Senior Mechanical Engineer / Technical Lead Structures & Mechanisms

JE Technology Solutions Inc•Apopka, FL

About The Position

JE Technology Solutions designs and manufactures custom engineered equipment for demanding aerospace and industrial applications, with a strong focus on aircraft maintenance platforms, access stands, work platforms, and related ground-support equipment. We are looking for an experienced mechanical engineer who wants to take technical ownership of challenging projects from concept through fabrication, testing, and field support. This is not a desk-only design role. The right engineer will develop structural and mechanical solutions, perform engineering calculations and FEA, lead design reviews, release complete engineering packages, and work directly with welders, fabricators, assemblers, Quality, Program Management, and customers to turn the design into a successful finished product. Direct aircraft-maintenance-platform experience is preferred but not required. We welcome strong candidates from aerospace ground-support equipment, launch/GSE systems, large mechanisms, industrial machinery, material handling, heavy equipment, amusement or ride systems, structural equipment, custom machine design, lifting/positioning systems, test equipment, defense manufacturing, and similar engineered-product environments.

Requirements

Bachelor's degree in Mechanical Engineering, Structural Engineering, Aerospace Engineering, or a closely related engineering discipline.
8+ years of progressive professional engineering experience involving complex mechanical, structural, or engineered equipment.
Demonstrated experience serving as the technical lead, project engineer, or technical owner for complex engineering work.
Strong knowledge of statics, dynamics, mechanics of materials, structural behavior, load paths, and practical machine/structure design.
Demonstrated experience performing and critically reviewing structural FEA using commercial analysis software.
Ability to define appropriate load cases, boundary conditions, constraints, assumptions, and acceptance criteria for analysis.
Experience designing welded and bolted steel and/or aluminum structures.
Strong 3D CAD and engineering-drawing experience.
Ability to independently perform, review, and document engineering calculations.
Working knowledge of fabrication, welding, assembly, tolerancing, and practical manufacturing methods.
Demonstrated ability to take technical ownership from requirements through design, analysis, release, manufacturing support, testing, and technical resolution.
Strong written and verbal communication skills and the ability to work effectively across engineering and manufacturing functions.

Nice To Haves

10+ years of professional engineering experience.
Experience with aerospace ground-support equipment, aircraft maintenance stands, access platforms, or similar equipment.
Experience with moving, adjustable, articulating, telescoping, lifting, or positioning equipment.
Experience with SOLIDWORKS and SOLIDWORKS Simulation; experience with ANSYS, Abaqus, Nastran, Femap, Inventor Nastran, or comparable CAD/FEA tools is also valued.
Experience in an engineered-to-order or custom manufacturing environment.
Experience supporting welding, fabrication, assembly, testing, installation, or field troubleshooting.
Experience leading formal technical or design reviews.
Experience mentoring engineers or designers.
Experience developing standardized designs, reusable engineering solutions, engineering tools, or design automation.
Professional Engineer (PE) license or experience working within a PE-governed design environment is a plus.

Responsibilities

Serve as the lead engineer and technical owner for assigned engineered-to-order projects.
Translate customer and project requirements into practical mechanical and structural designs.
Own technical decisions, engineering calculations, design integrity, and engineering deliverables from concept through closeout.
Establish the engineering approach, identify required analyses, define design-validation methods, and resolve technical risks early.
Lead design reviews and ensure designs are complete, manufacturable, and technically validated before release.
Coordinate engineering execution with Program Management, Manufacturing, Supply Chain, Quality, Safety, vendors, and customers.
Support fabrication, assembly, testing, installation, troubleshooting, and corrective actions.
Provide technical direction and mentorship to less-experienced engineers and designers.
Identify schedule, cost, quality, manufacturability, or safety risks early and develop recovery actions before they affect project commitments.
Design and analyze welded and bolted steel and aluminum structures, assemblies, connections, and critical components.
Perform and document engineering calculations for strength, stiffness, stability, deflection, load paths, reactions, and design margins.
Develop and critically review finite element analyses using appropriate load cases, constraints, boundary conditions, assumptions, and acceptance criteria.
Analyze static, dynamic, operating, and movement-related loads as applicable to the equipment.
Evaluate movable, adjustable, articulating, telescoping, lifting, or positioning structures throughout their required operating range.
Determine how geometry, reactions, stresses, deflections, load paths, and failure modes change as equipment moves.
Validate FEA results with hand calculations, first-principles checks, engineering judgment, test data, or other appropriate methods rather than relying solely on software output.
Document assumptions, calculations, analysis results, conclusions, and required design changes clearly and traceably.
Design maintenance platforms, access stands, work platforms, stairs, railings, structural frames, mechanisms, and related engineered equipment.
Develop complete 3D models, assemblies, manufacturing drawings, and bills of material.
Specify materials, tolerances, fits, fasteners, connections, welding requirements, and manufacturing processes.
Design for safety, structural integrity, manufacturability, reliability, maintainability, installation, and practical field operation.
Produce complete and accurate engineering packages suitable for procurement, fabrication, assembly, inspection, and testing.
Work directly on the manufacturing floor to resolve fabrication and assembly issues quickly and correctly.
Evaluate engineering changes and ensure modifications are technically reviewed and validated before implementation.
Capture lessons learned and help improve engineering standards, design tools, reusable designs, and engineering practices.