Top Hardware Engineer Jobs in Boston, MA

The Senior RF Hardware Engineer will design and implement RF hardware systems, collaborate on multi-disciplinary teams, and support testing and deployment of advanced RF systems.

The Senior Cyber RF Hardware Engineer will design RF and mixed-signal hardware, develop prototypes, and lead hardware integration efforts while working with a multi-disciplinary team.

The RF Hardware Engineer designs and implements RF hardware systems, collaborating with multidisciplinary teams throughout the development lifecycle, from requirements definition to delivery.

Lead hardware reliability efforts for VBAT flight hardware: implement design-for-reliability, run environmental and stress tests (HALT/HASS, temperature cycling, vibration), perform failure analysis and root-cause investigations, support FMEA/design reviews, shape materials and manufacturing requirements, analyze field/test data with reliability models, and drive corrective actions and process improvements.

Provide strategic technical leadership for board-level hardware design across defense and aerospace programs. Architect high-speed digital boards (400G+ Ethernet, PCIe Gen5+, DDR5+), drive design-for-manufacturing/test, lead proposals and BOE, mentor engineers, and champion signal integrity, EMI, and reliability practices for ruggedized mission-critical systems.

Pipeline hiring for hardware engineers at all experience levels. Work includes circuit board design, schematic capture, component selection and prototype bring-up, hardware debug/testing and failure analysis, integration with firmware/software teams, and design for manufacturability with production handoff.

The Principal Hardware Engineer will design high-speed digital hardware and maintain product integrity, managing designs from concept to production.

Design and implement NVLink protocol and GPU subsystem logic: micro-architecture, RTL implementation and debug, timing- and power-optimized logic design, collaborate with verification and physical design teams, support floorplan, power/clock distribution, timing closure, and back-end verification; develop supporting flows and tools.

Designs and executes hardware test strategies for wireless power products. Develops test specs, fixtures, and software; performs component-level troubleshooting; validates product and fixture qualification; documents results and reports issues to stakeholders.

You will lead hardware development for industrial CT scanners, handling system architecture, component selection, prototyping, and testing and validation processes closely partnering with engineering and product teams.

Design, test, and validate next-generation server hardware and components for performance, power, and reliability. Diagnose and resolve hardware issues across engineering and manufacturing, document results, and develop/maintain test scripts. Collaborate with internal teams and OEM/ODM partners to scale platforms for global deployment.

Lead architecture and development of rugged board‑level hardware for high‑speed embedded systems. Design and verify advanced digital circuits (400G+, PCIe Gen5+, DDR5+), mentor engineers, establish hardware standards, support proposals, and drive DFM/DFA/DFT with cross‑functional teams to deliver high‑reliability defense/aerospace solutions.

The Senior Hardware Integration and Test Engineer will lead hardware integration and testing tasks, develop test plans, manage project risks, and mentor junior engineers within a multidisciplinary team.

Design and develop hardware from concept through production for microcontroller-based systems. Create analog and mixed-signal circuits, power supplies, and manage signal integrity. Use EDA tools for schematic/PCB design, validate prototypes with lab equipment, ensure EMI/EMC compliance (automotive), and collaborate with firmware, mechanical, and test teams to ensure manufacturability and robustness.

Lead the design and implementation of hardware systems, provide mentorship, validate and test designs, and ensure compliance with standards.

The role involves optimizing hardware support within a software stack for AI model deployment, collaborating with teams and hardware vendors to enhance performance and portability across platforms.