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LYNNTECH INC Product Development Engineer in COLLEGE STATION, Texas

Lynntech is seeking an experienced mechanical engineer with a background in product design and development to help build our capability to transition technologies into the marketplace. Specifically, we are looking for a candidate with first-hand experience in designing, fabricating, and testing mature electromechanical prototypes and new product designs for applications such as medical devices, industrial equipment, and lab equipment.

Lynntechs engineering team has deep bench strength in developing emerging technologies and building breadboards and first-generation prototypes. We also have experience in maturing those prototypes to increase functionality, performance, and reliability, and we are looking to build on that capability with additional product development and manufacturing knowledge and expertise.

The Product Development Engineer will be involved in the following activities:

Support the development of system requirement definitions

Iterate on existing developmental prototype designs to mature toward production-representative prototypes at the component, subassembly, and system level

Design for x, with challenging and competing factors such as reliability, cost, performance, ruggedization, user/patient safety, and usability

Develop and lead execution of test plans to rapidly evaluate multiple design solutions

Analyze test results and modify test plans and/or designs to improve the design outcome

Integrate component, subassembly, and subsystem designs with a team of engineers

Participate in design reviews

Create, update, and maintain design and design decision documentation

Qualifications

Basic qualifications include Master of Engineering or Master of Science in Mechanical Engineering, Biomedical Engineering, or related engineering disciplines, or bachelors degree with 2 years of relevant work experience, as well as the following demonstrated strengths:

Broad competency in core functional areas such as fluid dynamics, heat transfer, materials, thermodynamics, machine design, controls, and manufacturing and computer aided design

Familiar with standard industry solutions for electromechanical devices

Familiar with a variety of fabrication processes using metallic and non-metallic (e.g., plastic, elastomeric, ceramic, composite) materials and how these processes impact part design constraints

Proven skills in design for manufacturability - component fabrication, joining techniques, design for assembly, tolerance analysis, quality assurance

Experience with design for injection molding and familiarity with mold design

Able to simultaneously consider functionality, performance, and manufacturability while developing designs

Creating, maintaining, and revising parametric 3D CAD data for parts and assemblies

Creating detailed manufacturing drawings

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