Top Tech Jobs & Startup Jobs in Boston, MA

Develop digital design solutions for various industries, work on cross-functional teams, participate in product development, and verify designs using formal techniques.

Design, develop, and maintain scalable AI/ML systems and end-to-end pipelines (data preprocessing, model training, prompt engineering). Collaborate cross-functionally, optimize model performance, ensure fairness and security, monitor production systems, troubleshoot issues, mentor junior engineers, and recommend improvements to data infrastructure and tooling.

The role involves creating training materials, supporting product design, providing customer technical support, and mentoring junior engineers while validating and troubleshooting electronic products.

Design, build, and test application boards and demonstration systems for analog/mixed-signal products. Create customer-facing documentation and training, provide technical support to secure design-ins, troubleshoot hardware/software/system issues, mentor junior engineers, and collaborate on firmware/API/GUI integration and automated bench testing.

Design, architect, develop, and validate embedded system software and low-level firmware (C/C++) for RF, high-speed converters, MEMS, IMU/GNSS sensor fusion and SoC products. Lead prototypes and technology demonstrators, implement DSP and sensor calibration algorithms, and apply ML techniques for sensor optimization, anomaly detection, and predictive maintenance. Collaborate cross-functionally with RF, FPGA, and applications teams.

The Edge Compute Architect for Optical Systems will define and evaluate digital architectures for near-sensor computing, develop optical sensor systems, and lead prototyping efforts, requiring advanced expertise in signal and image processing.

Lead the development of mixed signal designs for IC products, collaborating with teams and customers, ensuring product success from conception to release.

Lead manufacturing engineering analytics and systems for semiconductor foundry operations. Develop predictive models for wafer demand, cost, and cycle time; create and maintain process codes in SAP; design and deploy engineering tape-out systems; build supplier performance dashboards; document procedures and maintain collaboration tools for cross-functional teams.

Design transistor-level mixed-signal circuits and collaborate with cross-functional teams to implement circuit blocks, assess system-level trade-offs, produce design documentation and reviews, and guide layout, evaluation, and test engineering for advanced data converter and SerDes technologies.

Lead development, integration, and qualification of semiconductor processes; drive yield, defect reduction, and cost optimization using DOE/SPC and data analytics; enable NPI transition to high-volume manufacturing; lead failure analysis and reliability efforts; collaborate with design, manufacturing, and foundry partners and mentor engineering staff.