Mechanical engineer jobs in Dearborn Heights, MI - 1,421 jobs

Job Title: Mechanical EngineerJob Description Our client specializes in the design, manufacturing, deployment, and support of an advanced Unmanned Aerial System built for military and defense applications. The project is currently in an accelerated phase with key milestones approaching. As a Mechanical Engineer, you will collaborate closely with another mechanical engineer to design and develop components for this system. This is a hands-on role requiring creativity, precision, and strong supplier coordination. Responsibilities + Design and model parts using SolidWorks. + Work directly with suppliers for fabrication, carbon fiber components, tooling, and molds. + Create and approve engineering drawings, implement design changes, and manage change orders. + Oversee supplier progress, review first articles, reconcile discrepancies, and release parts to production. + Ensure timely execution of design and integration to meet project deadlines. Essential Skills + 3+ years of SolidWorks experience + Experience in aviation, specifically with carbon fiber + Engineering degree + U.S. citizenship Additional Skills & Qualifications + UAV flying experience Work Environment Work alongside one other mechanical engineer, 2-3 electrical technicians, and another electrical engineer who is also being hired. The position is on-site in Howell with hours from 8-5, which can be flexible. Occasionally, work on weekends may be required if approaching a deadline, but this is not typical. Travel may be necessary towards the end of the year if required. Job Type & Location This is a Contract to Hire position based out of Howell, MI. Pay and Benefits The pay range for this position is $36.06 - $48.08/hr. Eligibility requirements apply to some benefits and may depend on your job classification and length of employment. Benefits are subject to change and may be subject to specific elections, plan, or program terms. If eligible, the benefits available for this temporary role may include the following: - Medical, dental & vision - Critical Illness, Accident, and Hospital - 401(k) Retirement Plan - Pre-tax and Roth post-tax contributions available - Life Insurance (Voluntary Life & AD&D for the employee and dependents) - Short and long-term disability - Health Spending Account (HSA) - Transportation benefits - Employee Assistance Program - Time Off/Leave (PTO, Vacation or Sick Leave) Workplace Type This is a fully onsite position in Howell,MI. Application Deadline This position is anticipated to close on Jan 20, 2026. About Actalent Actalent is a global leader in engineering and sciences services and talent solutions. We help visionary companies advance their engineering and science initiatives through access to specialized experts who drive scale, innovation and speed to market. With a network of almost 30,000 consultants and more than 4,500 clients across the U.S., Canada, Asia and Europe, Actalent serves many of the Fortune 500. The company is an equal opportunity employer and will consider all applications without regard to race, sex, age, color, religion, national origin, veteran status, disability, sexual orientation, gender identity, genetic information or any characteristic protected by law. If you would like to request a reasonable accommodation, such as the modification or adjustment of the job application process or interviewing due to a disability, please email actalentaccommodation@actalentservices.com (%20actalentaccommodation@actalentservices.com) for other accommodation options.

We are seeking an experience Mechanical Piping Designer. This role is critical to producing coordinated and constructable piping layouts, ensuring project accuracy, efficiency, and field installation success. Responsibilities: Develop and coordinate details mechanical piping modes and layouts using AutoCAD, Fabrication CADmep, and Revit Perform clash detection and system coordination using Navisworks Manage to ensure accuracy across disciplines Interpret engineering drawings, specifications, and design intent to produce fabrication-ready spool constructability Collaborate closely with lead details, project managers, engineers, and field personnel to ensure constructability Support BIM coordination meetings and contribute to design/field issue resolutions Maintain drawing accuracy, version control, and compliance with company detailing standards Requirements: Strong understanding of commercial HVAC, plumbing, and mechanical piping systems Proficiency in Navisworks Manage, Fabrication CADmep, AutoCAD, and Revit (required) Working knowledge of Bluebeam and Microsoft Office Suite Ability to interpret construction documents, equipment submittals, and engineering drawings Previous construction field or fabrication shop experience highly preferred Perks of the Trade Medical, Vision, Dental, Life Insurance Profit Sharing Program 401k Retirement Holiday Pay

About Us: Colasanti Companies is a leading Construction Manager and General Contractor, as well as a nationally recognized self-performing concrete contractor. We take pride in tackling some of the most complex and high-profile projects in the country, including luxury high-rise hotels, mixed-use developments, stadiums, universities, and municipal projects. Our culture is built on collaboration, accountability, and craftsmanship. We value people who take ownership, lead with integrity, and share our commitment to safety and quality. At Colasanti, you will join a family-owned company with four generations of experience, where your expertise will be recognized and your growth supported. About the Job: The Project Engineer will support the project team throughout the entire construction process, from pre-construction to closeout. Responsibilities include planning, developing, coordinating, and managing onsite construction activities for large projects. Responsibilities: Coordinate submittals and procurement, ensuring timely material arrival and communicating progress. Manage and record drawings, document control, and coordination with trades. Document site progress through photos and daily reports. Lead project documentation and reporting. Assist with payment application processing. Maintain and update project schedules. Attend and document project meetings. Manage RFIs and resolve issues promptly. Track cost issues with input from the Project Manager. Assist in change order management, including quantity take-offs and subcontractor quotes. Enforce project safety and quality assurance/quality control policies. Solve problems proactively, researching and gathering relevant data. Assist in closeout processes and punch list management. Participate in training and development opportunities. Complete additional tasks as assigned. Knowledge, Experience & Qualifications: 3-5 years of experience. Experience working within commercial general contracting. Eager to grow and excel within our company. Proficient in Microsoft Word, Excel, and related software. Basic knowledge of construction processes and project management principles. Strong verbal and written communication skills. Excellent time management skills. Ability to travel to project sites. OSHA 30, First Aid, and CPR certified. Bachelor's degree in Construction Management, Engineering, Architecture, or a related field. Job Type: Full-time Benefits: 401(k) 401(k) 6% Match 401(k) matching Cell phone reimbursement Dental insurance Fuel discount Health insurance Life insurance Opportunities for advancement Paid time off Vision insurance Experience: Project engineering: 3 years (Required) Construction site: 3 years (Required) License/Certification: OSHA 30 (Required) Ability to Commute: Ann Arbor, MI 48113 (Required) Ability to Relocate: Ann Arbor, MI 48113: Relocate before starting work (Required) Work Location: In person

Amazon created one of the most sophisticated supply chains in the world. From the introduction of Amazon Prime, to the use of advanced technology for package delivery; Amazon consistently drives change from the front of the pack. As an Amazon Logistics [AMZL] Operations Engineer, you will lead and manage the lifecycle of challenging cross-functional projects, developing and delivering the next generation of sortation and distribution solutions. You are a customer obsessed leader that will play an integral part in planning and implementation of the facility network infrastructure including new builds, retrofits, expansions and program initiatives. Partnering with internal customers and internal/external stakeholders to engage as a team and ensure a timely handover will be part of your critical tasks. Key competencies of this position include insisting on the highest standards ensuring that contracted resources meet schedule, budgetary, safety and driving quality targets; analyzing and deep diving systems performance, inventing and simplifying solutions that allow for improved processes and results; and providing technical expertise to internal customers and stakeholders. Key job responsibilities -Work independently with internal and external teams to successfully manage the lifecycle of the challenging projects, and act as owner in delivering on projects objectives and targets. Projects may span organizations or geographies in support of business objectives. -Actively participate in firm engineering reviews, and make tangible impact on the proposed solutions on an individual system or its components, on the overall systems architecture, and on facility processes . -Partner with internal teams, stakeholders and external vendors to set project priorities, establish milestones, and drive schedules to meet deadlines. Proactively assess stakeholders' dependencies and milestones, problem-solve and drive solutions to mitigate the impact from the issues. -Lead and coordinate all execution efforts in delivering systems and automated equipment designs per established standards and guidelines. Perform equipment/systems installation, throughput and safety qualifications. Simplify, optimize, remove bottlenecks and provide feedback while resolving difficult system problems or technical deficiencies. -Lead effective meetings by setting the objectives, putting the right people in the room and driving detailed business and technical discussions/alignment. Document meetings discussions, decisions and future steps ensuring alignment on expectations with internal partner teams and outside vendors. -Promptly and accurately communicate project status, risk analysis and risk mitigation plans. Effectively answer project questions in detail, and regularly produce clear and concise summaries for the projects to leadership/management team. -Competently articulate system and/or equipment designs, including layouts, technical specifications and functional capabilities, to internal customers and partner teams. -Efficiently manage change order controls, purchase orders, and invoice validation/approvals. -Excel at building strong working relationships with internal and external stakeholders across multiple projects -Identify and lead process improvement initiatives that improve the Engineering and cross-teams' efficiencies, optimizing the teams' value and delivery. Through collaboration, generate high-quality, cost-effective solutions in compressed periods of time. -Travel up to 80% domestically although travel intensity can be variable and consist of up to three weeks in a row, including weekends. A day in the life You are managing quality of implementation through multiple projects that can vary in scope, complexity and duration. Daily tasks may comprise of site coordination with operations teams and contractors on project execution activities or changes; deep diving project progress, schedule and resources, while identifying barriers, creating solutions and driving resolutions. You may be facilitating the planning and/or implementation meetings with projects' stakeholders, ensuring alignment in objectives, expectations, and the next steps; you would capture and publish detailed notes after each meeting to drive ownership and follow-through on the actions and decisions. Reviewing/approving audit mechanisms and documentation is one of the essential tasks, and you may be tracking the programmatic week on week installation opportunities with the internal automation teams. You may be brainstorming and developing workaround solutions while mitigating the project delays or design issues. As a part of the acceptance testing you may be performing systems installation quality, safety, throughput and performance qualifications, frequently communicating the progress to internal and external stakeholders. In addition, you may be supporting/training other engineering team members, utilizing the knowledge of Amazon's safety, mechanical, electrical and controls installation standard and guidelines. About the team At Amazon, we are all Owners and leverage unique opportunities presented to us by owning everything from firm engineering to project execution and final hand-off to our customers. We are a diverse, upbeat, creative team of engineers and managers working on a daily basis to ensure that our internal customers have capabilities to deliver on the Customer Promise. We not only build, but we are also consistently improving our capabilities at Amazon. Continuous improvement is the ongoing enhancement of our systems designs, through incremental and breakthrough developments. We are continually raising the quality bar, and are never satisfied. We seek to improve through captured lessons learned, that are incorporated back into our mechanisms as a way to perpetually improve upon the next design and processes iterations. We continually learn, grow and develop throughout the organization and our Subject Matter Expertise is leveraged globally. We are the Team! We collaborate, support, help and leverage each other in delivering on the business objectives. Basic Qualifications - Bachelor's Degree in Industrial Engineering, Electrical Engineering, Mechanical Engineering, or other STEM field. - 4+ years of experience as a project engineer, process engineer, project manager, manufacturing engineer, or related occupation. - Experience with leading projects, programs or initiatives with continually increasing scope and impact. - Experience managing the lifecycle of cross-functional projects, implementing automated equipment and/or integrated systems. - Experience with CAD software (AutoCAD, REVIT, BIM 360, etc.). Preferred Qualifications - Master's degree in Engineering, Operations or a related STEM field. - Operations Management/Distribution Center experience with direct management or responsibility for material handling, automation, or other technical projects. - Experience with Six Sigma and/or Lean Manufacturing. - Experience with Microsoft Project, Smartsheet programs. - Experience with design and/or implementation automation solutions, such as Conveyors, Sorters, high speed manufacturing and packaging lines, Robotic work cells. - Proven technical leadership for industrial engineering projects or programs. Amazon is an equal opportunity employer and does not discriminate on the basis of protected veteran status, disability, or other legally protected status. Our inclusive culture empowers Amazonians to deliver the best results for our customers. If you have a disability and need a workplace accommodation or adjustment during the application and hiring process, including support for the interview or onboarding process, please visit ********************************************************* for more information. If the country/region you're applying in isn't listed, please contact your Recruiting Partner. Our compensation reflects the cost of labor across several US geographic markets. The base pay for this position ranges from $68,900/year in our lowest geographic market up to $126,400/year in our highest geographic market. Pay is based on a number of factors including market location and may vary depending on job-related knowledge, skills, and experience. Amazon is a total compensation company. Dependent on the position offered, equity, sign-on payments, and other forms of compensation may be provided as part of a total compensation package, in addition to a full range of medical, financial, and/or other benefits. For more information, please visit ******************************************************* . This position will remain posted until filled. Applicants should apply via our internal or external career site.

Summary/Objective The Mechanical Designer position plans and designs the automotive assembly line equipment for “General Assembly Tooling”. Essential Functions Designs custom fixtures and complex tooling systems for general assembly Designs 2D and 3D models using NX Develop Bill of Materials (BOMs) for manufacturing processes Performs engineering assignments with clear and specified objectives and involves conventional types of plans and specifications Designing and implementing cost-effective equipment modifications Making sure a product can be made reliably and will perform consistently in specified operating environments Managing projects using engineering principles and techniques Planning and designing new production processes Producing details of specifications and outline designs Using research, analytical, conceptual, and planning skills, particularly mathematical modeling and computer-aided design Consider the implications of issues such as cost, safety and time constraints in your design. Support all quality systems requirements Minimum Education Requirements High School diploma or equivalent Minimum Experience Required 5-8 years of General Assembly Tooling design experience Other Requirements Skilled in Unigraphics NX. (Experience in ACAD 2D, ACAD 3D and inventor beneficial) Experienced in GM General Assembly Tooling specifications and Data Banking requirements preferred Experience must include background in detailing and layout design before release to the shop floor Willing to work in office and interface with shop floor as required Ability to perform assigned duties under frequent time pressures in an interruptive environment Knowledge of machines and tools Experience with customer interaction Good verbal and written communications skills Ability to conceptualize new designs then follow through to completion, specify fabrication materials, specify machining requirements and welding requirements Microsoft Office (Word, Excel, PowerPoint) Up to 5% of travel may be required

Looking for Product Engineer CAD Software/ CATIA, Siemens NX BIW or Body Closure Systems (doors, hoods, tailgates, etc.)

Role: Design Engineer - Automotive Interior Duration: 6+ months Requirements: 6-8 Years exp with automotive interior designing Familiar to work with CATIA V5 and NX Experiences in automotive field especially about interior product design such as HMI components etc. Intermediate Mechanical design skill Able to work in customer premises Able to work from Client location Preferably locals.

Responsibilities: Bachelor of Science in Mechanical Engineering with a minimum of 3 years of experience in automotive Interior system Thorough knowledge of engineering design & development concepts of automotive Interior system Good Working experience as Design engineer in interior engineering Very good proficiency in CATIA V5. Prepare and execute design release in the 3DExperience PLM system. Experience in design and development of Floor Colsole, and Instrument panel, Ability to resolve design related issues in the manufacturing plant Relevant experience in Master Sections, Vehicle Integration, Vehicle packaging, Concept creation, assembly processes of various Interior assemblies. Knowledge and understanding of Tooling and manufacturing processes Prepare and maintain engineering release and change documentation Lead design FMEA studies and GD.

Works independently and in support of Project Managers in designing and implementing Heating, Ventilation and Air Conditioning (HVAC) projects. Initiates project scope process, developing preliminary design, engineering schedules, cost estimates, and qualitative and quantitative risk assessments. Authorizes preliminary project scope reviews, scope definitions, and estimates. Chairs regular update meetings for leadership on scope, budget, engineering costs, schedules, and estimates for engineering design. Works with Facilities leadership and front-line employees to gain alignment and approval for designs. The Successful candidate will be responsible for executing multiple projects at the same time ranging from tens of thousands of dollars to less than ?5 million dollars. Key Accountabilities: Primary interface and liaison to resolve engineering design problems. Directs project scoping process, develops preliminary schedule (design engineering) and cost estimates, conducts qualitative and quantitative risk assessment. Works on a project team with proper skill sets for preliminary estimating, risk identification, and organizational planning. Authorizes and forwards preliminary project scope review, scope definition, and estimates to Project Manager. Ensures design schedule is on target and monitors engineering costs. Chairs all scope meetings and provides updates of design status. Works with Project Manager to submit and evaluate bid packages for projects. Proficient with HVAC controls design, engineering and application. Support Facilities Operations troubleshooting of HVAC system and controls issues for existing assets within the portfolio. Updates to HVAC and Building Automation System (BAS) standards. Minimum Education & Experience Requirements: Bachelor's degree in Mechanical Engineering and 10+ years of job-relevant experience. Preferred: Licensed Professional Engineer (P.E.) Working experience of BAS control system design, engineering and application. Experience with Building Information Modeling (BIM), Autodesk Construction Cloud (ACC) and/or Revit. Working experience of Niagra Tridium BAS. PMI/PMP (Project Management Institute) certificate. Other Requirements: Ability to apply project planning & implementation and/or continuous improvement principles (typically acquired through several years of experience in these areas) to affect tangible, positive outcomes. Competent in multitasking (i.e the ability to prioritize & manage multiple tasks, issues or projects that may include high visibility initiatives and require innovation, teamwork & planning). Ability to conduct organized, efficient meetings & manage the meeting process with optimal results. Flexibility & the ability to work with shifting priorities; embrace new/evolving responsibilities. Copes with multiple demands from superiors, and/or subordinates & peers in a positive and fair fashion; displays a calm demeanor under pressure. Initiates new ideas and approaches; challenges orthodox practices & approaches with reasonably sound alternatives. Broad understanding of building HVAC and control systems. Advanced analytical and project management skills. Consulting and influencing skills consistent with the ability to build relationships and influence parties; may include getting parties to embrace changing expectations and initiatives Additional Notes: Incumbents may engage in all or some combination of the activities/accountabilities and utilize a variety of the competencies cited in this description depending upon the organization and role to which they are assigned. This description is intended to describe the general nature and level of work performed by incumbents in this job. It is not intended as an all-inclusive list of accountabilities or responsibilities, nor is it intended to limit the rights of supervisors or management representatives to assign, direct and control the work of employees under their supervision.

About the Role: We are seeking a Mechanical Engineer with extensive experience in commercial building HVAC and control systems. The ideal candidate has a strong track record in designing, implementing, and optimizing HVAC systems for commercial environments, with less focus on automotive applications. You will play a key role in ensuring the efficiency, reliability, and sustainability of our building systems. Key Responsibilities: Design, analyze, and optimize HVAC systems for commercial buildings, ensuring compliance with industry standards and building codes. Develop and implement building control systems for energy efficiency, comfort, and system integration. Conduct performance evaluations, troubleshooting, and preventative maintenance planning for HVAC systems. Collaborate with architects, contractors, and other engineering disciplines to ensure seamless project execution. Prepare technical documentation, specifications, and reports for internal and client use. Mentor junior engineers and provide technical guidance on complex mechanical systems. Stay updated with emerging technologies and industry trends in commercial building systems. Qualifications: Bachelor's degree in Mechanical Engineering or related field (Master's preferred). Strong knowledge of HVAC design principles, building codes, and control systems. Proficiency with CAD software, energy modeling tools, and building automation systems. Excellent problem-solving, communication, and project management skills. Automotive industry experience is a plus but not the primary focus.

Job description: A Senior Design Engineer leads and executes complex design projects, ensuring that products or systems meet technical specifications, quality standards, and customer requirements. This role involves advanced design and analysis, project management, mentorship of junior engineers, and collaboration with cross-functional teams. A Sr. Design Engineer will have the ability to work autonomously, with little guidance, but also collaborate with the team. The ability to conceptualize and design based on customer requirements and stand behind his/her design. Job responsibilities: Design advanced automation equipment using 3D software from concept through final design including 2D drawings for manufacture and build Plan the release of designs to ensure timely delivery and alignment with project timelines Verify equipment designs and identify opportunities for improvement to enhance functionality and efficiency Work with cross functional team to implement all controls requirements, simulation requirements, and safety requirements Perform engineering analysis to ensure design meets the requirement of the application Design systems integration concepts to ensure seamless operation and compatibility Prepare and evaluate budgetary considerations and stack-up analysis for projects Develop comprehensive plans for design timing, monitor progress, conduct thorough reviews, and provide effective solutions for any arising issues Design systems integration concepts to ensure seamless operation and compatibility Prepare and evaluate budgetary considerations and stack-up analysis for projects Provide cross-functional leadership to drive technical tasks to successful completion Create and execute test plans to evaluate system performance and address any issues encountered during testing Conduct root cause analysis (RCA) and problem-solving to resolve engineering and technical issues efficiently Ability to travel to customer site and troubleshoot and find solutions for assembly issues and process issues Ability to travel up to 25% Minimum Requirements: 5+ years of experience Bachelor's degree in mechanical engineering Extensive experience in mechanical design engineering, with a proven track record of successful projects and innovations Proficiency in CAD software such as SolidWorks, AutoCAD, or similar, with advanced skills in 3D modeling, assembly design, and drawing creation Strong understanding of mechanical engineering principles and design standards, with expertise in statics, dynamics, thermodynamics, and materials science

Job Title: Sr. Design Engineer Job description: A Senior Design Engineer leads and executes complex design projects, ensuring that products or systems meet technical specifications, quality standards, and customer requirements. This role involves advanced design and analysis, project management, mentorship of junior engineers, and collaboration with cross-functional teams. A Sr. Design Engineer will have the ability to work autonomously, with little guidance, but also collaborate with the team. The ability to conceptualize and design based on customer requirements and stand behind his/her design. Job responsibilities: Design advanced automation equipment using 3D software from concept through final design including 2D drawings for manufacture and build Plan the release of designs to ensure timely delivery and alignment with project timelines Verify equipment designs and identify opportunities for improvement to enhance functionality and efficiency Work with cross functional team to implement all controls requirements, simulation requirements, and safety requirements Perform engineering analysis to ensure design meets the requirement of the application Design systems integration concepts to ensure seamless operation and compatibility Prepare and evaluate budgetary considerations and stack-up analysis for projects Develop comprehensive plans for design timing, monitor progress, conduct thorough reviews, and provide effective solutions for any arising issues Design systems integration concepts to ensure seamless operation and compatibility Prepare and evaluate budgetary considerations and stack-up analysis for projects Provide cross-functional leadership to drive technical tasks to successful completion Create and execute test plans to evaluate system performance and address any issues encountered during testing Conduct root cause analysis (RCA) and problem-solving to resolve engineering and technical issues efficiently Ability to travel to customer site and troubleshoot and find solutions for assembly issues and process issues Ability to travel up to 25% Minimum Requirements: 10+ years of experience Bachelor's degree in mechanical engineering Extensive experience in mechanical design engineering, with a proven track record of successful projects and innovations Proficiency in CAD software such as SolidWorks, AutoCAD, or similar, with advanced skills in 3D modeling, assembly design, and drawing creation Strong understanding of mechanical engineering principles and design standards, with expertise in statics, dynamics, thermodynamics, and materials science Reports to : Vice President Global Engineering

Starfish Computer Corporation's Managed Services Engineer (Level 3) is responsible for the on-going and continuous operation of our clients' Information technology environments.Highly trained and certified, the Engineer, Level 3, is an expert in infrastructure technologies including networking (switching, routing, command lines, dynamic / static routes), security, servers and domains, virtualization, data storage and recovery. The Engineer, Level 3, is assigned as the primary person to oversee and own all technical aspects of the assigned clients' environments and projects. They work in concert with Starfish Computer Corporation's internal Help Desk and technical resources (with dedicated Level 1 and Level 2 support), the client's own on-site support technicians (if any), and other Starfish team members to deliver managed services offerings and project executions to our clients that are “best in class”. Job Functions & Responsibilities: Install, configure, monitor, and maintain network equipment, including routers, switches, and firewalls, across multi-vendor environments (Cisco IOS and HPE Aruba). Design, implement, and manage IP addressing schemes, including subnetting and supernetting, to optimize network performance and security. Configure and manage VLANs to segment network traffic, enhance security, and improve network efficiency. Routing & Switching: Implement and troubleshoot both static and dynamic routing protocols (e.g., OSPF, BGP, EIGRP) to ensure efficient data flow and high availability. Troubleshooting & Resolution: Monitor network performance, identify issues, and troubleshoot complex network problems using various tools and techniques (e.g., packet captures, CLI tools). Manage, support, install and upgrade Microsoft servers in physical and virtual environments. Optimize the client's service offering including Microsoft platforms, IP networking, telephony platforms, storage and data protection and recovery, mobile devices, servers, laptops, desktops, virtualization. Coordinate efforts on behalf of assigned clients between themselves, client support teams and Starfish internal resources. Act as the lead technical resource for assigned managed services clients. Ensure that the client environment is comprehensively documented and keep Starfish internal management systems up-to-date. Create preventative maintenance plans with detailed instructions that Level 1 and Level 2 engineers can reliably execute - either remotely or at client site. Work directly with Level 1 and Level 2 engineers to identify and resolve potential or on-going problems. Recommend capacity and performance plans for assigned client environments. Evaluate and schedule appropriate response to scheduled or unscheduled outage notifications. Coordinate and manage upgrades or changes in the client's environment. Determine root cause analysis of service outages and complete or coordinate resolutions. Documents, tracks, and monitors all incoming service requests to completion Assists in the preparation of client and prospect proposals and project plans including timeframes, budget estimates (time) and project milestones Be the lead technical resource for the assigned clients' projects while maintaining a balance between the roles of project manager and technical advisor Ensures personally that all support tickets classified as P2 or P1 have been resolved Completes and closes out service orders within service ticket application General Requirements & Information: Working locations include a mix of the office (in-office work is required during on-boarding period), remote and client locations. This is a hybrid position once on-boarding activities have been completed. Full-time position Competitive salary and benefits package Ability to travel locally to various client locations Participate in an on-call support rotation (current rotation is once every eight (8) weeks) Technical Requirements, Skills & Experience: Two years of on-site client experience or MSP experience 5-7 years of experience in IT support, customer service, help desk, or call center operations working in a multi-customer environment In-depth knowledge of Cisco IOS and/or Aruba AOS/Aruba CX operating systems. Strong understanding of networking principles and protocols (TCP/IP, DNS, DHCP). Expertise in IP subnetting, supernetting, and VLAN configurations. Proficiency in configuring static routes and dynamic routing protocols. Active Directory, 0365, VMware and/or Hyper-V skills and integration experience Experience supporting MS Windows Server, MS Exchange and MS SQL Experience with Watchguard (preferred) or related firewalls Demonstrable experience with vendor management Working knowledge of infrastructure monitoring tools Creates and maintains network and system documentation Strong technical troubleshooting and communications skills Excellent client relationship management skills Cisco CNA or Cisco CCIE preferred, but not required. CompTIA A+, Network+, and Security+ preferred, but not required. MCITP, MCSE certification a plus 4-year degree or equivalent work experience

SSOE is looking to hire a Senior Machine Designer to play a pivotal role in the detailed design and development of specialized machinery and material handling equipment essential to manufacturing and industrial clients. Utilizing advanced CAD tools such as AutoCAD and Autodesk Inventor, you will produce fully coordinated, fabrication-ready 3D models and detailed 2D construction drawings for automated equipment, that integrate mechanical components, structural weldments, and ductwork systems compliant with industry codes and fabrication standards. Your work will directly support multidisciplinary project teams, involving process engineers, controls/automation specialists, and structural designers, ensuring design congruence across disciplines. This position demands close engagement with project managers and discipline leads through defined review gates and change management workflows to maintain project quality, schedule, and risk mitigation, following quality assurance and control protocols aligned with company and project standards. AI and Innovation As part of our commitment to innovation, all team members will be trained on Microsoft Copilot and empowered to use it as a core tool in their everyday work. Responsibilities Lead detailed mechanical design activities for machine and material handling equipment, including, but not limited to conveyors, lifts, feeders, and customized fabrication weldments, supporting industrial manufacturing projects primarily within manufacturing, glass, and other similar sectors. Develop and validate 3D CAD models and detailed 2D drawings using AutoCAD and Autodesk Inventor, ensuring design accuracy, dimensional control, and adherence to company and client standards. Collaborate closely with process engineers, controls engineers, and structural designers to integrate automation components, ductwork routing, and equipment foundations into cohesive multidisciplinary design packages. Coordinate with project managers to manage design scope, milestones, release cycles, and revision control through formal change management boards and document control systems. Conduct comprehensive design reviews internally and with clients, providing clear technical presentations, clarifications, and incorporating feedback to optimize constructability and performance. Prepare and submit technical submittals, vendor requests for information (RFIs), and evaluate supplier documentation to validate component compliance and manufacturability. Support procurement and fabrication teams by developing clear build packages, including bill of materials, welding symbols, assembly instructions, and inspection checklists aligned with quality protocols. Participate in site visits during equipment installation and commissioning phases to verify field adherence to design intent, troubleshoot emergent technical issues, and support safe startup procedures. Maintain detailed project documentation, including design calculations, revisions logs, and correspondence, ensuring traceability and audit readiness. Apply rigorous attention to detail to identify and resolve potential design conflicts or safety hazards before fabrication, minimizing downstream risk. Engage in continuous process improvement initiatives to refine design workflows, implement efficiency gains through 3D modeling best practices, and embed constructability reviews early in the design lifecycle. Mentor and provide technical guidance to junior designers and interns, fostering skill development in CAD proficiency, industry codes, and equipment design fundamentals. Assist in estimating labor and material quantities to support project budgeting and scheduling efforts, maintaining cost-effectiveness without compromising quality or compliance. Ongoing monitoring of project budget/costs throughout the project. Utilize AutoCAD and Autodesk Inventor automation features and scripting to accelerate repetitive design tasks and improve overall design throughput. Qualifications Minimum 15 years' professional experience in mechanical design with specific expertise in machine design and material handling equipment for manufacturing or industrial facilities. Proficient, demonstrable advanced skills in AutoCAD and Autodesk Inventor for 3D modeling and detailed mechanical drafting. Thorough knowledge of mechanical fabrication, welding standards (AWS D1.1), and structural steel material specifications (ASTM A6) relevant to equipment manufacture. Experience integrating ductwork systems, designing automation components, and fabrication weldments into machine designs. Proven ability to communicate complex technical information clearly and effectively in verbal and written form with project teams, clients, and contractors. Demonstrated adherence to quality assurance/control protocols and change management procedures within EPC or design firm environments. Experience working in cross-functional teams involving project managers, discipline leads, and external stakeholders throughout all project phases from pre-design through construction administration and startup. Salary Range: $90,000 - $100,000/year depending on location, education, experience, and any certifications that are directly related to the position. Opportunity for ample rewards and generous bonus opportunities. Benefits include health, dental, and vision insurance, life insurance, 401K retirement savings plan (with company matching), opportunities for professional development and training, generous PTO & paid holidays. Preferred Qualifications (not required) Experience using SolidWorks as an alternative to Inventor will be considered. Background in constructability reviews and knowledge of field installation practices to optimize design for ease of fabrication and assembly. Understanding of project cost estimating and schedule impacts related to machine design changes. Leadership aptitude demonstrated through mentoring junior engineers or leading small technical teams. Exposure to advanced modeling techniques, including parametric design and CAD automation to improve productivity and reduce errors. Experience with industrial automation equipment integration and control system interfaces. Why SSOE At SSOE, you join a global leader renowned for delivering complex, multidisciplinary industrial and manufacturing projects with precision and agility. Our culture prioritizes innovation-forward thinking and mentorship-driven growth, empowering you to collaborate across integrated disciplines-architecture, MEP, process, structural, controls-and expand your technical breadth. We invest deeply in knowledge sharing, continuous improvement, and career path development, offering rich opportunities to influence large-scale, impactful industrial systems while advancing your expertise. Join a team where your technical contributions are valued, your development is prioritized, and your impact on safer, smarter facilities is real and lasting. #LI-Hybrid

SSOE is looking to hire a Senior Machine Designer to play a pivotal role in the detailed design and development of specialized machinery and material handling equipment essential to manufacturing and industrial clients. Utilizing advanced CAD tools such as AutoCAD and Autodesk Inventor, you will produce fully coordinated, fabrication-ready 3D models and detailed 2D construction drawings for automated equipment, that integrate mechanical components, structural weldments, and ductwork systems compliant with industry codes and fabrication standards. Your work will directly support multidisciplinary project teams, involving process engineers, controls/automation specialists, and structural designers, ensuring design congruence across disciplines. This position demands close engagement with project managers and discipline leads through defined review gates and change management workflows to maintain project quality, schedule, and risk mitigation, following quality assurance and control protocols aligned with company and project standards. AI and Innovation As part of our commitment to innovation, all team members will be trained on Microsoft Copilot and empowered to use it as a core tool in their everyday work. Responsibilities Lead detailed mechanical design activities for machine and material handling equipment, including, but not limited to conveyors, lifts, feeders, and customized fabrication weldments, supporting industrial manufacturing projects primarily within manufacturing, glass, and other similar sectors. Develop and validate 3D CAD models and detailed 2D drawings using AutoCAD and Autodesk Inventor, ensuring design accuracy, dimensional control, and adherence to company and client standards. Collaborate closely with process engineers, controls engineers, and structural designers to integrate automation components, ductwork routing, and equipment foundations into cohesive multidisciplinary design packages. Coordinate with project managers to manage design scope, milestones, release cycles, and revision control through formal change management boards and document control systems. Conduct comprehensive design reviews internally and with clients, providing clear technical presentations, clarifications, and incorporating feedback to optimize constructability and performance. Prepare and submit technical submittals, vendor requests for information (RFIs), and evaluate supplier documentation to validate component compliance and manufacturability. Support procurement and fabrication teams by developing clear build packages, including bill of materials, welding symbols, assembly instructions, and inspection checklists aligned with quality protocols. Participate in site visits during equipment installation and commissioning phases to verify field adherence to design intent, troubleshoot emergent technical issues, and support safe startup procedures. Maintain detailed project documentation, including design calculations, revisions logs, and correspondence, ensuring traceability and audit readiness. Apply rigorous attention to detail to identify and resolve potential design conflicts or safety hazards before fabrication, minimizing downstream risk. Engage in continuous process improvement initiatives to refine design workflows, implement efficiency gains through 3D modeling best practices, and embed constructability reviews early in the design lifecycle. Mentor and provide technical guidance to junior designers and interns, fostering skill development in CAD proficiency, industry codes, and equipment design fundamentals. Assist in estimating labor and material quantities to support project budgeting and scheduling efforts, maintaining cost-effectiveness without compromising quality or compliance. Ongoing monitoring of project budget/costs throughout the project. Utilize AutoCAD and Autodesk Inventor automation features and scripting to accelerate repetitive design tasks and improve overall design throughput. Qualifications Minimum 15 years' professional experience in mechanical design with specific expertise in machine design and material handling equipment for manufacturing or industrial facilities. Proficient, demonstrable advanced skills in AutoCAD and Autodesk Inventor for 3D modeling and detailed mechanical drafting. Thorough knowledge of mechanical fabrication, welding standards (AWS D1.1), and structural steel material specifications (ASTM A6) relevant to equipment manufacture. Experience integrating ductwork systems, designing automation components, and fabrication weldments into machine designs. Proven ability to communicate complex technical information clearly and effectively in verbal and written form with project teams, clients, and contractors. Demonstrated adherence to quality assurance/control protocols and change management procedures within EPC or design firm environments. Experience working in cross-functional teams involving project managers, discipline leads, and external stakeholders throughout all project phases from pre-design through construction administration and startup. Salary Range: $90,000 - $100,000/year depending on location, education, experience, and any certifications that are directly related to the position. Opportunity for ample rewards and generous bonus opportunities. Benefits include health, dental, and vision insurance, life insurance, 401K retirement savings plan (with company matching), opportunities for professional development and training, generous PTO & paid holidays. Preferred Qualifications (not required) Experience using SolidWorks as an alternative to Inventor will be considered. Background in constructability reviews and knowledge of field installation practices to optimize design for ease of fabrication and assembly. Understanding of project cost estimating and schedule impacts related to machine design changes. Leadership aptitude demonstrated through mentoring junior engineers or leading small technical teams. Exposure to advanced modeling techniques, including parametric design and CAD automation to improve productivity and reduce errors. Experience with industrial automation equipment integration and control system interfaces. Why SSOE At SSOE, you join a global leader renowned for delivering complex, multidisciplinary industrial and manufacturing projects with precision and agility. Our culture prioritizes innovation-forward thinking and mentorship-driven growth, empowering you to collaborate across integrated disciplines-architecture, MEP, process, structural, controls-and expand your technical breadth. We invest deeply in knowledge sharing, continuous improvement, and career path development, offering rich opportunities to influence large-scale, impactful industrial systems while advancing your expertise. Join a team where your technical contributions are valued, your development is prioritized, and your impact on safer, smarter facilities is real and lasting. #LI-Hybrid

Direct Hire Opportunity for a Senior Machine Designer. The designer can be located in Toledo OH, Columbus OH, Midland MI, Troy MI or Portage MI. Must be able to work in one of these locations 3x/week. you will play a pivotal role in the detailed design and development of specialized machinery and material handling equipment essential to manufacturing and industrial clients using AutoCAD and Autodesk Inventor Job description: Lead detailed mechanical design activities for machine and material handling equipment, including, but not limited to conveyors, lifts, feeders, and customized fabrication weldments, supporting industrial manufacturing projects primarily within manufacturing, glass, and other similar sectors. Develop and validate 3D CAD models and detailed 2D drawings using AutoCAD and Autodesk Inventor, ensuring design accuracy, dimensional control, and adherence to company and client standards. Collaborate closely with process engineers, controls engineers, and structural designers to integrate automation components, ductwork routing, and equipment foundations into cohesive multidisciplinary design packages. Coordinate with project managers to manage design scope, milestones, release cycles, and revision control through formal change management boards and document control systems. Conduct comprehensive design reviews internally and with clients, providing clear technical presentations, clarifications, and incorporating feedback to optimize constructability and performance. Prepare and submit technical submittals, vendor requests for information (RFIs), and evaluate supplier documentation to validate component compliance and manufacturability. Support procurement and fabrication teams by developing clear build packages, including bill of materials, welding symbols, assembly instructions, and inspection checklists aligned with quality protocols. Participate in site visits during equipment installation and commissioning phases to verify field adherence to design intent, troubleshoot emergent technical issues, and support safe startup procedures. Maintain detailed project documentation, including design calculations, revisions logs, and correspondence, ensuring traceability and audit readiness. Apply rigorous attention to detail to identify and resolve potential design conflicts or safety hazards before fabrication, minimizing downstream risk. Engage in continuous process improvement initiatives to refine design workflows, implement efficiency gains through 3D modeling best practices, and embed constructability reviews early in the design lifecycle. Mentor and provide technical guidance to junior designers and interns, fostering skill development in CAD proficiency, industry codes, and equipment design fundamentals. Assist in estimating labor and material quantities to support project budgeting and scheduling efforts, maintaining cost-effectiveness without compromising quality or compliance. Ongoing monitoring of project budget/costs throughout the project. Utilize AutoCAD and Autodesk Inventor automation features and scripting to accelerate repetitive design tasks and improve overall design throughput. Required: Minimum 15 years' professional experience in mechanical design with specific expertise in machine design and material handling equipment for manufacturing or industrial facilities. Proficient, demonstrable advanced skills in AutoCAD and Autodesk Inventor for 3D modeling and detailed mechanical drafting. Thorough knowledge of mechanical fabrication, welding standards (AWS D1.1), and structural steel material specifications (ASTM A6) relevant to equipment manufacture. Experience integrating ductwork systems, designing automation components, and fabrication weldments into machine designs. Proven ability to communicate complex technical information clearly and effectively in verbal and written form with project teams, clients, and contractors. Demonstrated adherence to quality assurance/control protocols and change management procedures within EPC or design firm environments. Experience working in cross-functional teams involving project managers, discipline leads, and external stakeholders throughout all project phases from pre-design through construction administration and startup. Preferred: Experience using SolidWorks as an alternative to Inventor will be considered. Background in constructability reviews and knowledge of field installation practices to optimize design for ease of fabrication and assembly. Understanding of project cost estimating and schedule impacts related to machine design changes. Leadership aptitude demonstrated through mentoring junior engineers or leading small technical teams. Exposure to advanced modeling techniques, including parametric design and CAD automation to improve productivity and reduce errors. Experience with industrial automation equipment integration and control system interfaces. Salary + generous benefits program Please submit resume to: wendyc@selectek.net Wendy 678-802-6616

We are seeking a highly skilled and innovative Battery Modeling Engineer to join our Innovation Team. The candidate will be responsible for developing and/or enhancing battery modeling tools and performing cell performance and ageing simulations in support of cell technology Innovation projects. Develop/enhance numerical tools to implement and couple the physical phenomena governing the performance (chemical, thermal, mechanical, and ageing) and safety (thermal runaway) of battery cells. Leverage ML/AI where applicable. Perform cell performance and ageing simulations in support of all the cell technology Innovation projects within the Battery Advanced Functional Design team, to evaluate the Key Performance Indicators (KPIs) of the disruptive technologies in cell electrochemistry for automotive applications. Assist with completion of Technology Readiness Level (TRL) evaluations on time, by providing pertinent virtual analysis results including pack performance metrics such as charge time and thermal system requirements. Help scout, analyze and assess promising technologies or concepts from various sources (press, media, scientific publications, conferences, direct contacts with suppliers, startups or academic partners). Contribute to mid - and long -term roadmaps for cell electrochemistry in accordance with the Expertise Network. Collaborate with other virtual engineering teams within the company that work on battery cell and pack performance evaluation. Collaborate with other supporting technical teams such as materials and processes, standards, purchasing, component and subsystem testing. To arbitrate decisions on relative perimeter and to escalate major gaps that require higher level arbitration. Requirements Engineering Degree in Materials, Electrical, Electrochemistry or related degree field. Experience in lithium -ion battery technologies and materials. 3+ years of experience in cell electrochemistry modeling. Proficient in numerical modeling using computational tools such as MATLAB, Simulink, COMSOL, and GT -AutoLion. Advanced used of Microsoft Office applications. Preferred Requirements: Master's or PhD in Materials Engineering or Electrochemistry. 5+ years of experience in cell electrochemistry modeling. Excellent interpersonal skills to work in a cross functional, multi -cultural, and global team environment. Experience to provide technical guidance and direction during supplier technical reviews.

SSOE is looking to hire a Machine Designer that will play a pivotal role in conceptualizing, detailing, and refining machinery and material handling equipment for complex manufacturing and industrial projects. You will leverage Autodesk Inventor and AutoCAD to develop precise 3D models, fabrication weldment details, and 2D production drawings that comply with applicable standards. Working within multidisciplinary teams, you will collaborate closely with project managers, engineers, and other designers to ensure seamless integration of mechanical systems with process equipment and facility utilities. This role requires you to engage in thorough design reviews, scope change control processes, and risk assessments to uphold quality and safety protocols consistent with SSOE's project execution standards. Typical projects include the layout and design of automated equipment, such as material handling lines, robotic assembly stations, and custom machine tooling, often interfacing with ductwork and equipment utilities (compressed air, vacuum systems), as well as supporting process PFDs and PIDs to validate equipment fit within manufacturing process flows. You will participate in site visits to validate design intent and troubleshoot installation challenges during construction administration and startup phases. Your ability to interpret utility and process layouts and apply mechanical design calculations will be critical in mitigating downstream operational risks and ensuring manufacturability and maintainability of solutions delivered. AI and Innovation As part of our commitment to innovation, all team members will be trained on Microsoft Copilot and empowered to use it as a core tool in their everyday work. Responsibilities Lead the mechanical design and development of machinery and automated material handling equipment, applying AutoCAD and Autodesk Inventor for detailed 3D modeling and 2D fabrication drawings. Develop design packages for machinery, incorporating ductwork and support structures as specified. Collaborate with multidisciplinary teams to integrate machine design within overall facility layouts, referencing PIDs, PFDs, and utility schematics to ensure seamless system compatibility. Conduct thorough QA/QC documentation reviews to ensure deliverables meet SSOE quality standards and external code requirements prior to client submission. Participate in interdisciplinary design review sessions, incorporating feedback from project management, discipline leads, and client representatives to maintain alignment and manage scope changes. Conduct site walks to validate equipment installation, perform field inspections, and inform corrective action plans. Assist in the development of project-specific documentation including BOMs, equipment data sheets, and maintenance manuals. Utilize version control and change management protocols to track design revisions and maintain project records in compliance with company policies. Contribute to risk management by identifying potential design or operational hazards and suggesting mitigation strategies during design phases. Communicate effectively with cross-disciplinary teams, clients, and contractors through clear, concise technical reports, meeting presentations, and written correspondence. Maintain up-to-date knowledge of manufacturing technologies, automation trends, and emerging design tools relevant to machine design and material handling. Qualifications Minimum 7 years of mechanical design experience specializing in machine design and material handling equipment within the manufacturing or industrial sectors. Proficient in AutoCAD and Autodesk Inventor for 3D modeling, detail drawings, and fabrication documentation. Demonstrated expertise designing fabrication weldments and structural supports compliant with AWS D1.1 and ANSI machinery safety standards. Familiar with process and utility layouts, referencing PFDs, PIDs, and plant utility systems to coordinate machine interfaces effectively. Solid understanding of mechanical design calculations related to load analysis, stress, deflection, and weld integrity. Experience collaborating with project managers, discipline leads, engineers, and other designers in a multidisciplinary AEC/EPC environment. Strong verbal and written communication skills capable of producing technically rigorous documentation and effectively presenting complex concepts. Detail-oriented with a proven track record of meeting quality and safety standards under tight project schedules. Salary Range: $85,000 - $90,000/year depending on location, education, experience, and any certifications that are directly related to the position. Opportunity for ample rewards and generous bonus opportunities. Benefits include health, dental, and vision insurance, life insurance, 401K retirement savings plan (with company matching), opportunities for professional development and training, generous PTO & paid holidays. Preferred Qualifications (not required) Experience with SolidWorks as an alternative CAD platform. Familiarity with other design software such as Navisworks or Plant 3D software and its application in piping and equipment utilities design. Knowledge of fabrication and assembly processes, commissioning/startup support, and constructability reviews in industrial projects. Exposure to process piping design, including familiarity with ASME B31.3 code and equipment utility systems such as compressed air, chilled water, or vacuum. Prior involvement in mentoring junior designers or engineers, promoting best practices and continuous improvement. Strong cost and schedule awareness that contributes to value engineering and optimization efforts on projects. Why SSOE At SSOE, you will join an innovation-forward, mentorship-centric environment where integrated design disciplines converge to deliver complex industrial and manufacturing solutions. Our project teams drive continuous improvement through knowledge sharing, career development pathways, and a culture that values technical excellence alongside social responsibility. As a Machine Designer here, you will contribute to cutting-edge projects across multiple sectors while receiving expert coaching and opportunities for leadership growth-empowering you to build impactful career milestones and deliver engineered solutions that matter. #LI-Hybrid

SSOE is looking to hire a Senior Machine Designer to play a pivotal role in the detailed design and development of specialized machinery and material handling equipment essential to manufacturing and industrial clients. Utilizing advanced CAD tools such as AutoCAD and Autodesk Inventor, you will produce fully coordinated, fabrication-ready 3D models and detailed 2D construction drawings for automated equipment, that integrate mechanical components, structural weldments, and ductwork systems compliant with industry codes and fabrication standards. Your work will directly support multidisciplinary project teams, involving process engineers, controls/automation specialists, and structural designers, ensuring design congruence across disciplines. This position demands close engagement with project managers and discipline leads through defined review gates and change management workflows to maintain project quality, schedule, and risk mitigation, following quality assurance and control protocols aligned with company and project standards. AI and Innovation As part of our commitment to innovation, all team members will be trained on Microsoft Copilot and empowered to use it as a core tool in their everyday work. Responsibilities Lead detailed mechanical design activities for machine and material handling equipment, including, but not limited to conveyors, lifts, feeders, and customized fabrication weldments, supporting industrial manufacturing projects primarily within manufacturing, glass, and other similar sectors. Develop and validate 3D CAD models and detailed 2D drawings using AutoCAD and Autodesk Inventor, ensuring design accuracy, dimensional control, and adherence to company and client standards. Collaborate closely with process engineers, controls engineers, and structural designers to integrate automation components, ductwork routing, and equipment foundations into cohesive multidisciplinary design packages. Coordinate with project managers to manage design scope, milestones, release cycles, and revision control through formal change management boards and document control systems. Conduct comprehensive design reviews internally and with clients, providing clear technical presentations, clarifications, and incorporating feedback to optimize constructability and performance. Prepare and submit technical submittals, vendor requests for information (RFIs), and evaluate supplier documentation to validate component compliance and manufacturability. Support procurement and fabrication teams by developing clear build packages, including bill of materials, welding symbols, assembly instructions, and inspection checklists aligned with quality protocols. Participate in site visits during equipment installation and commissioning phases to verify field adherence to design intent, troubleshoot emergent technical issues, and support safe startup procedures. Maintain detailed project documentation, including design calculations, revisions logs, and correspondence, ensuring traceability and audit readiness. Apply rigorous attention to detail to identify and resolve potential design conflicts or safety hazards before fabrication, minimizing downstream risk. Engage in continuous process improvement initiatives to refine design workflows, implement efficiency gains through 3D modeling best practices, and embed constructability reviews early in the design lifecycle. Mentor and provide technical guidance to junior designers and interns, fostering skill development in CAD proficiency, industry codes, and equipment design fundamentals. Assist in estimating labor and material quantities to support project budgeting and scheduling efforts, maintaining cost-effectiveness without compromising quality or compliance. Ongoing monitoring of project budget/costs throughout the project. Utilize AutoCAD and Autodesk Inventor automation features and scripting to accelerate repetitive design tasks and improve overall design throughput. Qualifications Minimum 15 years' professional experience in mechanical design with specific expertise in machine design and material handling equipment for manufacturing or industrial facilities. Proficient, demonstrable advanced skills in AutoCAD and Autodesk Inventor for 3D modeling and detailed mechanical drafting. Thorough knowledge of mechanical fabrication, welding standards (AWS D1.1), and structural steel material specifications (ASTM A6) relevant to equipment manufacture. Experience integrating ductwork systems, designing automation components, and fabrication weldments into machine designs. Proven ability to communicate complex technical information clearly and effectively in verbal and written form with project teams, clients, and contractors. Demonstrated adherence to quality assurance/control protocols and change management procedures within EPC or design firm environments. Experience working in cross-functional teams involving project managers, discipline leads, and external stakeholders throughout all project phases from pre-design through construction administration and startup. Salary Range: $90,000 - $100,000/year depending on location, education, experience, and any certifications that are directly related to the position. Opportunity for ample rewards and generous bonus opportunities. Benefits include health, dental, and vision insurance, life insurance, 401K retirement savings plan (with company matching), opportunities for professional development and training, generous PTO & paid holidays. Preferred Qualifications (not required) Experience using SolidWorks as an alternative to Inventor will be considered. Background in constructability reviews and knowledge of field installation practices to optimize design for ease of fabrication and assembly. Understanding of project cost estimating and schedule impacts related to machine design changes. Leadership aptitude demonstrated through mentoring junior engineers or leading small technical teams. Exposure to advanced modeling techniques, including parametric design and CAD automation to improve productivity and reduce errors. Experience with industrial automation equipment integration and control system interfaces. Why SSOE At SSOE, you join a global leader renowned for delivering complex, multidisciplinary industrial and manufacturing projects with precision and agility. Our culture prioritizes innovation-forward thinking and mentorship-driven growth, empowering you to collaborate across integrated disciplines-architecture, MEP, process, structural, controls-and expand your technical breadth. We invest deeply in knowledge sharing, continuous improvement, and career path development, offering rich opportunities to influence large-scale, impactful industrial systems while advancing your expertise. Join a team where your technical contributions are valued, your development is prioritized, and your impact on safer, smarter facilities is real and lasting. #LI-Hybrid