Top Engineering Jobs in Boston, MA

Mechanical Engineering Interns will support the development of SharkNinja home products through concepting, CAD modeling, prototyping, testing, data analysis, design reviews, feasibility studies, and technical documentation. They will collaborate with engineering, design, and product teams while gaining hands-on experience with materials, mechanisms, manufacturing, electronics, and mass production. The role requires full-time onsite work in Needham, Massachusetts.

Develop and test next-generation home products through concepting, CAD modeling, prototyping, design reviews, feasibility analysis, and performance validation. Collaborate with engineers, designers, and product managers across the product lifecycle. Apply mechanical engineering fundamentals, hands-on fabrication, electronics familiarity, data analysis, and technical problem-solving to improve product functionality, reliability, and manufacturability.

Designs and owns scalable CI/CD pipelines, distributed build and test infrastructure, release automation, and engineering workflows. The role improves pipeline reliability, performance, observability, test parallelization, and release quality across multiple teams. Responsibilities include troubleshooting complex infrastructure failures, evolving branching and versioning strategies, integrating quality gates, leading technical initiatives, mentoring engineers, and applying validated AI-assisted engineering workflows.

Manage delivery of a portfolio of AI and data science projects from planning through implementation. Coordinate technical and non-technical teams, dependencies, requirements, budgets, timelines, and stakeholder expectations. Lead Agile ceremonies, drive accountability, translate AI capabilities into actionable requirements, and proactively identify and mitigate risks across complex, concurrent initiatives.

Leads and grows an enterprise Sales Engineering team while owning technical sales processes, discovery, demos, proof-of-value methodology, customer value realization, and field-to-product feedback. The role requires enterprise pre-sales expertise, hands-on implementation experience, technical architecture knowledge, AI-enabled sales practices, and the ability to engage both technical and executive stakeholders. Travel to customer meetings and workshops is expected 25–50% of the time.

Lead the Purchase team, mentor engineers, drive AI-native practices, manage product development, and define consumer-facing AI solutions for CarGurus.

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.

Lead and grow a global data engineering team while establishing foundational data platforms and engineering standards. Design and oversee GCP-based pipelines, medallion data models, DataOps, monitoring, SLAs, CI/CD, governance, and data quality practices. Drive AI adoption across engineering workflows and build reliable, AI-ready data. Partner with business and technology stakeholders to prioritize roadmaps, deliver scalable solutions, and support data democratization.

Leads data scientists and machine learning engineers developing personalized customer experiences at scale. Sets team strategy, roadmaps, and priorities; partners with Product, Engineering, Marketing, Revenue, and Data Science leaders; guides machine learning systems through development, deployment, monitoring, and optimization; advances MLOps, software engineering, experimentation, and production reliability; and manages capacity, resources, technical standards, and team development.

Performs quality inspections and documentation for XBAT prototype hardware during ground and flight testing. Verifies configuration, workmanship, dimensions, torque, installation, traceability, and test readiness. Investigates defects and nonconformances, supports MRB, root-cause analysis, corrective actions, and engineering investigations, and maintains serialized hardware records. Collaborates with quality, manufacturing, test, and design engineering teams to improve inspection plans, acceptance criteria, and product quality.

Leads and scales the global Sales Engineering team while serving as Field CTO and the company’s external technical voice. Owns technical sales methodology, demos, evaluations, proof-of-value cycles, solution design, deployment handoffs, executive engagements, competitive positioning, market content, and field-driven product feedback. The role is a player-coach position requiring deep cybersecurity expertise, executive presence, public speaking, and significant travel.

Leads electrical engineering execution for a WHOOP hardware product line across new product introduction and continuous improvement. Oversees the full product lifecycle from concept and requirements through design, validation, manufacturing ramp, sustaining, and failure analysis. Builds and develops the electrical engineering team, sets technical direction, manages risks, improves engineering processes, and partners cross-functionally with mechanical, firmware, systems, battery, manufacturing, quality, supply chain, and product teams.

Manage and improve quantitative model portfolios for Fidelity’s managed accounts and institutional clients. Responsibilities include portfolio reallocations, investment strategy formulation, optimization, quantitative research, portfolio oversight, trading supervision, platform architecture, requirements definition, testing, roadmap prioritization, and client transition support. The role requires collaboration with portfolio managers, investment teams, technology partners, financial advisors, and plan sponsors.

Lead hardware engineering programs from concept through launch, managing cross-functional teams and engineering project managers. Oversee continuous improvement, supply chain resiliency, electromechanical redesigns, manufacturing builds, project portfolios, risk mitigation, and executive prioritization. Coordinate hardware, firmware, manufacturing, and external partners while optimizing product performance, cost, quality, timelines, and execution reliability.

Serves as the configuration management subject matter expert, establishing CM standards, maintaining product baselines, and managing engineering change workflows. Oversees ECRs, ECOs, deviations, waivers, BOMs, drawings, and technical data packages in PLM/PDM and ERP systems. Leads configuration status accounting and physical configuration audits while ensuring alignment between as-designed and as-built specifications. Partners with Engineering, Manufacturing, Quality, and Program teams to resolve configuration issues, improve data integrity, and maintain regulatory compliance.

Leads systems verification, validation, and test engineering for Boston Dynamics’ Atlas humanoid robot. Responsibilities include building and managing a multidisciplinary team, developing risk-based verification strategies, leading DVP&R planning and execution, creating robust test methods and fixtures, ensuring requirements traceability, analyzing failures, supporting product characterization, and qualifying complex robotic systems for high-volume production.

Early-career electrical engineering program at GE Aerospace featuring three rotational assignments over two years, technical training, mentorship, and coaching. Participants plan and perform engineering tasks, apply engineering and manufacturing fundamentals, solve technical problems, use Lean principles, and collaborate with engineering leaders. The role requires an electrical engineering degree, strong communication and teamwork, and graduation between December 2025 and July 2027. U.S. work authorization and U.S. Person eligibility for export-controlled information are required; visa sponsorship is not available.

Leads engineering, facilities, maintenance, utilities, and infrastructure operations in a regulated manufacturing environment. Manages managers, supervisors, engineers, and technicians while ensuring equipment reliability, regulatory compliance, EHS adherence, quality-system effectiveness, inspection readiness, and operational continuity. Oversees preventive maintenance, validation, capital projects, budgets, contractors, facility upgrades, audits, emergency preparedness, training, and continuous improvement initiatives.

Interns support the design, analysis, testing, simulation, and software development of aircraft engine systems for commercial and military applications. Potential work includes engine controls, sensors, electrical power systems, embedded controls, data management, real-time analytics, and engine test integration. Responsibilities may include writing software requirements, software testing, tool development, and product or program support. The role includes mentorship, training, and professional development.

Manufacturing Engineering Interns support aerospace manufacturing, repair, component hardware, and engine assembly processes. Responsibilities include applying Lean and Six Sigma, conducting risk assessments and root cause analysis, supporting corrective actions, maintaining quality and safety standards, improving process capability and delivery, and collaborating with shops and suppliers. The role provides hands-on experience in manufacturing engineering, continuous improvement, new product and technology integration, and cost reduction.

Engineering interns support the design, analysis, development, testing, and service life of commercial and military aircraft engines. Possible assignments include component design, aerodynamics, thermodynamics, performance, stress, vibration, controls, electrical systems, materials, and engine testing. Interns receive mentorship, training, and practical engineering experience while collaborating with technical teams. Prior GE Aerospace internship experience is required, and placement depends on preferences, academic background, and business needs.

Lead and manage forward-deployed software engineering teams in PwC's Tax practice. Own project planning, budgeting, execution, and delivery of API-driven, microservices-based applications. Mentor staff, implement CI/CD, ensure enterprise application integration, optimize system interactions, and collaborate with clients and support teams to resolve software issues and drive digital transformation.

Lead and coach teams to design, code, test, and deliver software solutions driving digital transformation for tax clients. Translate requirements into technical specs, perform code reviews, troubleshoot complex issues, maintain client relationships, and promote innovation and systems thinking to validate outcomes and improve products.

Lead AI engineering teams to design, build, and deploy end-to-end AI solutions. Manage client relationships, plan and deliver projects, mentor staff, drive adoption of cloud-native microservices, CI/CD, vector databases and orchestration tools, and ensure high standards of quality, innovation, and compliance.

Lead and manage teams to design, build, test, and deploy enterprise software solutions. Drive CI/CD, API-driven integrations, code quality, client engagement, and process improvements while coaching high-performing teams.