What is Structural Analysis?
A structural analysis is a type of method or process determining the condition and situation of a particular structure. Engineers, architect and other related professional often use it to study and review the behavior, dynamics, issues, and failures encountered during a project. It is the key to engineering design structure that identifies the system's performance and integrity and its effect. The purpose of the analysis is to assess the stresses, deformations, acceleration, internal forces, and stability.
How is Structural Analysis used?
Zippia reviewed thousands of resumes to understand how structural analysis is used in different jobs. Explore the list of common job responsibilities related to structural analysis below:
- Led a structural analysis team substantiating FAR Part 25 certification requirements for design modifications within a composite technology development program
- Performed finite element structural analysis in considering complex loading phenomena associated with major piping ruptures.
- Performed structural analysis and design support for major airborne laser system components.
- Substantiate static/fatigue structural analysis of repair concepts for FAA approval and signature.
- Performed static structural analysis for Sikorsky helicopter parts and generated reports documenting analysis
- Prepare technical document and detailed design reports on the structural analysis performed.
Are Structural Analysis skills in demand?
Yes, structural analysis skills are in demand today. Currently, 2,616 job openings list structural analysis skills as a requirement. The job descriptions that most frequently include structural analysis skills are structural analysis engineer, structural engineering internship, and bridge engineer.
How hard is it to learn Structural Analysis?
Based on the average complexity level of the jobs that use structural analysis the most: structural analysis engineer, structural engineering internship, and bridge engineer. The complexity level of these jobs is challenging.
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What jobs can you get with Structural Analysis skills?
You can get a job as a structural analysis engineer, structural engineering internship, and bridge engineer with structural analysis skills. After analyzing resumes and job postings, we identified these as the most common job titles for candidates with structural analysis skills.
Structural Analysis Engineer
Job description:
A Structural Analysis Engineer is responsible for evaluating the construction processes of establishments and other industrial properties and ensuring adherence to high-quality standards. Structural Analysis Engineers assess the materials and equipment used for the operations to confirm compliance with the budget limitations and timetables. They also check the structures and foundations of the construction and recommend techniques to enhance the element integrity. A Structural Analysis Engineer designs construction plans, conduct cost and statistical analysis, and coordinates with the clients for progress updates and any adjustments.
- Structural Analysis
- Analysis Tools
- Structural Integrity
- Test Results
- Finite Element Analysis
- System Design
Structural Engineering Internship
Job description:
A structural engineering intern is responsible for supporting the engineering team on construction and structural projects, identifying cost-reduction techniques, and drafting layouts that adhere to clients' specifications, business requirements, and budget limitations. Structural engineering interns join the engineers on area visits, inspecting site foundation, and calculating dimensions and material costing. They also shadow the team's best practices and recommend ways to maximize productivity and efficiency to deliver high-quality outputs within the required deadlines. A structural engineering intern must be highly technical and analytical, especially on designing deliverables that meet quality standards.
- Structural Analysis
- Revit
- PowerPoint
- Structural Design
- Engineering Software
- Engineering Calculations
Bridge Engineer
Job description:
A bridge engineer specializes in planning and overseeing bridge construction, ensuring efficiency and safety. Their responsibilities typically revolve around understanding the needs of every project and sites, coordinating with experts, setting goals and objectives, managing the budgets and schedules, and developing procedures to optimize construction operations. Furthermore, as a bridge engineer, it is essential to lead and encourage the workforce to reach goals, all while enforcing the safety policies and regulations to maintain a safe and productive work environment for everyone.
- Autocad
- Structural Analysis
- AASHTO
- Structural Design
- Rehabilitation
- Design Calculations
Structures Engineer
Job description:
A structures engineer works in designing, planning, and overseeing the development of the latest buildings and bridges or modifications and extensions to an existing property or other structures. They are mainly concerned with the safety and capability of the structure to withstand the elements to which they will be exposed--also improving the existing building structural integrity. Part of the task is inspecting properties regarding the conditions/foundation and checking work undertaken by contractors. The job is very similarly related to a civil engineer.
- Structural Analysis
- Revit
- RISA
- CAD
- ACI
- Engineering Design
Stress Engineer
Job description:
A stress engineer specializes in conducting analysis and assessments on structures and components, mainly using stress to test its structural integrity. They may work in various industries such as automotive, aerospace, manufacturing, and even medical. Although their duties may vary upon the industry, they are typically in charge of performing extensive research and analysis, coordinating with architects and engineers, designing and building prototypes, and maintaining records of all procedures. Furthermore, a stress engineer must produce detailed progress and findings reports in adherence to project deadlines and company policies.
- Finite Element Analysis
- Structural Analysis
- Autocad
- Fatigue Analysis
- MRB
- Ansys
Senior Structural Engineer
Job description:
A Senior Structural Engineer is responsible for investigating and analyzing different construction problems. They must determine the causes of defects of buildings' envelopes, roofs, walls, and other parts of construction.
- Structural Analysis
- Rehabilitation
- RISA
- ACI
- Project Management
- CAD
Civil/Structural Engineer
Job description:
Civil/Structural Engineers are engineers who specialize in designing structures. They usually design buildings, bridges, tunnels, or any other infrastructure. They ensure that these buildings are structurally sound, and their design maintains physical integrity. Civil/Structural Engineers have an in-depth knowledge of physics and building structures, and they use this knowledge in designing, planning, and building strong infrastructures.
- Structural Engineering
- Civil Engineering
- ACI
- Autocad
- Structural Analysis
- ASCE
How much can you earn with Structural Analysis skills?
You can earn up to $98,208 a year with structural analysis skills if you become a structural analysis engineer, the highest-paying job that requires structural analysis skills. Structural engineering interns can earn the second-highest salary among jobs that use Python, $47,072 a year.
| Job title | Average salary | Hourly rate |
|---|---|---|
| Structural Analysis Engineer | $98,208 | $47 |
| Structural Engineering Internship | $47,072 | $23 |
| Bridge Engineer | $78,679 | $38 |
| Structures Engineer | $73,391 | $35 |
| Stress Engineer | $107,036 | $51 |
Companies using Structural Analysis in 2025
The top companies that look for employees with structural analysis skills are Sargent & Lundy, Wsp USA Buildings Inc., and Northrop Grumman. In the millions of job postings we reviewed, these companies mention structural analysis skills most frequently.
| Rank | Company | % of all skills | Job openings |
|---|---|---|---|
| 1 | Sargent & Lundy | 8% | 2,033 |
| 2 | Wsp USA Buildings Inc. | 7% | 2,537 |
| 3 | Northrop Grumman | 7% | 2,871 |
| 4 | Raytheon Technologies | 7% | 1,323 |
| 5 | Jacobs Enterprises | 6% | 4,735 |
Departments using Structural Analysis
| Department | Average salary |
|---|---|
| Engineering | $80,886 |
16 courses for Structural Analysis skills
1. Robot Structural Analysis (Steel Structure)
This course not just a tutorial on software Robot but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will a Hangar steel structure with all steel structural element Rafters; Columns; Truss; Top Chord; Bottom Chord; Internal elements; Rail Sides; Beams; Wind Columns; Wind Beams; Bracing; Beam connection; Column connection; Purlins. In this course you will learn how to choose the best section of each type of steel structural element using in the Hangar. You will show how to model the Cladding for the structureYou will show how to design the Hangar structure using American Code AISCYou will learn how to design steel structure Hangar under lateral loads wind loadsIn this course we will show the different standard steel sections I Section (HP, M, S, W); C-Shape; Angle Sections; and Pipes sections we will show how we can model and using these different structural steel sections how you define them and design + check the capacity of these sectionsThe dimensions and properties for structural sections commonly used in steel building structure design and construction are given in this course in addition to all design consideration and proper material availability and specification according the AISC code...
2. Robot Structural analysis (Steel structure)
In this course, you will learn how to model and analyze and design a steel warehouse from scratch using Eurocode. you will learn how to design all elements (columns, rafters, bracing, wind columns, side rails, purlins...) you will learn how to draw the cladding, assign loads and generate wind loads. you will learn how to design connectionsBeam - beam connectionbeam - column connectionbase connection. you will continue the course by new truss project. you will learn how to model truss project and how to design the lower and bottom chords. and you will learn how to design the posts, diagonals and truss columns...
3. Structural Analysis I
This course has been designed for undergraduate (civil) engineering students or those with an interest in developing a deeper understanding of introductory structural analysis concepts and methods. The lectures cover the essential concepts and methods of structural analysis and provide examples demonstrating their applications. The main topics discussed include: (1) statically determinate beam analysis; (2) truss analysis using the methods of joints and sections; (3) stability and determinacy; (4) shear and moment equations and diagrams in beams; (5) reaction, shear, and moment influence lines and their applications; (6) deflection in beams using classical techniques including the double integration method, the conjugate beam method, and the moment area method; (7) the use of the virtual work method for calculating deflection in beams, frames, and trusses; and (8) analysis of indeterminate structures using three classical techniques (the force method, the slope-deflection method, and the moment distribution method). The course contains video lectures, exercise problems and their solutions, and short quizzes. Our aim is to help our students learn fundamental structural analysis concepts; be able to analyze basic beam, truss, and frame structures; and have their questions answered in the context of the presented content. Please feel free to send us your technical questions as you go through the material. We are here to help. 1/15/2021...
4. Robot Structural Analysis
In this course, you will learn how to model and analyse many elements in ROBOT STRUCTURAL ANALYSIS PROFFESIONALFirstly we will set preferences and job preferences (Design code, combinations, materials)You will learn how to analyse simply supported beam, continuous beam, frames and truss... You will learn how to design many reinforced concrete elements(Columns, beam, isolated footing, combined footing)You will learn how to design reinforced concrete slabs (Solid slab, flat slab and Ribbed slab)...
5. Fundamentals of Structural Analysis
2022 UPDATE: New Online Truss Analysis Toolbox added for unlimited practice questions. After you learn the fundamental truss analysis techniques, come up with your own truss designs, solve them and then confirm your solutions using the DegreeTutors truss analysis toolbox. In this course, we'll cover fundamental concepts and methods in static structural analysis. Starting with the very basics, we explore forces, moments and how to use the principle of static equilibrium. Then we move on to look at pin-jointed structures or trusses; what are they and how do we analyse them? We'll cover the joint resolution method and method of sections in detail. Worked examples are used extensively to demonstrate the practical application of theory. With the new truss analysis online toolbox, you can now go beyond the worked examples provided in the course and build and analyse your own designs. This course has been designed to cover the key topics that students first encounter when studying structural mechanics. Based on my experience teaching engineering undergraduates, the course focuses on those areas students find particularly tricky when starting out. I've also emphasised the link between theory and practice and we explore how our models of structural behaviour map onto the real world. A good civil or structural engineer knows the limits of their model. So in this course, we're really going to highlight this distinction between model prediction and real-world structural behaviour. The course includes video lectures that combine screencast voice over with traditional style lectures. The emphasis is on worked examples with students encouraged to try questions before the detailed solution is presented. The teaching philosophy is 'learn by doing!'This course is suitable for engineering students who find their mechanics/structures lectures confusing and feel a little lost when it comes to structural analysis. Students wishing to get a head start before starting their degree programme or more advanced engineering students who need a refresher would also benefit from taking this course. Construction industry professionals such as surveyors, architects etc. would also benefit from understanding the materials covered in this course...
6. Robot Structural Analysis (Steel building)
In this Course you will learn how to model, analyse and Design all elements of Steel BuildingFirstly we will set preferences and job preferences (Design code,, materials...)You will learn how to model all elements of building (Columns, Beams, slab, Bracings...)You will learn how to define Wind and Seismic load by Eurocode. You will learn how to design all elements (Columns, Beams, Composite beams, BracingYou will learn how to design the foundation of structureYou will learn how to design the connections (Base connection, Frame knee connection)...
7. Robot Structural Analysis Professional course
Why to enroll in this 'Robot Structural Analysis Professional course'?This course is created by a highly experienced Structural Engineer using Robot Structural Analysis Professional, and the content is arranged in such a way that it will clear your basic concept and give you a base for the Professional Content that I have provided in this course. In this course, you will learn everything from the Basic to the Advance level using Robot Structural Analysis Professional. First, we will start with some Basic examples, which are very important. Then we will move to the Modelling, Analyzing, and Design of Reinforced Concrete Structures like Beams, Columns, Shear Walls, and Footings in Robot Structural Analysis. I am using Robot Structural Analysis Professional, but you can use any version of Autodesk Robot Structural Analysis Professional. Advance Steel structures modelling, analyze and design in Autodesk Robot Structural Analysis Professional. Basic to advance steel efficiently with crystal-clear concepts. Autodesk Robot is very powerful software that can make the life of structure engineers very easy. Then, we will do Bridge Modelling, Analysis, and design with moving loads in Robot Structural Analysis. Residential Building as an assignment. All important Tools are properly explained, as they are essential for Advance Modelling, Analyzing, and Designing. If you don't like the course, you have 30 days to ask Udemy for a refund...
8. Robot structural Analysis (RC building)
In this course you will learn how to model and analyse a building in Robot Software. Firstly we will set preferences and job preferences (Design code,, materials...)You will learn how to model all elements of building (Columns, walls, Beams, slab, Opening...)You will learn how to design many reinforced concrete elements(Columns, beam, slab, Raft, isolated footing, combined footing) by ACI code. You will learn how to define the seismic analysis by UBC97 and IBC code and analyse the results. And finaly, in this course you have 2 examples to practice.....
9. CSi SAP2000: Structural Analysis Program for Engineers
About the course: CSI SAP2000 (Structural Analysis Program) is an engineering software that is ideal for analysis and design of structural elements like beams, columns, slabs, trusses, cables, shells, etc. What makes SAP2000 used by most engineers around the world is the fact that it's simple and capable at the same time. It can perform basic analysis like shear and moment calculations to time history analysis and dynamic analysis. My students, who are engineers and students, have requested from me to do this course for years; and now this course is ready and easy to follow and understand. This course is a basic introduction to the feature of SAP2000 and it dives deep into explaining the steps and options available in this powerful software. What to expect from this course: After completion of this course, you are expected to be able to draw & analyze beams, frames (2D and 3D), and other complex structures using SAP2000; understand the different load combinations and patterns; and perform modal analysis on 2D Frames...
10. CSI ETABSV19 steel structure analysis and design
This course not just a tutorial on software ETABS but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will a Hangar steel structure with all steel structural element Rafters; Columns; Truss; Top Chord; Bottom Chord; Internal elements; Rail Sides; Beams; Wind Columns; Wind Beams; Bracing; Beam connection; Column connection; Purlins. In this course you will learn how to choose the best section of each type of steel structural element using in the Hangar. You will show how to design the Hangar structure using American Code AISCYou will learn how to design steel structure Hangar under lateral loads wind loadsIn this course we will show the different standard steel sections I Section (HP, M, S, W); C-Shape; Angle Sections; and Pipes sections we will show how we can model and using these different structural steel sections how you define them and design + check the capacity of these sectionsThe dimensions and properties for structural sections commonly used in steel building structure design and construction are given in this course in addition to all design consideration and proper material availability and specification according the AISC code...
11. Master CSI Perform 3D for Nonlinear Structural Analysis
The course is an introduction of CSI Perform 3D which is a nonlinear structural analysis and performance-based design software. The course is designed to demonstrate briefly the importance of understanding the basics of nonlinear structural procedures for both students and structural engineers. The course is divided into five sections: Introduction to nonlinear structural analysis. Modeling phase. Analysis phase. Reviewing analysis results. Performance assessment tools. Each section contains lessons, resources, quiz, and assignment which all designed carefully to provide you with a comprehensive engaged and enjoyable learning experience. I wish you have a wonderful course experience, and gain a new skill that help you boost your career...
12. Bentley STAAD Pro - Structural Analysis & Design Software
STAAD Pro stands for Structural Analysis and design. STAAD Pro v8i Software is widely used in analyzing and designing structures - buildings, bridges, towers, transportation, industrial and utility structures. Perform comprehensive analysis and design for any size or type of structure faster than ever before using the new STAAD. Pro V8i. Simplify your BIM workflow by using a physical model in STAAD. Pro that is automatically converted into the analytical model for your structural analysis. Share synchronized models with confidence for multi-discipline team collaboration and, most importantly, deliver safe, cost-effective designs...
13. Autodesk Revit & Robot Structural Analysis + Sheets + BOQ
This course not just a tutorial on software Revit and Robot but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will design a 15 stories of a residential buildings, within the work we will define and design all types of slabs such as (waffle slab, one way ribbed slab, two way ribbed slab, flat slab and solid slab), all types of foundations such as (isolated, combined, strip and mat), earthquake loads, columns and beams and shear walls + Advanced lectures in Revit + Advanced lectures in Robot + design a swimming pool in Robot...
14. STAAD Pro - Analysis of Steel Structures: Examples & Theory
You will be learning all you need to know about structural analysis of low-rise steel buildings using STAAD Pro in your professional career according to international norms like American codes and standards. The course will be discussing very essential topics, including assigning load combinations according to ASCE7/IBC, crane, wind and seismic load applications according to ASCE7/MBMA and UBC 97 respectively as well as the design of the crane runway beam. Moreover, you will learn how to check your structure's deflection against the serviceability requirements/limits and optimization of steel section sizes as per codes ASCE7/IBC. Furthermore, design of composite beam, deck slab, purlins, truss, generating reports, getting base support reactions, beam end forces, stress ratios of members, member take off, using STAAD editor, Section Wizard and many more interesting and important topics like steel material properties and mechanics will be discussed in the course...
15. A Detailed Introduction to LS-Dyna for Structural Analysis
******************* Course Structure ***************************Hello learners, I welcome you all to this comprehensive course on LS-DYNA. Objective of this course is to get started from very basic understanding of FEA and gradually get you well versed with LS-DYNA. LS-DYNA is one of the most best and popular explicit code out there. LS-DYNA is used in almost all the industries that you can imagine. In this course though we will be taking examples of only structural analysis from automotive domain. Skills you will gain at the end of the course: You will learn different types of analysis and fundamental difference between them. You will learn to setup a model in LS-PrePost, edit the model in Notepad++ and solving the model using LS-Dyna. You will learn various aspect of material modelling in LS-Dyna. You will get overall understanding of important concepts in explicit such as hourglassing, timestep and mass scaling. Brief outline of the course is as following:1. FEA/CAE basics and types of simulation Product life cycle management Branches of CAE Intuition of CAE Steps in CAE Types of analysis. 2. Introduction to LS-PrePost Deep dive into preprocessing using LS-PrePost. GUI of LS-PrePost. Handling a model using different approaches.3. Keyword Arrangement in LS-Dyna Running a simple simulation File format and keyword structure in LS-Dyna. Keyword Arrangement: Nodes and Elements Keyword Arrangement: Parts, Section, Material LS-Dyna Manuals Example: Cube Under Pressure Keyword Arrangement: Database and Control Keyword Arrangement: Boundary and Constrained4. Material Modelling for LS-Dyna Material Non-Linearity Conversion of Engineering Stress, Strain to True Stress, Strain Material: MAT024 PIECEWISE LINEAR PLASTICITY Example: Tensile Test with Non-Linear Material 5. Important Keyword *Include Example: Include File Structure Introduction to Hourglass Examples on Hourglassing and control TimeStepNew topics and projects are coming soonIf you have any doubt fell free to contact me. So Enroll now and start this exciting journey with me.******************* Course Updates ***************************1. Added new video on types of analysis2. Added new video on type dynamic analysis3. Added new video titled Spot Weld using Beam9 and MAT100 under Modelling Techniques for LS-DYNA section4. Added new video titled Implicit vs Explicit...
16. Csi ETABS in the Structural analysis of 15 stories+ basement
This course not just a tutorial on software ETABS but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will design a 15 stories of a residential buildings, within the work we will define and design all types of slabs such as (waffle slab, one way ribbed slab, two way ribbed slab, flat slab and solid slab), earthquake with static and dynamic case, wind loads, columns and beams and shear walls...