Top Engineering Jobs in Boston, MA

Develop and integrate platform software for audio technology products using Linux, RTOS, C/C++, Python, DSP, and middleware. Support product delivery, coordinate cross-functional teams, resolve integration issues, and build scalable software components. Collaborate with systems, QA, and security teams while maintaining integration documentation, matrices, and progress reports. The role also requires audio technology experience involving DSP pipelines, latency-sensitive systems, or room correction algorithms.

Leads the technical architecture, engineering, packaging, and commercialization of Bose consumer audio and hearables technologies for licensing and third-party integration. Oversees DSP platform integration, reference designs, SDKs, tuning tools, technical documentation, partner evaluations, IP protection, compliance validation, and external technical transfers. Mentors audio, DSP, firmware, and hardware engineering teams while developing scalable solutions involving ANC, spatial audio, voice pickup, wireless connectivity, and embedded software.

Design, implement, test, and refine real-time feedback and adaptive feedforward noise-cancellation algorithms for headphones, earbuds, and automotive applications. Conduct electroacoustic and vibration measurements, analyze results, develop software and validation tools, support legacy algorithms, and collaborate across research and development teams. The role requires embedded algorithm deployment, control theory, adaptive filtering, DSP, MATLAB and Simulink expertise, with occasional customer-support travel.

Develop next-generation consumer audio experiences, reusable audio-system architectures, prototypes, and signal-processing solutions. Measure, tune, and evaluate acoustic and electroacoustic systems using objective data and critical listening. Collaborate across acoustics, DSP, electrical, mechanical, software, research, product, and business teams. Lead technical decisions in ambiguous development environments, communicate risks and recommendations, and help transition advanced technologies into Bose products and partner platforms.

Defines long-term software architecture and technical strategy for Bose’s automotive technology portfolio. Designs scalable, modular, configurable platforms that operate across automotive hardware, operating systems, customers, and product generations. Partners with audio, acoustics, signal processing, and AI/ML teams to productionize advanced capabilities, engages OEMs and ecosystem partners, leads complex architecture decisions, resolves technical challenges, and mentors senior engineers and architects.

Lead technical ownership of end-to-end systems from concept through delivery. Define system architecture, translate user needs into traceable requirements, drive cross-functional integration, ensure verification/validation and quality, manage technical risks, and support roadmap and long-range platform planning across software, hardware, and test teams.

Lead platform and system architecture for advanced audio and sound management across consumer and automotive products. Define system requirements, develop scalable architectures, guide trade studies, mitigate technical and safety risks, and drive cross-functional delivery from concept through launch using MBSE, analytical methods, and systems thinking.

Lead systems engineering for advanced audio platforms across embedded, cloud, mobile, and AI/ML domains. Define architecture and requirements, perform trade studies and risk analysis, ensure traceability and verification, drive platform reuse, influence hardware/software decisions, and partner cross-functionally to deliver consumer and automotive audio products from concept through launch.

Leads end-to-end architecture for complex consumer and automotive audio systems spanning hardware, software, DSP, acoustics, connectivity, sensing, compute, and user experience. Defines system decomposition, interfaces, requirements, data flows, resource allocation, and technical tradeoffs. Identifies cross-domain risks, evaluates architectures through modeling and prototyping, develops reusable platforms and reference designs, and provides principal-level technical leadership across engineering teams, suppliers, and partners.

Lead architecture, development, optimization, validation, and production deployment of reusable audio DSP components across multiple product platforms. Translate MATLAB/Simulink algorithms into optimized C/C++ for embedded DSPs and processors, guide fixed- and floating-point implementations, perform hardware bring-up and lab debugging, and establish validation and engineering standards. Mentor engineers and provide technical direction across distributed, cross-functional teams.