Mechanical Engineer, PE - Sheet Metal & Structural Design

Job-ID29036043Reference26-20860TypeDirect PlacementSalary$100,000-$110,000 / yearMechanical Engineer, PE – Sheet Metal & Structural Designð Tulsa, OK | Full-Time | Monday–Friday | On-Site/Hybrid (5 days remote per month)ð« Eligible candidates must be legally authorized to work in the U.S. WITHOUT needing current OR future sponsorship.ð² Compensation & Benefitsðµ Salary: $100,000–$115,000, depending on experienceðº Medical, Dental & Vision Insurance

• 401(k) with Company Match
• ️ Paid Vacation, Personal Time & Holidays
• ¡️ Life & Disability Insurance
• ³ Flexible Spending Account (FSA)
• Employee Assistance Program (EAP)
• Ongoing Training & Career Growth OpportunitiesDesign Structures. Solve Problems. See It Built.We're partnering with an established industrial manufacturer seeking a Mechanical Engineer with a Professional Engineer (PE) license to support the design of custom industrial equipment, structural assemblies, and fabricated metal products.This is a hands-on engineering role focused on turning engineering requirements into practical, manufacturable designs. You'll work with structural steel, sheet metal, fabricated assemblies, equipment supports, and custom industrial structures, while performing the calculations needed to ensure designs can withstand real-world operating and environmental conditions.The ideal engineer understands that successful design doesn't stop at the computer. You'll work closely with manufacturing and fabrication teams to develop designs that are structurally sound, practical to build, and ready for production.️ What You'll OwnMechanical & Structural DesignDesign custom industrial equipment, structural assemblies, frames, supports, platforms, enclosures, and related fabricated components.Design with structural steel and formed sheet metal, including fabricated panels and assemblies.Develop 3D models, detailed engineering drawings, and fabrication documentation.Select appropriate materials, structural members, fasteners, welds, hardware, and other components.Design equipment and structures to account for mounting, support, lifting, transportation, and operating requirements.Evaluate how components and assemblies interact within the overall equipment design.Maintain accurate BOMs, drawings, models, and engineering documentation.ð Engineering Calculations & Structural AnalysisPerform structural calculations to verify the integrity and performance of equipment and fabricated structures.Evaluate wind, snow, rain, dead, live, equipment, lifting, transportation, and other applicable loads.Determine appropriate structural members, material thicknesses, connections, and support arrangements.Evaluate equipment foundations, mounting points, frames, skids, and structural supports.Apply engineering judgment to identify potential design issues before equipment reaches production.Use applicable engineering and structural analysis tools to validate designs when needed.Review engineering work for accuracy, safety, manufacturability, and code compliance.ð» CAD & Engineering DocumentationCreate and maintain detailed 3D CAD models and production-ready engineering drawings.Develop drawings that clearly communicate dimensions, materials, tolerances, weld requirements, and fabrication details.Produce drawings suitable for structural steel, sheet metal, welding, machining, and assembly operations.Use CAD and engineering software to support mechanical and structural design activities.Experience with AutoCAD, Inventor, Advance Steel, SolidWorks, or comparable software is valuable.Maintain accurate revisions, models, drawings, BOMs, and engineering records.ð­ Manufacturing & Fabrication SupportWork directly with manufacturing and fabrication personnel throughout the design process.Apply design-for-manufacturing principles to create practical, buildable designs.Understand how welding, press brakes, sheet metal forming, cutting, and other fabrication processes affect design decisions.Provide engineering support when production encounters drawing, fabrication, or assembly challenges.Recommend design changes that improve manufacturability, quality, cost, and efficiency.Participate in design reviews and help resolve issues from engineering through production.ð Project & Cross-Functional CollaborationWork with Engineering, Project Management, Purchasing, Manufacturing, and other teams throughout the project lifecycle.Translate customer requirements, specifications, and project criteria into workable engineering solutions.Communicate technical requirements clearly to both engineering and manufacturing personnel.Support design changes and engineering revisions as project requirements evolve.Provide technical input related to quality, cost, schedule, manufacturability, and performance.Take ownership of assigned engineering projects and drive designs through completion.ð Codes, Standards & ComplianceEnsure designs meet applicable engineering standards, customer requirements, and project specifications.Apply appropriate structural, mechanical, fabrication, and safety requirements to engineering designs.Working knowledge of standards such as IBC, AISC, AWS, OSHA, and other applicable industry codes is beneficial.Review designs for structural integrity and compliance before release to production.Maintain engineering documentation supporting calculations, design decisions, and revisions.Stay current with applicable engineering standards and requirements.ð What We're Looking ForRequired:Bachelor's degree in Mechanical Engineering or a closely related engineering discipline.Active Professional Engineer (PE) license.Professional experience designing mechanical equipment, structural assemblies, fabricated products, or similar industrial applications.Strong understanding of engineering calculations and structural loading.Ability to develop and interpret detailed engineering and fabrication drawings.Ability to work effectively with manufacturing, fabrication, and cross-functional teams.Experience that can translate especially well to this role includes:Structural steel design and engineering.Steel building or industrial structure design.Fabricated equipment, skids, frames, platforms, or support structures.Sheet metal design, particularly heavier-gauge fabricated enclosures and panels.Experience accounting for snow, wind, rain, equipment, and other environmental or operational loads.Understanding of welding, press brakes, forming, cutting, and other metal fabrication processes.Structural calculations and analysis.Experience with power distribution or electrical equipment layouts is a plus.ð️ Backgrounds That May Translate WellWe are especially interested in engineers coming from environments such as:Structural steel or steel building designIndustrial equipment and custom-engineered machineryMetal fabrication and heavy manufacturingIndustrial skids, frames, platforms, and supportsEquipment enclosures and fabricated sheet metalProcess equipment and industrial systemsEngineered-to-order manufacturingIndustrial facilities or infrastructureThe exact industry background is flexible. The key is having a strong engineering foundation, a PE license, and experience designing structures or fabricated equipment that must perform under real-world loads and conditions. You'll Excel Here If You...Have the engineering judgment to determine whether a design will actually hold up in the field.Enjoy working with steel, sheet metal, fabricated structures, and real industrial equipment.Understand that welding and fabrication processes need to be considered during the design phase.Can perform structural calculations rather than relying solely on established designs.Enjoy working directly with manufacturing and seeing your engineering work become a finished product.Are comfortable taking ownership of technical decisions and solving problems as they arise.Want a role where your PE license and engineering experience are actively used, not simply listed on a resume.ð­ Work EnvironmentThis position is based in an industrial manufacturing environment with regular interaction between engineering and production teams. The role combines engineering and design work with exposure to an active manufacturing facility, including structural steel and sheet metal fabrication, welding, machining, and assembly operations.PPE is required when entering designated production areas. The environment may include typical manufacturing conditions suchNesco Resource offers a comprehensive benefits package for our associates, which includes a MEC (Minimum Essential Coverage) plan that encompasses Medical, Vision, Dental, 401K, and EAP (Employee Assistance Program) services.

Nesco Resource provides equal employment opportunities to all employees and applicants for employment and prohibits discrimination and harassment of any type without regard to race, color, religion, age, sex, national origin, disability status, genetics, protected veteran status, sexual orientation, gender identity or expression, or any other characteristic protected by federal, state, or local laws. #LI-SC2