Overview The Design Engineer is responsible for the end-to-end development of mechanical products, leading designs from initial concept through production release. This role operates in a fast-paced environment with accelerated product development cycles and requires strong technical execution, organization, and time management. Key Responsibilities Design and develop new products from concept through prototyping and production release Create and maintain 3D models, assemblies, and detailed drawings using CAD software Generate and manage all required technical documentation, including: Bills of Materials (BOMs) Assembly and weldment drawings Installation instructions Manufacturing support documentation (e.g., fixtures) Collaborate closely with project and manufacturing engineers to ensure design feasibility and manufacturability Support prototype builds, testing, and iterative design improvements Ensure accuracy, organization, and version control of engineering documentation within PDM systems Balance multiple concurrent projects in a deadline-driven environment (typical cycles ≤ 6 months) Product & Technical Scope Mechanical systems and structures for equipment and vehicle accessories Designs involving materials such as: Sheet metal Formed tubing Glass Thermoformed plastics Strong emphasis on design for manufacturability (DFM), especially with sheet metal components Qualifications Education Bachelor's degree in Mechanical Engineering required Experience 5+ years of experience using SolidWorks for 3D modeling, assemblies, and detailed drawings Experience with PDM systems (SolidWorks PDM Professional preferred) Hands-on experience designing with sheet metal and tubular structures preferred Skills & Competencies Strong proficiency in CAD design and product documentation Experience with surface modeling and finite element analysis (FEA) preferred High attention to detail and exceptional organizational skills Ability to manage multiple priorities and meet aggressive timelines Strong collaboration skills across engineering and manufacturing teams Self-driven with the ability to work effectively under pressure Work Environment Fast-paced engineering environment with rapid product development cycles Frequent cross-functional collaboration with manufacturing and project teams