Top Design Engineer Jobs in Boston, MA

As an Integrated Photonics Design Engineer, you will design and deliver device components, simulate designs, perform measurements, analyze data, and enhance fabrication processes, collaborating with teams for optimal performance.

Lead mixed-signal data converter development, design transistor-level circuits, select architectures, produce design docs and reviews, guide layout/evaluation/test teams, and mentor other engineers.

The Principal Mixed-Signal/Analog Design Engineer designs high performance ICs, oversees product development, provides technical guidance, and collaborates with cross-functional teams.

Design high-performance analog-to-digital and digital-to-analog converters, evaluate silicon, and oversee layout in advanced CMOS processes.

The role involves automating high-performance analog-to-digital and digital-to-analog converters while leading the Automation Compiler Team with innovation and design methodologies.

The role involves high-performance analog and mixed-signal IC design, from specification to product introduction, requiring extensive experience in circuit design and lab evaluation.

Design, simulate, verify, characterize, and validate mixed-signal integrated circuits and semiconductor solutions. Responsibilities include schematic development, circuit modeling, silicon validation, test planning, performance analysis, technical documentation, and cross-functional collaboration with analog, digital, layout, product, test, and applications engineering teams.

Designs transistor-level CMOS circuits and key blocks for advanced data converters. Responsibilities include analyzing system-level trade-offs, creating design documentation, leading design reviews, and guiding layout, evaluation, and test teams. The role requires expertise in analog circuit design, including amplifiers, comparators, switched-capacitor circuits, voltage and current references, and LDOs, with experience using Cadence, SPICE, and MATLAB.

Leads architecture and development of high-speed multi-GHz data converters from concept through production. Designs transistor-level CMOS circuits, develops calibration algorithms, defines converter specifications, and guides layout, evaluation, and test teams. Collaborates across sites and with customers, conducts design reviews, prepares technical documentation, and mentors engineers. The role requires extensive expertise in ADC/DAC architectures, time-interleaved converters, analog circuits, Cadence, SPICE, and MATLAB.

Supports on-time delivery of parametric 3D CAD models and engineering drawings for virtual tire development, performance analysis, and mold tooling. Develops equation- and logic-driven PTC Creo models, collaborates with cross-functional teams to analyze and predict tire tread performance using in-house tools and FEA software, and helps improve modeling best practices. The role includes structured training, mentorship, and opportunities to develop advanced Creo expertise.

Implement and sign off complex digital blocks from synthesis through physical verification in advanced process nodes. Drive full-chip STA and timing closure, power analysis, floorplanning, IO and clock distribution, DRC/LVS cleanup, and functional/timing ECOs. Automate flows with TCL/Python/Shell, collaborate across teams, and work with EDA vendors to resolve tool issues.

Design, prototype, and test physical gameplay elements; create detailed 3D models and drawing packages; troubleshoot electro-mechanical systems; coordinate with internal teams and external fabricators; oversee production, installation, and documentation to ensure safe, reliable, and on-brand game experiences.

Designs conceptual, preliminary, and final high-voltage substation structures, foundations, lightning protection systems, bus systems, and factory-built structures. Prepares and reviews structural and foundation calculations, drawings, equipment specifications, and layouts for code and customer compliance. Coordinates with project managers, customers, and internal teams, supports proposals and schedules, resolves technical and construction issues, and answers customer questions.

The Desktop/Workstation Design Engineer develops desktop OS images, engineers software deployment solutions, and provides hardware recommendations for enterprise systems while ensuring security compliance.

Support digital hardware specification, design, and implementation, including ASIC physical design, build-controlled releases, hardware and software evolution, documentation, change control, quality standards, and troubleshooting. Improve processes and tools, provide technical guidance, manage project resources, and collaborate with customers on technical requirements. Required expertise includes CMOS technology, physical design flows, EDA tools, scripting, timing and power analysis, Verilog HDL, third-party IP integration, and advanced process nodes.

Design and implement debug, trace, and profiling hardware, collaborate with cross-functional teams, and lead improvements in hardware design processes.

Design and implement TileLink interconnects, cache controllers, protocol bridges and other uncore logic as configurable RTL generators (Chisel). Integrate designs into SiFive's Chisel/FIRRTL framework, enable automatic configuration, verification, and documentation, and collaborate with verification teams and peers to deliver high-performance, configurable interconnect IP.

Design and implement production-quality UI and components by combining visual design and frontend engineering. Improve and extend the in-house design system, ship end-to-end features, iterate quickly with user feedback, and collaborate closely with product and engineering teams to solve large-scale UX problems for Ashbys customer base.

Design and implement user-facing features end-to-end, improve and expand the design system, collaborate with product engineers and designers, ship fast, gather user feedback, and iterate on UI/UX for a high-scale recruiting product.

Lead design and development of piezoelectric transducer assemblies, build and validate multi-physics models, produce SolidWorks designs and SAP production documentation, execute experimental validation and root-cause analysis, and serve as technical lead mentoring engineers and influencing engineering standards and product direction.

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.

Design, develop, simulate, layout, build, and test electronic hardware and PCBs. Translate system requirements into hardware architectures, prepare manufacturing documentation, support prototype debugging, and collaborate with cross-functional teams while independently driving projects to completion.

Designs, develops, tests, and readies mixed-signal PCBs and electronic systems (analog/digital, sensors, motors, radar/nav). Owns architecture, simulations, layouts, prototype build/test, manufacturing documentation, cross-functional coordination, mentoring, and proposal support for defense-focused microelectronics projects.

Lead digital hardware architecture, design, and verification of high-reliability processor/FPGA boards and low-power electronics. Build, debug, and test prototypes, prepare manufacturing documentation, mentor junior engineers, support proposals, and collaborate across multidisciplinary teams to deliver mission-ready solutions.

Lead design, development, and verification of high-reliability digital electronics and FPGA/processor boards. Define hardware architectures, build and test prototypes, prepare manufacturing documentation, mentor junior engineers, and support proposals and business development for harsh-environment, mission-critical systems.