JMA is restoring U.S. leadership in wireless technology at a critical time in the transition to 5G. It makes the world’s most advanced software-based 5G platform, designed, coded, and manufactured in Syracuse, NY at the only U.S.-owned 5G factory in the country.
Across its global tech centers, JMA makes 5G possible for organizations with the most critical connectivity demands in the world. JMA’s technology is ushering in a new era of connectivity for leading mobile carriers, the most iconic stadiums, major universities, leading healthcare centers, the busiest transit centers, and the U.S. Military.
5G is more than another G on your phone — it is a generational opportunity to change the way the world operates. Join the industry’s fastest growing technology company to shape that future today.
This role is for an experienced R&D Hardware Design Engineer, responsible for leading the design and development of complex telecommunication hardware systems, ensuring they meet specified requirements and performance standards. This role involves translating system requirements into detailed hardware designs, conducting thorough testing and validation. They also collaborate with cross-functional teams, including software and firmware engineers, to ensure seamless integration. This position will work onsite at the JMA office in Florham Park, New Jersey.
Skills and Competencies:
- In-depth knowledge of hardware design principles, including digital and analog circuitry, PCB layout, and signal integrity analysis.
- In-depth knowledge of board based on RFSoC design
- In-depth knowledge of ultra-high speed digital board design related to Telecommunication applications
- Proficiency in using industry-standard design tools (Siemens PADS preferred) for schematic capture, layout, and signal integrity simulation (ADS tool preferred).
- Strong problem-solving skills to identify and resolve complex hardware design issues, optimize performance, and ensure compliance with industry standards and regulations.
- Experience with design verification, including functional testing, debugging, and validation of hardware designs to ensure proper functionality and reliability.