Mechanical Designer - Electronics Packaging (Future Opportunities)

Job description

**Join Syntronic: Where Your Innovation Shapes the Future** At Syntronic, we don't just follow industry trends—we set them! Join us in partnering with visionary companies and the brightest minds to turn ground-breaking ideas into reality. Imagine working on cutting-edge telecom advancements, pioneering automotive tech, life-saving healthcare innovations, and next-gen industrial automation. Our projects are diverse, impactful, and at the forefront of technological innovation. Be a part of something extraordinary! **Who are we?:** Syntronic is a global leader in design and development, specializing in electronics, electro-mechanics, and software. We’re not just a company; we’re a community of innovators. Our teams work on projects that define the future—from creating state-of-the-art communication systems and autonomous vehicles to advancing IoT solutions that revolutionize everyday life. At Syntronic, your work will make a real difference. **What we're looking for:** We are seeking individuals who want to: · Collaborate with **top-tier clients** on transformative, cutting-edge projects. · Engage with and learn from **industry leaders** · **Innovate** from concept to completion, ensuring high standards. · Gain **international experience** on global projects. · Thrive in an **entrepreneurial environment** that supports new ideas. · Explore **multiple sectors** like telecommunications, automotive, healthcare, and industrial automation. We're looking for a highly motivated Mechanical Designer who designs mechanical systems supporting electro-mechanical products. You will be involved in the development of mechanical design solutions for electronics products supporting Syntronic’s cross-industry customer base: Telecom, Industrial, Medical, Defense-Aerospace, Consumer, etc. Minimum 5-8 years of applicable work experience, preferably in electronics product development ### What you'll do - Develop, design and document mechanical assemblies and components including but not limited to fabricated metal components (milled, turned, stamped, and cast components), plastic injection molded components, and wire assemblies and cabling as needed. - Development of solutions for electronics enclosures for thermal management, EMI/RF containment, interconnect, sealing and ruggedization to meet customer environmental requirements - Development of solutions for printed circuit boards and assemblies (PCB / PCBA) for mechanical integrity, mounting, thermal management, EMI/RF containment, interconnect, grounding, etc. - Develop, design and document manufacturing, manufacturing test, and assembly fixtures and contribute to writing the manufacturing documentation for these fixtures' implementation. - Investigate and solve problems as it relates to mechanical functionality of components and assemblies. - Write engineering change notices. - Perform component research and recommendation. - Assist with assessment of suppliers and supplied product conformance. ### What you'll need to get the job done - Bachelor’s degree in mechanical engineering - 5-8 years of experience in mechanical design (Sheet Metal, Machined, Casting, Plastic Injection Molding) - Excellent Mechanical CAD Design Tool skills (SolidWorks, CREO or equivalent) - Strong organizational, analytical and problem-solving skills - Ability to quickly learn and apply new concepts, technologies and solutions - Ability to interface with various disciplines/functional groups - Team Player with strong verbal and written communication skills ### What will make us REALLY love you - Design Experience within Defence industry - Experience with MIL-STD requirements and testing (MIL-STD-810H, MIL-DTL-901E, MIL-STD-461, etc) - Ability to obtain and maintain CGP and/or Secret Clearance - Hands-on experience with finite element analysis (FEA) for structural and vibration modeling (ANSYS/SW-Sim, etc), and thermal/CFD modeling (SW-FlowSim/Flotherm, etc) with the ability to correlate simulation outputs to empirical test results. - Background in DFM/DFA for high-reliability assemblies, including collaboration with contract manufacturers to optimize tolerances, materials, and processes for defense-grade production.