Top Design Engineer Jobs in Boston, MA

Support design and deployment of industrial electrical systems: create schematics, wiring diagrams, and panel layouts; specify components; assist installation, checkout, commissioning, and troubleshooting; ensure code compliance and maintain documentation while collaborating with controls, operations, and vendors.

Architect, prototype, and validate high‑speed RF/mmWave instrumentation systems. Perform system‑level modeling and measurements, produce reference designs and application collateral, and liaise with customers and product teams to convert system requirements into component specifications.

Lead mechanical/electromechanical design for tankless water heaters and boilers: create 3D CAD models and GD&T drawings in PTC Creo, develop/modify heat exchangers, build and test prototypes, root-cause system failures, define component requirements, work with suppliers, and implement manufacturing processes (BOMs, assembly drawings, QC).

Responsible for developing mechanical test equipment, leading design efforts, performing FEA and thermal analyses, and maintaining product documentation. Collaborates with cross-functional teams, and surveys materials and vendors for optics activities.

The role involves designing electromechanical solutions for telecom systems, focusing on mechanical designs, thermal management, and product development. Responsibilities include overseeing prototype builds, collaborating with teams, and applying best practices in engineering.

Design and implement TileLink interconnects, cache controllers, protocol bridges and other uncore logic as configurable RTL generators (Chisel/FIRRTL). Improve multi-core coherence, integrate designs into toolchain, perform sandbox verification, collaborate with verification teams, and produce documentation and tests.

Create competitive commercial AV system designs and bid documentation from construction drawings and specifications. Produce shop drawings, pull sheets, and technical documentation; identify scope gaps and risks; collaborate with sales and engineering to deliver technically sound proposals and support engineering work between bids.

Lead physical design and implementation of SOC devices, focusing on methodologies, automation, and chip development processes including timing closure and verification.

Design and deliver mechanical systems for data centers across the project lifecycle. Lead HVAC and cooling system design, perform thermal and airflow analysis, coordinate with stakeholders, manage documentation, support commissioning and testing, ensure code and ASHRAE compliance, and mentor technical staff to improve standardized, resilient data center solutions.

Lead end-to-end electrical rack integration for high-performance computing: architecture, power budgeting, vendor management, safety/certification compliance, testing (hi-pot, continuity, load), failure analysis (FMEA), and factory test strategy while mentoring engineers and collaborating with cross-functional teams.

Join the SiGe team as a Design Engineer focusing on Driver and TIA for coherent systems, dealing with cutting-edge data transmission technology.

Develop next-generation InP Photonic Integrated Circuits for telecom and datacenters. Responsibilities include design, simulation, testing, and fabrication process development.

Lead technical support for studio-based and lab-driven engineering education: mentor student teams, develop and deliver fabrication curricula and workshops, guide embedded/mechatronic prototyping and system integration, maintain safe fabrication spaces, establish SOPs, and evaluate emerging tools to enhance hands-on learning across undergraduate and graduate programs.

Design and optimize hardware for audio and video systems, troubleshoot issues, collaborate on embedded solutions, and conduct research on emerging technologies.

Lead parametric CAD design and automation for residential and low-rise modular buildings. Create fabrication-ready, tolerance-aware 3D models, manage CAD data/versioning, collaborate with manufacturing and architecture, drive prototyping and testing, and mentor junior engineers to improve design-to-manufacturing workflows.

Engineer detailed, manufacturable 3D CAD models for residential and low-rise buildings; develop parametric designs and automated modeling rules; create work instructions, manage CAD documentation, ensure code compliance, and optimize designs for manufacturing and assembly.

Entry-level analog design engineer in TI's Career Accelerator Program. Design, simulate, and implement analog/mixed-signal/RF ICs; collaborate with layout, test, and product teams; perform post-layout verification, prototype characterization, and develop behavioral models to support system-level validation and product release.

Participants in Texas Instruments' Career Accelerator Program will work as Digital IC Design Engineers, focusing on the architecture of eUSB2/USB 2.0 hubs and circuit design verification using SystemVerilog, while gaining hands-on experience in various related roles.

The Systems Design Engineer at Emerson T&M guides validation testing techniques, defines architectural product requirements, and collaborates with teams to innovate and optimize semiconductor validation systems.

Lead methodology improvements for physical design across complex chips and SoC programs. Develop and automate physical design flows, define best practices, analyze QoR (power, performance, area, timing, congestion), debug recurring implementation issues, and enable cross-functional teams (CAD, STA, DFT, RTL) to adopt scalable, repeatable methodologies. Provide technical guidance and targeted implementation support to validate and deploy improvements.

Own and evolve a production design system in code used across multiple products: tokens, primitives, components, distribution, documentation, and adoption. Ship production UI work, ensure accessibility, enable AI-consumable patterns, partner with designers, instrument metrics, and drive engineering adoption and throughput.

The Design Engineer I will work in a medical device or bio/pharm environment, contributing to design and development processes.

The role involves architecting and implementing high-speed analog and mixed-signal circuits for photonic transceivers and electronic ICs, requiring collaboration with multidisciplinary teams.

Lead PCB/FPC design for consumer electronics: component placement, routing, signal and power integrity analysis, DFM, and producing fabrication/assembly packages. Manage vendors, release designs into PLM, author ECOs, and maintain ECAD libraries.

Lead the design and implementation of high-performance, power-delivery integrated circuits for automatic test equipment in a cross-functional team environment.