Top Engineering Jobs in Boston, MA

Develop high-performance audio systems, implement audio processing algorithms on DSP platforms, collaborate with research teams and audio engineers, provide technical leadership.

Lead the architecture, development, and delivery of high-performance audio software platforms, focusing on DSP, embedded systems, and algorithm optimization.

Lead the On-The-Go DSP team delivering DSP systems for wearables and portable audio. Own technical direction, architecture, and delivery commitments; drive DSP infrastructure, reuse, and scalability; collaborate with product, firmware, systems, research, and UX teams; coach and grow experienced DSP engineers; remove barriers and prioritize work to enable execution and integration of ML-based audio technologies into production.

The Product Security Engineer will enhance product security initiatives, implement secure software practices, and conduct security assessments in consumer electronics. Key responsibilities include architecting secure products, managing cryptographic elements, and improving vulnerability discovery processes.

The Mechanical Engineer II will work on product development and manufacturing, solving engineering problems, and collaborating with multidisciplinary teams. Responsibilities include designing high-volume consumer products, drafting specifications, testing prototypes, and supporting manufacturing operations.

The End-to-End Systems Lead oversees the full technical lifecycle of systems, ensuring user requirements are met through quality system delivery and integration across multiple teams.

The Senior Digital Signal Processing Engineer designs and implements DSP algorithms for audio technology, focusing on algorithm robustness and integration on embedded systems, collaborating with teams to enhance audio experiences for partners.

The DSP Engineer will design, implement, and test audio DSP algorithms for various platforms, collaborating with teams to enhance audio technologies used by partners and customers.

The PCB Designer will lead the PCB design process for multi-board systems, collaborate with engineering teams, and ensure high-quality designs for production.

Lead design, implementation, and testing of real-time, low-latency noise-cancellation control systems for headphones. Drive electroacoustic measurements, simulations, embedded DSP algorithm development, partner collaboration, and productization of algorithms to meet performance requirements.