Top Tech Jobs & Startup Jobs

Lead and mentor FPGA design engineers through requirements generation, micro-architecture, RTL coding, synthesis, simulation, testbench development, lab testing, debugging, and product support. The role owns technical oversight and FPGA development using VHDL or Verilog, timing-driven design, clock-domain crossing, high-speed interfaces, revision control, and Linux scripting. Full-time onsite work is required because the position requires a Secret-or-higher government clearance.

Leads architecture, requirements, interface management, analysis, procurement, integration, testing, and operational support for space vehicle telecommunications subsystems. Manages technical risks, cost, schedule, milestones, and customer reporting while supporting launch, early operations, on-orbit testing, and post-delivery activities. Requires RF, microwave, optical, or space communications hardware experience and collaboration across engineering teams.

Develop and manage integrated master schedules, performance measurement baselines, proposal schedules, and schedule reports for defense programs. Analyze schedule risk using Monte Carlo simulations, critical path analysis, variance assessments, and predictive performance analysis. Support Integrated Baseline Reviews, phase and gate reviews, DCMA audits, and schedule compliance. Present findings to program leadership, identify risks and opportunities, recommend mitigation actions, and coordinate planning across finance, engineering, manufacturing, integration, quality, customers, and suppliers.

Lead and develop embedded C/C++ software for space payload applications, collaborate with multidisciplinary engineering teams, respond to evolving requirements, and provide tasking and technical direction to a small software team. The role requires strong technical communication, embedded software expertise, and a Top Secret clearance, with preferred experience in space systems, software-defined radios, automated build pipelines, and OpenC3 COSMOS.

Supports cyber targeting and intelligence operations by analyzing digital networks, raw datasets, network traffic, and investigative findings. Oversees targeting efforts, identifies anomalies and hidden patterns, performs predictive and prescriptive analytics, and develops operational solutions. Collaborates with customer and intelligence community personnel while using cybersecurity tools, operating systems, databases, and scripting technologies. Requires an active clearance with polygraph and at least three years of relevant cyber experience.

Mechanical Engineering Intern III will support engineering development, integration, testing, and transition to production for complex electronic and mechanical systems. Responsibilities include designing and modifying components using CAD and graphic tools, performing design verification with mechanical measurement tools and 3D printers, and completing assigned technical tasks. The intern will participate in BAE Systems’ LEAP program, collaborating with experienced professionals and engaging in career development and networking opportunities.

Creates detailed 2D mechanical, assembly, electrical, and diagrammatic drawings from models and sketches using Creo Parametric. Develops BOMs, annotations, material and finish specifications, explanatory notes, and documentation compliant with ASME standards. Maintains revision control, change orders, models, and files through PDM and PLM systems, while supporting Model Based Definition activities.

Lead software engineering for the Weapons Storage and Security System Vault Modernization Program. Develop software plans, procedures, standards, and documentation; coordinate requirements across stakeholders; assess software performance, cybersecurity, and nuclear surety; maintain design and testing databases; and manage government ACAT deliverables for milestones including SRR and PDR.

Lead and mentor FPGA design engineers through requirements generation, architecture, RTL coding, synthesis, simulation, lab testing, debugging, and product support. The role requires expertise in FPGA or ASIC development, VHDL or Verilog, timing-driven design, clock-domain crossing, high-speed interfaces, revision control, and Linux scripting. The engineer will provide technical oversight, develop test benches, support legacy and new designs, and collaborate across defense electronics programs.

Reviews and checks mechanical engineering drawings, CAD models, bills of material, and technical data packages. Applies GD&T and ASME drafting standards, evaluates tolerance analyses, and recommends design improvements. Collaborates with drafters, designers, engineers, manufacturers, and suppliers while supporting model-based engineering and product lifecycle data management processes for defense electronics development and existing products.