Top Engineering Jobs in Boston, MA

Develops acoustical and mechanical reference designs for wearable audio, noise cancellation, and voice applications. Responsibilities include acoustical simulation, experiments, measurements, prototype and fixture construction, data analysis, system-level tradeoff assessment, and technical documentation. Collaborates with mechanical, DSP, electrical, software, research, and product development teams to translate ambiguous concepts into scalable engineering solutions.

Leads architecture, development, optimization, validation, and production deployment of reusable audio DSP technology across product platforms. Translates MATLAB/Simulink algorithms into C/C++, optimizes fixed- and floating-point implementations on embedded processors, performs hardware bring-up and lab debugging, establishes validation standards, and mentors distributed engineering teams. The role requires deep DSP expertise, technical leadership, and onsite collaboration in Framingham, Massachusetts.

Develop, optimize, integrate, and validate audio DSP software for embedded platforms. Translate MATLAB/Simulink models into production C/C++, optimize fixed- and floating-point implementations on DSP processors, and build automated tests and reference vectors. Own DSP components through integration and release, debug hardware and system issues, and collaborate with firmware, hardware, algorithm, ML, and QA teams. Provide technical guidance and documentation while working onsite in Framingham, Massachusetts.

Lead the architecture and development of software platforms, frameworks, APIs, and automation tools for audio measurement, DSP, embedded systems, rapid prototyping, and algorithm development. Integrate desktop environments with embedded processors, DSPs, instrumentation, and prototype hardware. Improve engineering workflows, debug end-to-end audio systems, ensure software quality and maintainability, and mentor engineers across Bose.

Develop, implement, test, and deploy real-time DSP algorithms for consumer audio products. Work on audio and speech processing, microphone arrays, Bluetooth audio, spatial audio, voice assistants, and active noise reduction. Collaborate with acoustics and electrical engineering teams to optimize product performance, evaluate third-party algorithms, and support products through development into high-volume production.

Electrical Engineering Co-Op supporting Bose’s premium consumer audio team through sensor technology development, prototype design and validation, data analysis, electronics miniaturization, and product development activities. The role includes Cadence library creation and AI-enabled automation, hands-on laboratory experimentation, hardware debugging, and collaboration with experienced engineers. Candidates should be pursuing an electrical engineering degree and have experience with mixed-signal hardware, digital buses, lab equipment, simulation, schematic capture, and PCB layout.

Develop and test embedded software and firmware for Bose audio products, prototypes, and engineering platforms. Build C/C++ and Python solutions, integrate software with processors and hardware, create automation tools, debug and benchmark embedded systems, and support validation and documentation. Collaborate with software, DSP, acoustics, systems, and hardware engineering teams throughout the development lifecycle.

Designs and integrates battery and power-management systems for portable consumer electronics from concept through mass production. Responsibilities include battery selection, charging and protection circuitry, power conversion, PCB-level design, bring-up, characterization, troubleshooting, root-cause analysis, supplier collaboration, regulatory support, and production introduction. The engineer independently resolves complex technical issues, collaborates across engineering disciplines, evaluates emerging technologies, and provides technical guidance to other electrical engineers.

Designs, simulates, tests, and tunes acoustical systems for audio products including wearables and loudspeakers. The role conducts prototype characterization and acoustic measurements, analyzes performance, collaborates with DSP engineers and external partners, and supports technology licensing and business development engagements. It requires extensive audio product design experience, MATLAB-based measurement and algorithm development, transducer knowledge, critical listening, and expertise with acoustic test equipment. Domestic and international travel may reach 4–6 weeks annually.

Lead end-to-end architecture for complex audio systems spanning hardware, software, DSP, acoustics, connectivity, sensing, compute, and user experience. Define system decomposition, interfaces, requirements, data flows, and resource allocation; evaluate tradeoffs through modeling, simulation, prototyping, and testing; identify cross-domain risks; develop reusable architectures; and provide principal-level technical leadership across engineering teams, suppliers, and technology partners.