Top Tech Jobs & Startup Jobs in Boston, MA

Leads the Analog ASIC engineering group, managing staffing, hiring, performance evaluations, mentoring, career development, and technical capability growth. Serves as the subject matter expert, shapes technology offerings, develops capability roadmaps, aligns engineering priorities with customer needs, and supervises a team of 10–20 engineers. Requires an engineering degree, 7+ years of experience designing, developing, and managing complex systems, and eligibility to obtain and maintain a U.S. government security clearance.

Develops, integrates, tests, and deploys navigation and tracking algorithms and embedded software for underwater, ground, air, and space systems. Responsibilities include requirements analysis, algorithm and control-system design, software testing, performance analysis, technical documentation, customer communication, and tracking project priorities, scope, schedule, and cost. The role requires collaboration with engineers, stakeholders, and government or commercial customers while supporting advanced defense and space applications.

Leads complex inertial measurement unit development programs from strategy through completion. Owns cost, schedule, technical performance, resource allocation, risk management, supplier coordination, customer relationships, contract activities, quality processes, and team leadership. Supports proposal development, competitive captures, business growth, and integration of electro-mechanical and sensor technologies across the product lifecycle. Requires government program management experience, customer engagement, and collaboration in a matrixed environment.

Designs, simulates, lays out, verifies, and tests analog and power electronics, including power conversion, battery management, and precision instrumentation circuits. Develops technical specifications, analyzes hardware configurations, supports product life-cycle activities, and collaborates with project teams and development partners. Contributes to technical reports, communicates project status and risks, and helps resolve engineering issues. Requires a bachelor’s degree in electrical engineering or a related field, proficiency with schematic capture, PCB layout, SPICE or comparable simulation tools, and MATLAB or Simulink.

Develop and manage complex systems through product development, integration, testing, production transition, and deployment. Lead test architecture and execution, requirements development, compliance cases, test plans, systems upgrades, and technical data packages. Work with strategic sensors, MEMS, inertial navigation systems, fault-tolerant computing, and test equipment. Collaborate across multidisciplinary teams while analyzing system data, supporting requirements traceability, and communicating technical findings to project leadership.

Define, analyze, and verify system and subsystem requirements using systems engineering, MBSE, and digital engineering methods. Develop mission needs, use cases, functional models, requirement flow-downs, performance trades, verification strategies, and test designs. Lead multidisciplinary teams, customer requirements efforts, technical planning, risk management, and formal assessments. Serve as a systems engineering subject-matter expert, mentor engineers, develop mitigation strategies, and improve enterprise capabilities.

Lead systems integration and test engineering for laboratory operations, including test-cell risk mitigation, troubleshooting, maintenance planning, inventory and obsolescence tracking, facility upgrades, vendor coordination, and capital planning. Develop procedures and technical documentation, coordinate lab activities across programs, support acquisitions and certifications, present technical information, and mentor less experienced engineers. The role requires on-site support in Cambridge, Massachusetts four to five days per week.

Creates and documents moderate to highly complex printed wiring board layouts from schematics and engineering inputs. Responsibilities include constraint editing, manufacturability coordination with DFM engineers, applying fabrication criteria, supporting electrical hardware design, resolving conflicting requirements, and communicating project status. The role requires advanced packaging layout experience, knowledge of PWB fabrication and assembly, and proficiency with specialized CAD and drafting tools.

Designs, models, and tests RF and communications systems; uses laboratory instrumentation for validation and troubleshooting; contributes to technical reports; identifies and communicates technical challenges; collaborates with multidisciplinary teams.

Design and simulate advanced digital ASICs from architecture and RTL through synthesis, optimizing performance, power, and cost. Lead complex chip designs, evaluate algorithm feasibility, guide physical layout and design-for-test activities, and contribute to system-level design and proposals. Develop specifications, solve ambiguous technical problems, mentor engineers, and lead multidisciplinary teams. The role requires advanced semiconductor design expertise, successful tape-out experience, and an active U.S. Secret clearance with onsite work in Cambridge, Massachusetts.