Overview

Role and Responsibilities The Application Design Engineer serves as the technical liaison between customers, sales, quality, and manufacturing. This role is responsible for gathering customer application requirements, translating them into detailed parts and tooling designs, and developing and testing prototypes to ensure designs are manufacturable, and satisfy the customer's application requirements. This includes iterating through design-for-manufacturability (DFM) validation and using CAD tools to refine geometry, tolerances, and material selection ahead of production. The role requires knowledge of CNC machining, engineered plastics, dimensional tolerancing, testing methods, and quality requirements. The Applications Design Engineer works with customers and internal teams to develop practical design, material, and manufacturing solutions. Review customer application requirements (specs, drawings, use-case data) and translate them into buildable prototype designsBuild, assemble, or configure prototypes based on customer and internal engineering specificationsDesign and execute test plans to validate prototype performance against customer requirements and industry standardsDocument test results, failure modes, and design iterations; recommend design or process changes based on findingsPartner with manufacturing/production teams to assess feasibility, tolerances, and scalability of prototype designs before handoffAct as the technical liaison with customers during the prototype phase clarifying requirements, presenting results, and managing revisionsMaintain BOMs, technical drawings, and prototype documentation for handoff to productionStay current on new product developments and application usages for rapid adaptation to company productsSupport technical failure analysis and debugging on key customer issuesSupport project management by keeping project plans and other related documents updatedProvide written recommendations and presentations for end-usersOther duties as assigned Qualifications, Skills and Educational Requirements Bachelor's degree in mechanical , industrial engineering or related discipline plus a minimum of 5 years of work experience in a similar role required. Master's degree preferredProficiency using SolidWorks or similar 3D solid modeling softwareAbility to read and understand technical drawings, manuals, and industry or customer specificationsPrevious experience in product design, development, and implementationWorking knowledge of CNC machining processesExperience with ANSYS or similar simulation softwareKnowledge of DFM (Design for Manufacturability) principlesComfortable working in ambiguity when customer requirements aren't always fully specifiedStrong communicator who can explain technical trade-offs to both engineers and customersMust be able to travel up to 20% as requiredDetail-oriented, especially around documentation and test traceabilityAble to manage multiple projects at varying stages simultaneouslyStrong problem-solving abilitiesExcellent written and oral communication skillsAbility to work effectively both independently and in a team environment Preferred Skills Previous experience in plastics, product design, development and implementation are desiredFamiliarity with compression molding and high-performance polymer and compounds is a plusExperience with SolidWorks or similar 3D solid modeling Advanced presentation skillsFamiliarity with Six Sigma, & Lean Manufacturing is a plus.Familiarity with physical, thermal and mechanical tests is desired (dimensional inspection, specific gravity, tensile strength, TGA and DSC, for example)Familiarity with ASTM standards. PHYSICAL ACTIVITIES While performing the functions of this job, the employee is: Continually required to stand or walk; use hands, speak, hear and use basic office equipment .Regularly required to reach with hands and arms.Often required to sit.The employee must occasionally lift and/or move up to 35 pounds.Specific vision abilities