Top Tech Jobs & Startup Jobs in Boston, MA

Supports and improves manufacturing operations through industrial engineering, analytics, simulation, capacity modeling, production ramp planning, facility layout, and line design. The role identifies bottlenecks, optimizes workflows and resource allocation, develops production performance tools, and drives continuous improvement. It also mentors junior engineers, collaborates across production and facilities teams, and supports new production line launches while maintaining quality, cost, schedule, and throughput objectives.

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.

Lead cross-functional operations planning and execution for hardware programs from development through delivery. Manage cost, schedule, technical performance, risks, resources, and customer relationships. Drive manufacturing readiness, quality assurance, contract deliverables, and proposal/capture activities while aligning teams across engineering, supply chain, and operations.

Designs complex electro-mechanical systems from concept through fabrication and testing. Conducts trade studies, prototypes solutions, develops requirements, manages technical risks, and supports detailed mechanical design. Collaborates with multidisciplinary teams, adapts to changing requirements, and mentors less experienced engineers. Work includes ruggedized systems, harsh environments, dynamic mechanisms, and autonomous systems.

Leads budgeting, financial baselining, variance analysis, and performance reporting for internal investment projects. Partners with project leaders and management to establish budgets, monitor revenue, fees, cash flow, and KPIs, and communicate financial insights through project and quarterly reviews. Supports business cases, investment decisions, audits, deliverables, and special projects while applying accounting principles related to fixed assets, useful life, and depreciation.

Supports financial management of defense programs by tracking cost and schedule performance, maintaining baselines and charge structures, preparing estimates at completion, analyzing budget variances and risks, forecasting revenue, supporting invoicing and collections, and delivering financial inputs for management reviews. The role applies EVMS principles, contract finance knowledge, federal acquisition regulations, and accounting concepts to provide accurate program financial reporting and planning.

Develop and execute systems engineering lifecycle assignments for complex defense, space, electronic, and biotechnology systems. Build and integrate multidisciplinary models, conduct simulation-based analysis and trade-space exploration, assess technical risks, recommend design modifications, and support system-level decision-making. Lead small teams, collaborate with customers and stakeholders, mentor engineers, and apply digital engineering, modeling, machine learning, and data-driven methods across the product lifecycle.

Leads multidisciplinary systems engineering solutions across defense and space programs. Responsibilities include capturing stakeholder needs, developing requirements and architectures, conducting modeling, simulation, trade studies, and risk analysis, and guiding product-oriented solutions through the lifecycle. Leads teams of 5–10, mentors engineers, communicates with senior stakeholders, develops technical best practices, and serves as a digital engineering thought leader. The role also supports technology assessment, organizational transformation, new business development, proposals, and collaboration with experts across academia, government, and industry.

Own and drive integrated production schedules, convert demand and material availability into optimized manufacturing plans, balance capacity and inventory, run schedule metrics, coordinate with Engineering and Supply Chain, create purchase requisitions in ERP, and support onsite production teams to ensure on-time delivery and risk mitigation.

Leads digital ASIC architecture and integrated circuit design from concept through implementation, verification, testing, and delivery. Develops requirements, models and simulates circuits, evaluates hardware-versus-software tradeoffs, optimizes performance, power, and cost, guides physical layout and floor planning, and supports tape-outs. Mentors engineers, leads multidisciplinary teams, contributes to planning and business development, and communicates technical solutions to customers and leadership.