop drawings and being closely involved with RFI process.
  • Supported construction project managers, in-house and on the field, with construction administration and resolved field problems.
  • Work included schematic, design development, construction documents, and construction administration phases of various projects.
  • Managed personnel, created construction drawings, analysis, red marks and construction administration.
  • Provide Construction Design, Permit Plans, and Construction Administration.
  • Shop drawing review, construction administration, and cost estimating.
  • Worked as the construction administration lead on this project.

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39. Design Criteria

low Demand
Here's how Design Criteria is used in Structures Engineer jobs:
  • Reviewed structural codes applicable to specific project conditions to ensure each project met all necessary design criteria.
  • Prepared detailed calculations using appropriate structural codes, project structural and seismic design criteria.
  • Performed Pushover analysis with commercial finite element software per CalTrans Seismic Design Criteria.
  • Prepared Seismic, Civil, Structural and Internal/External Missile Protection Design Criteria documents.
  • Developed design criteria and reviewed project specifications.
  • Developed structural specifications and design criteria.
  • Determine design criteria using relevant codes.
  • Based on design criteria and code checks, calculated dead, live, snow, seismic, wind and tornado loads.
  • Investigated the possible collapse of existing Salt Solution Building by Structural and Finite Element Analysis with new loads and design criteria.
  • Designed for Cooper E-80 live load based on American Railway Engineering and Maintenance-of-Way Association's (AREMA) design criteria.
  • Managed in-house design work that involved design criteria, specifications, drawings, design procedures and coordination with other disciplines.
  • Job site had unique design criteria including heavy snow accumulations, strong winds, and a shortened construction season.
  • Checked calculations made by other engineers to ensure accuracy, conformance to codes, and design criteria.
  • Utilized design criteria and codes in the qualification of standard welds and beam seat angle connections.
  • Engineer, Responsible to inspect and redesign over fatigue structures to comply design criteria.
  • Performed and verified calculations for the typical conduit supports per current design criteria.
  • Establish and update project design criteria and BED documents.
  • Established wind and seismic loading for project design criteria.
  • Developed design criteria for structural steel and concrete.
  • Developed specifications for boiler equipment, such as mechanical piping design and structural design criteria.

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40. Dynamic Analysis

low Demand
Here's how Dynamic Analysis is used in Structures Engineer jobs:
  • Performed structure dynamic analysis of upper stage units and compared with modal survey test results to validate mathematical model.
  • Performed structural and dynamic analysis on new and existing concrete structures and optimized structures for various loading conditions.
  • Performed structural dynamic analysis of space-borne optical weapons systems using finite element methods on VAX/CRAY mainframe computers.
  • Stiffened panel linear and non-linear static and dynamic analysis, modal, analysis and impact analysis.
  • Performed dynamic analysis of mechanical equipment subjected to seismic loading and random vibrations.
  • Performed FEA simulation for complete dynamic analysis of Turbine Generator foundations using ANSYS.
  • Performed dynamic analysis for existing pump foundations and prepared final report.
  • Performed linear/nonlinear static and dynamic analysis on numerous steel/concrete structures.
  • Performed dynamic analysis for foundations of pumps and compressors.
  • Completed all foundation design including a dynamic analysis.
  • Perform dynamic analysis for steel supporting rotating machinery.
  • Performed dynamic analysis for compressor foundations.
  • Generated 3D finite element models for buildings, and analyzed the nonlinear system response with the simplified static-dynamic analysis method.
  • Run dynamic analysis on buildings components for seismic qualification according to Unified Facilities Criteria (UFC) using RISA 3D.
  • Performed dynamic analysis & seismic design of under- & above-ground structures based on IBC standards and local building codes.
  • Performed dynamic analysis & designed foundations for machines like Boiler Feed Pump, SA & ID fan etc.
  • Performed finite element modeling and static and dynamic analysis of seawater intake and return structures using GT STRUDL.
  • Developed finite element models (FEM) and performed static/dynamic analysis of various structures.
  • Used GT STRUDL for static and dynamic analysis.
  • Complete modelling on RAM Steel (for gravity system) and ETAB for lateral (BRB sizing per dynamic analysis).

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41. Nastran

low Demand
Here's how Nastran is used in Structures Engineer jobs:
  • Prepared a NASTRAN finite element analysis (FEA) model of structure and analyzed crack growth damage tolerance with NASGRO software.
  • Generated Finite Element NASTRAN and ALGOR models of various flight hardware and ground structures for stress and transient loads analysis.
  • Perform the finite element models/ report check by using PATRAN model with NASTRAN solution on wing structure for A320NEO airplane.
  • Modified standard analysis code in NASTRAN to run DDAM analysis for composite material structures for DDG-1000 Program.
  • Performed wind, seismic and stability analyses using NASTRAN, STRUDL and other support Computer programs.
  • Used NASTRAN finite element analysis tools for the analysis and visualization of offshore drilling rigs.
  • Performed static structural, fatigue and dynamic analyses on various vehicle components using NASTRAN.
  • Analyze and interpret results from NASTRAN finite element analysis (FEA).
  • Used NASTRAN and ABAQUS for FEA analysis.
  • Constructed an Excel file to compare NASTRAN results of more than 80 cases for sizing skins, ribs and spars.
  • Conducted FTF Castor IVB CDR Bending Modes Analysis using MSC NASTRAN modal and frequency responsesolutions 103 and 111, respectively.
  • Acquired extensive fundamental working knowledge of various finite element modeling softwares such as MSC/NASTRAN and PATRAN.
  • Reduced analysis & documentation time by developing macros Visual basic & API available in Nastran.
  • Supported AerostabRX Whirl Flutter analyses with MSC Nastran results.
  • Exercised structural analysis using Patran/Nastran.
  • Analyzed B777X Nacelle full composite, full-scale wind tunnel test prototype using classical hand calculation and Nastran/Patran for finite element modeling.
  • Proposed the use of MSC Nastran for Aeroelastic analysis, which improves quality of results.

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42. Preliminary Design

low Demand
Here's how Preliminary Design is used in Structures Engineer jobs:
  • Prepared material take off estimates, preliminary design and detailed design implementation engineering and consultancy for a range of industrial projects.
  • Led the structural integrity substantiation sections in preliminary design, critical design and flight readiness reviews.
  • Performed preliminary design, and prepared feasibility evaluations for co-generation plants and resource recovery facilities.
  • Conduct technical coordination meetings to include preliminary design reviews & critical design reviews.
  • Created the preliminary design and proposal for sales department
  • Conducted interpretations of preliminary designs and drawings.
  • Performed preliminary design for single hammerhead pier.
  • Bid proposal or Preliminary design (modeling, framing, analysis and design) of building in RAM Structural System.
  • Produced estimates level for preliminary designs and material take-offs suitable for level of the estimate being performed on a project.
  • Work with the estimating and sales team to create preliminary design data in order to bid and secure the project.
  • Carried out conceptual designs, preliminary designs, detailed designs and preparation of final designs reports.
  • Provided critical design parameters and guidance all the way from preliminary designs to detail designs.
  • Assisted in the preliminary design of concrete and steel buildings used for chemical processes.
  • Assisted with preliminary design proposal for $2.3 billion transit improvement federal contract.
  • Prepare preliminary design and front end engineering studies for combined cycle power projects.
  • Conduct hydraulic and scour analysis using HEC-RAS, WSPRO for preliminary design.
  • Performed preliminary design of a 60-foot pipe bridge.
  • Assist in completion of preliminary design reports.
  • Completed preliminary design for five bridges.
  • Provided analytical support from the preliminary design phase through detailed design, development, certification and manufacturing.

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43. Sacs

low Demand
Here's how Sacs is used in Structures Engineer jobs:
  • Modeled the MSF's using SACS, and reviewed and updated the computer models whenever further information became available.
  • Shell Olympus Mid Line Sled: Performed structural analysis for, in-place, installation conditions using SACS 5.2 program.
  • Developed a comprehensive program in FORTRAN that converts SACS geometry, section profiles, loads, etc.
  • Tether Anchor Blue Water: Responsible for prepare SACS model and perform In-place, and Lift Analyses.
  • Used Bentley SACS to model offshore foundations and analyze the effects wind and waves had on them.
  • Load out analysis of the truss and soft tank of the Holstein Spar using SACS.
  • Experience using the following software: SACS Offshore Structural Design, CAESAR II Pipe Stress
  • Vent boom local analysis in SACS for extreme and operational condition is performed.
  • Design of structural steel skids for offshore equipment using SACS.
  • Performed finite element analysis and joint check with SACS.
  • Determine and apply loads on Sacs models.
  • Performed sliding PLET structural analysis using SACS.
  • Interfaced between EDI, now Bentley, Inc. and AMEC for SACS program licensing and renewal issues to increase productivity.

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44. Technical Reports

low Demand
Here's how Technical Reports is used in Structures Engineer jobs:
  • Prepared 5 technical reports, 2 technical specification proposals, 15 interim presentations, and educational/informative material.
  • Generate technical reports documenting FEA results and marking up detail design drawings with recommended structural improvements.
  • Write technical reports outlining full assessment of existing structures and required repair procedures.
  • Develop drawings, contract documents and engineering specifications; generate technical reports.
  • Perform condition assessment of existing structures and prepare technical reports.
  • Prepared and issued technical reports for verification by certified consultants.
  • Prepared technical reports for performed analysis and design tasks.
  • Completed technical reports with integrated solutions.
  • Prepared technical reports on special inspections.
  • Prepare technical reports, and manuals documenting test procedures, quality control, and results of field and laboratory investigations.
  • Analyzed field data and wrote technical reports for residential, institutional, municipal, commercial, and petrochemical projects.
  • Performed structural analysis, designed steel and concrete structures, performed site inspections and prepared technical reports.
  • Drafted and reviewed technical reports, technical task protocols, and other project documents.
  • Provide written technical reports describing the analysis and design in detail and conclusion.
  • Prepared and checked technical reports and documents for clients and owners.
  • Proposed solutions to Fortune 50 clients through presentations and technical reports.
  • Prepare various technical reports as required during the design process.
  • Prepared technical reports and documentations for the assessments made.
  • Prepared and presented technical reports and presentations for clients.
  • Performed structural analysis on new designs for aircraft modifications Wrote technical reports covering the critical margins of the modifications

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45. API

low Demand
Here's how API is used in Structures Engineer jobs:
  • Prepared engineering documents/reports for customer API license audits.
  • Provided walk-down, report, and recommendations for the City of Knoxville involving the two dilapidated McClung Warehouse buildings.
  • Contributed to the development of company overlays to the latest API codes for better designs and maintenance.
  • Designed of deep foundation (Suction Pile) of intermediate manifold based on API RP 2SK.
  • Prepared a design package for a previously fabricated truck mounted drilling mast for API certification.
  • Design of C5+Storage Tank foundation using API 650 and issue of foundation drawings to site.
  • Designed a concept model of derrick and prepared a design package for API audit.
  • Read architectural, structural, civil, landscaping plans as well as specifications.
  • Project is currently in stages of design and rapid prototyping.
  • Work with both new capital equipment and existing service/ETO contracts.
  • Stress check of the deck for dynamic loads per API RP2A.
  • Involved with Bettis Lab s ongoing crane recapitalization project to increase productivity and maintainability of crane assets.
  • Completed the structural analysis and design of Control Building in Grand Rapids, MI for Grand Valley Regional Biosolids Authority.
  • Designed modifications to selected helidecks to sustain the loads in accordance with API and company criteria.
  • Modeled, analyzed, and revised several helidecks under CAP 437 and API RP 2L.
  • Provided Catia V5 Support for design and preparation of parts for rapid prototype processing.

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46. Technical Support

low Demand
Here's how Technical Support is used in Structures Engineer jobs:
  • Field Representative: traveled domestically and internationally to provide technical support and damage evaluation for private jets.
  • Provided assistance during the project development phases and technical support to outline project execution contracting strategies.
  • Provided administrative and technical support to engineers and designers under their direction.
  • Provide technical support by evaluating and controlling technical projects associated with structures.
  • Provide technical support to the Architectural Department for specifications and details.
  • Provide engineering technical support during all phases of project execution.
  • Provided technical support to the airworthiness qualification/release process.
  • Provided technical support for Apache and Black Hawk Helicopter Division of the Aviation Engineering Directorate (AED).
  • Provided technical support to engineers on 17 nuclear units in various stages of design.
  • Provided technical supports and solutions at detail design stage and applied NORSOK Standards.
  • Direct and provide technical supports to the group engineers anytime they need.
  • Provide technical support to Fabrication, Mechanics, Quality & Planning operations.
  • Provided technical support to an on-site engineer at DUF6 construction site.
  • Provided technical support as required for customer service and project needs.
  • Provided technical support to the project team and wider regional teams
  • Provide technical support for CNC operators on shop floor.
  • Provided on-site technical support to base maintenance workshops.
  • Provided technical support to the whole company.
  • Provide technical support to clients and inspectors
  • Collaborated and supported quality control, material, manufacturing, and other department personnel to provide technical support.

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47. FEM

low Demand
Here's how FEM is used in Structures Engineer jobs:
  • Performed FEM analysis of vessel structures and condition-assessment calculations of tankers using ABS SafeHull.
  • Performed FEM stress/deflection, mission fatigue life prediction and optimization analyses.
  • Water Tank Installation: Ran linear FEA SOL101 of existing FEM for proof & burst pressure, inertia & slosh load.
  • Use of Strand 7 and FEMAP with NX NASTRAN software for development and implementation of various finite element analyses and studies.
  • Modeled icing in the AC1 3D dynamics FEM and conducted modal analyses for mass configurations covering theAW609 weight/cg envelope.
  • Acted as the FEMA liaison between the state and municipality authorities and inspected work funded through emergency management grants.
  • Used vortex modeling methods, CATIA structural modeling, FEM and CFD analysis to optimize energy- efficient wing design.
  • Generated Finite Element Models (FEM) of oil rig structures; performed stress analyses and drafted structural reports
  • Perform Finite Element Analysis on major U.S. Navy aircraft carrier structures using I-DEAS, FEMAP and NASTRAN software.
  • Performed Finite Element Mesh (FEM) stress analysis in support of multiple Naval research and development programs.
  • Performed FEM analysis to get accurate load path and checking local peak stress for the column girder.
  • Performed Transient Heat Transfer analyses of the IBS2 power supply using NX FEMAP and NX NASTRAN.
  • Inspected, evaluated and retrofit of existing structures for operation using FEMA and ATC guidelines.
  • Performed Conduction/Free Convection Heat Transfer analyses of the Crow computer using NX FEMAP and NXNASTRAN.
  • Well versed with the understanding of GFEM, DFEM and different level of analysis.
  • Designed the structures on topside through local calculation, 3D-beam analysis and FEM analysis.
  • Project experience included bridges, detention facilities, commercial buildings and FEMA studies.
  • Created detailed FEM of complete PAX door surround structure for deformation analysis.
  • Performed evaluation of Building 6 in TA-53 to seismic requirements of FEMA-178.
  • Frame and tank analysis performed using FEMAP with NX NASTRAN.

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48. Connection Design

low Demand
Here's how Connection Design is used in Structures Engineer jobs:
  • Evaluated and designed steel connection design templates for standardization of steel connections.
  • Verify irregular connection design by applying engineering theories and principles.
  • Worked on analysis and design of steel and RCC structures with major emphasis on connection design and modifications of foundations.
  • Performed extensive steel connection design, steel stair design, and guardrail/handrail design for steel fabricators.
  • Created computer model of stairway to support detailed connection design and provide clash detection.
  • Prepared weld connection design templates in steel module using excel with visual basic application.
  • Revised structural connection design and detailing for the design codes and specifications compliance.
  • Lead structural steel connection design engineer for multiple new large pulp/paper projects.
  • Check connection design calculations for Cask Crane Structure Support.
  • Completed connection design and producing drawing for deck strengthening.
  • Perform structural Steel connection designs and value engineering.
  • Mentored entry level engineers by teaching structural modeling,loads determinations and connection design.
  • Mentored summer intern by teaching the analysis software, loadsdetermination and input and simple connection design.
  • Steel connection design for the 66 storey office tower.
  • Prepare job standard drawings and calculation packages of both LVTA designed structures, and contracted connection design projects.

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49. Design Software

low Demand
Here's how Design Software is used in Structures Engineer jobs:
  • Developed construction documents and technical specifications using AASHTO and bridge design software.
  • Collected and reviewed data from existing drawings to form a 3D model for existing and new structures using RISA-3D design software.
  • Used StruCAD and SAFI structural design software to create finite-element models of off-shore and land based oil derricks.
  • Learned quickly new design software (PKPM) and drawing tool (AutoCAD) in projects.
  • Design retaining walls, shear walls and footings by hand calculations or by design software.
  • Analyze structural components using finite element models created using STAAD or RAM design software.
  • Use of spreadsheets, word processing software as well as wood design software.
  • Implemented complex design software and drawing tools to plan and design structural systems.
  • Applied in-house design software (OASYS) to general analysis and structural design.
  • Used RISA-3D and RAM Elements analyses and design software to design projects.
  • Used various design software and FDOT programs for designing bridge components.
  • Use computer-assisted engineering and design software and equipment to prepare engineering design documents (i.e.
  • Conducted finite element analysis utilizing various structural design softwares for specific applications.
  • Designed, developed, and documented bus structural components utilizing Pro/E (Creo 2.0) as design software.
  • Have spent much of my time working with RISA and Hilti design software.
  • Used engineering design software (STAAD, Revitt, etc.)
  • Design skills incorporate the use of 3D modelling design software.
  • Worked with Hilti Profis, STAAD, SAP2000, and other design software.
  • Used state-of-the-art simulation and design softwares like Ansys, Nastran & Staad Pro.

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50. Structural Members

low Demand
Here's how Structural Members is used in Structures Engineer jobs:
  • Performed engineering analysis and design of steel and concrete structural members considering seismic behavior and wind effects.
  • Conducted regular general visual inspections on structural members located in BP refinery plant.
  • Calculated seismic structural members per California Building Code.
  • Completed structural plans based on designed structural members.
  • Calculated and designed structural members for concrete structures.
  • Retrofit design of existing structural members.
  • Coordinated constantly with other disciplines to avoid existing piping, new piping, access & other conflicts with structural members.
  • Designed structures to meet estimated load requirements, computing size, shape, strength and type of structural members.
  • Identified, through analyses, structural members that would fail under seismic conditions and properly reinforced these members.
  • Develop engineering template for quick check of connection details, and structural members for design review.
  • Design of structural members for towers using Fiber Reinforced Plastics (FRP) and wood.
  • Helped analyze, design and detail industrial steel framed structural members and connections.
  • Calculated loads, designed structural members and checked others work.
  • Designed concrete and steel structural members based on design codes.
  • Hand calculation of structural members, steel connection and detailing.
  • Checked drawings and detailed various connections of structural members.

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20 Most Common Skill for a Structures Engineer

Structural Engineer13%
Structural Analysis11.2%
Shop Drawings11.1%
CAD9.6%
ACI7.1%
Finite Element Analysis5.7%
Masonry4.4%
Steel Structures4.4%

Typical Skill-Sets Required For A Structures Engineer

RankSkillPercentage of ResumesPercentage
1
1
Structural Engineer
Structural Engineer
9.4%
9.4%
2
2
Structural Analysis
Structural Analysis
8%
8%
3
3
Shop Drawings
Shop Drawings
8%
8%
4
4
CAD
CAD
6.9%
6.9%
5
5
ACI
ACI
5.1%
5.1%
6
6
Finite Element Analysis
Finite Element Analysis
4.1%
4.1%
7
7
Masonry
Masonry
3.2%
3.2%
8
8
Steel Structures
Steel Structures
3.1%
3.1%
9
9
Staad
Staad
2.9%
2.9%
10
10
Pipe Supports
Pipe Supports
2.6%
2.6%
11
11
Aisc
Aisc
2.5%
2.5%
12
12
Engineering Support
Engineering Support
2.4%
2.4%
13
13
Foundation Design
Foundation Design
2.1%
2.1%
14
14
Platform
Platform
2%
2%
15
15
New Construction
New Construction
1.9%
1.9%
16
16
Architects
Architects
1.8%
1.8%
17
17
Asce
Asce
1.7%
1.7%
18
18
Mathcad
Mathcad
1.5%
1.5%
19
19
Ansys
Ansys
1.5%
1.5%
20
20
Project Management
Project Management
1.4%
1.4%
21
21
RFI
RFI
1.4%
1.4%
22
22
Stress Analysis
Stress Analysis
1.4%
1.4%
23
23
Cost Estimates
Cost Estimates
1.3%
1.3%
24
24
IBC
IBC
1.3%
1.3%
25
25
Hand Calculations
Hand Calculations
1.3%
1.3%
26
26
Risa
Risa
1.2%
1.2%
27
27
Steel Design
Steel Design
1.1%
1.1%
28
28
Etabs
Etabs
1.1%
1.1%
29
29
Revit
Revit
1.1%
1.1%
30
30
Residential Buildings
Residential Buildings
1.1%
1.1%
31
31
Seismic Analysis
Seismic Analysis
1%
1%
32
32
Structural Components
Structural Components
1%
1%
33
33
Structural Elements
Structural Elements
1%
1%
34
34
Structural Systems
Structural Systems
0.9%
0.9%
35
35
FAA
FAA
0.9%
0.9%
36
36
Aashto
Aashto
0.9%
0.9%
37
37
Sap2000
Sap2000
0.9%
0.9%
38
38
Construction Administration
Construction Administration
0.8%
0.8%
39
39
Design Criteria
Design Criteria
0.8%
0.8%
40
40
Dynamic Analysis
Dynamic Analysis
0.8%
0.8%
41
41
Nastran
Nastran
0.8%
0.8%
42
42
Preliminary Design
Preliminary Design
0.7%
0.7%
43
43
Sacs
Sacs
0.7%
0.7%
44
44
Technical Reports
Technical Reports
0.7%
0.7%
45
45
API
API
0.7%
0.7%
46
46
Technical Support
Technical Support
0.6%
0.6%
47
47
FEM
FEM
0.6%
0.6%
48
48
Connection Design
Connection Design
0.6%
0.6%
49
49
Design Software
Design Software
0.6%
0.6%
50
50
Structural Members
Structural Members
0.6%
0.6%

10,994 Structures Engineer Jobs

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