Top Engineering Jobs in Boston, MA

Leads embedded electrical and firmware engineering for connected beverage machines. Owns embedded architecture, technical roadmaps, new product development, production transition, field reliability, regulatory certification, component lifecycle, and manufacturing support. Manages and grows electrical and firmware teams while partnering with mechanical, software, systems, quality, manufacturing, suppliers, and contract manufacturers. Establishes engineering standards, testing, release processes, documentation, and responsible AI adoption.

Leads complex, cross-functional engineering programs from development through product implementation. Manages schedules, deliverables, budgets, resources, project teams, risks, escalations, and stakeholder communications. Partners with engineering, manufacturing, development, and management teams to resolve issues, improve processes, and deliver products or services on schedule and within budget.

Manage a distributed team of senior and staff engineers developing and scaling Gitaly, GitLab’s Git storage tier. Drive complex infrastructure, performance, scalability, architecture, and maintainability initiatives while balancing roadmap and platform priorities. Provide mentoring, career development, technical guidance, and accountability. Collaborate asynchronously with Git and cross-functional teams, represent Gitaly’s technical direction, and ensure long-term platform viability through sound architectural judgment.

Lead the Cloud Platform engineering team responsible for scaling and operating nRF Cloud, an IoT platform supporting millions of devices. Own reliability, performance, infrastructure, databases, security, observability, and the technical roadmap. Manage team productivity, culture, hiring, and cross-functional alignment while remaining hands-on through architecture, code reviews, and production debugging. Drive platform excellence, sustainable on-call practices, and pragmatic technical investment.

Leads and develops a regional sales engineering team supporting Zscaler’s core and generative AI portfolio. The role includes recruiting, mentoring, scaling discovery and proof-of-concept processes, partnering with sales and customers on solution design, and driving value-based selling. Candidates need cybersecurity and networking expertise, sales or systems engineering experience, team leadership skills, AI fluency, and the ability to operate in a matrixed go-to-market environment.

Leads engineering teams responsible for Datadog Agent developer experience, build systems, correctness, performance benchmarking, and software supply-chain security. Evolves SDLC practices for a complex multi-language, multi-platform open-source project, including AI coding enablement, CI/CD, build infrastructure, testing, and reliability. Hires, mentors, and develops engineering managers and staff engineers across global teams while balancing velocity, security, and long-term platform investments.

Leads the engineering organization responsible for GitLab Dedicated, a single-tenant enterprise SaaS platform. Owns strategy, roadmap, reliability, compliance, infrastructure investments, customer migrations, and enterprise-grade SLAs. Oversees distributed engineering managers and teams across orchestration, resilience, control-plane APIs, public-sector platforms, FedRAMP readiness, AWS GovCloud, and migration tooling. Partners with executives, Product, Security, and Support while scaling the organization, improving operational efficiency, and incorporating AI-enabled engineering workflows.

Leads Deepgram’s GTM Engineering function, owning CRM, CPQ, forecasting, billing, data, integrations, automation, and internal tooling. Translates commercial needs into scalable systems and AI-powered workflows, establishes engineering standards, connects usage and revenue data, and partners with Product, Engineering, Finance, and Data teams. This player-coach role designs, codes, tests, ships production systems, and develops a small team while prioritizing automation and operational leverage.

Leads the Network Security Engineering and Operations team, overseeing enterprise network security infrastructure, availability, lifecycle management, monitoring, incident response, compliance, risk mitigation, and 24/7 escalation support. Manages engineers, vendors, budgets, strategic projects, and cross-functional initiatives while communicating cybersecurity risks to technical and executive audiences. Drives automation, resilience, continuous improvement, and preventative security practices across sites, datacenters, and cloud environments.

Principal Engineer responsible for defining the long-term architecture and modernization strategy for GitLab’s Fulfillment platform. The role drives technical direction across entitlements, licensing, provisioning, seat management, usage visibility, and cost management. Responsibilities include hands-on distributed systems engineering, migrations, performance and reliability improvements, cross-team influence, AI-assisted engineering adoption, and mentoring senior technical staff.

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.

Mechanical Engineering Co-op supporting the design and development of Shark consumer products. Responsibilities include concepting, CAD modeling, prototyping, testing, data analysis, design reviews, feasibility analysis, technical documentation, and product iteration. The role provides hands-on exposure to materials, mechanisms, manufacturing, electronics, reliability, and mass production while collaborating with engineers, designers, and product managers.

Supports mechanical product development for Shark consumer products across concepting, CAD modeling, prototyping, testing, data analysis, design reviews, and technical documentation. The intern collaborates with engineering, design, and product teams while gaining hands-on experience with materials, mechanisms, manufacturing, electronics, feasibility analysis, and product reliability throughout the full product lifecycle.

Supports electrical engineering development and testing for consumer products. Responsibilities include designing and testing analog and digital circuits, board bring-up, embedded electronics debugging, validation, simulation, prototyping, failure analysis, documentation, and cross-functional collaboration. The co-op gains hands-on laboratory experience with real products and engineering test equipment while working onsite with senior engineers and product teams.

Supports the Commercial Engineering team with setup, testing, validation, troubleshooting, documentation, customer demonstrations, training materials, system sizing, data analysis, and continuous improvement for independent cart technology used in industrial automation. Collaborates with engineering, product, technical support, and field service teams while contributing to technical reports, presentations, and a final internship presentation.

Leads global Footwear Product Engineering for Converse, managing teams and technical standards across design, development, testing, manufacturing, and commercialization. Drives product quality, fit, comfort, performance, manufacturability, and root-cause resolution. Partners with global product creation teams, factories, suppliers, and cross-functional stakeholders to advance footwear construction, materials, tooling, digital engineering, 3D technologies, and product creation methods while balancing cost, sustainability, quality, and design intent.

Leads a large engineering team responsible for advanced aerospace product design and development. Manages budgets, operating plans, talent, technical projects, and cross-functional initiatives. Recommends solutions to complex manufacturing and engineering challenges, applies industry best practices, influences policy, and communicates technical recommendations to senior leaders and external partners. Requires extensive design engineering experience, leadership capability, project management skills, and travel of up to 10–15%.

Manufacturing Engineer responsible for sustaining and improving factory operations, particularly liquid filtration. Duties include improving yield, cost, quality, and safety; troubleshooting processes; managing capital equipment projects; developing preventive maintenance; supporting design for manufacturing; owning SPC and continuous improvement; documenting protocols; improving chemical cleaning tools; and assisting with factory layout and workflow design.

Supports manufacturing engineers by gathering technical data, producing engineering documentation and drawings, and performing calculations and analyses. Validates, maintains, tests, and troubleshoots production equipment while assisting production teams with technical guidance and problem resolution. Requires manufacturing experience, engineering drawing interpretation, Microsoft Office proficiency, and eligibility for a Secret security clearance. Lean manufacturing, PLC troubleshooting, microelectronics, laser welding, wire bonding, and MRSI experience are preferred.

Lead and scale a global systems engineering function to define system architectures, requirements, verification/validation, and reliability for connected consumer appliances. Drive MBSE, cross-functional integration (mechanical, electrical, firmware, software, cloud), platform reuse, technical governance, risk mitigation, and organizational capability building to deliver products from concept through commercialization.

Leads WHOOP’s Firmware organization, setting technical strategy, scaling multiple embedded software teams, and developing engineering leaders. Owns reliable delivery across new products and sustaining work while improving architecture, testing, CI/CD, release practices, and quality. Guides firmware decisions for power, performance, accuracy, cost, and long-term platform health, partnering across hardware, algorithms, mobile, manufacturing, quality, product, and program management.

Leads military rotorcraft engine-controls programs spanning system integration, hardware and software deliverables, budgets, schedules, testing, qualification, and customer reviews. Develops technical scope and platform strategy while coordinating Engineering, Project, Sales, Marketing, Supply Chain, and test teams. Oversees controls initiatives for Apache, Blackhawk, and related engine platforms, supports proposals, resolves technical and resource issues, and mentors cross-functional teams. The role also drives lean process improvements, documentation, safety, quality, and performance objectives.

Plans and coordinates engineering and manufacturing programs, including budgets, schedules, manpower, and corrective actions. Manages the manufacturing data lifecycle by creating part records, updating assembly bills of materials, implementing effectivity changes, and coordinating cross-functional data integrity in MPM Link and Windchill. Supports aerospace and defense manufacturing programs involving microwave hybrid assemblies, engineering drawings, production planning, supply chain coordination, and lean manufacturing processes.

Own the lifecycle of shipping robots across hardware and software. Lead root-cause investigations, instrumentation, corrective actions, qualification, and safe fleet-wide rollouts. Manage hardware and software engineers, collaborate with field support, and directly support customers experiencing equipment failures. The role requires sustaining electromechanical products after launch, understanding mechanics, electronics, firmware, and software, and improving processes to prevent recurring failures.

Lead the engineering organization responsible for large-scale generative AI training infrastructure, including distributed training, reinforcement learning, GPU scheduling, fault tolerance, model experimentation, and cost governance. Define AI platform strategy, responsible AI standards, observability, governance, and long-term roadmaps. Partner with research, product, compliance, and risk teams while hiring, mentoring, and developing technical talent across multiple teams.