Top Engineering Jobs

Provides senior technical leadership for systems engineering, MBSE, systems architecture, and digital engineering initiatives. Leads cross-disciplinary systems analysis, defines enterprise MBSE strategies, develops digital ecosystem architectures, and integrates engineering data, models, tools, and processes. Advises leadership, establishes standards and technical roadmaps, mentors engineers, resolves complex organizational challenges, and evaluates AI and automation opportunities. The role is primarily on-site and may involve travel between campuses or other locations.

Applies systems engineering and MBSE methods to develop system models, architectures, requirements, interfaces, and digital-thread integrations. Supports trade studies, system integration, process automation, model governance, technical reviews, training, and cross-disciplinary collaboration. The role also evaluates AI and automation opportunities in engineering workflows and mentors less-experienced engineers.

Provides senior technical leadership for systems engineering, MBSE, systems architecture, and digital engineering initiatives. Leads complex systems analysis, defines enterprise MBSE strategies, establishes technical direction for integrated engineering information, and guides digital ecosystem architectures. Advises senior leadership, develops standards and governance, evaluates AI and automation opportunities, mentors technical leaders, and resolves cross-functional challenges across engineering, program, IT, and business organizations.

Software engineering interns develop code, resolve critical problems, and improve system stability and resilience on defense-related projects. Interns collaborate with experienced engineers, contribute to real-world customer solutions, and gain exposure to frontend, backend, cloud, DevOps, database, image processing, machine learning, and GIS technologies through BAE Systems’ LEAP summer 2027 program.

Leads engineering execution for airborne HF and ARC-231 tactical radio development programs. Translates customer needs into engineering plans, integrates software, hardware, systems, and test disciplines, and manages technical milestones, cost, schedule, quality, risks, and verification. Serves as the primary technical customer interface, supports bids and growth initiatives, oversees design-to-manufacturing transition, optimizes resources, and develops multidisciplinary engineering talent.

Manufacturing Engineering Intern supporting the development, improvement, and testing of cost-effective manufacturing processes and equipment. The role focuses on continuous improvement, production quality, throughput, product requirements, and manufacturing systems. Responsibilities include researching methods, assisting with process design, and solving technical problems under general supervision.

Develop RTL and microarchitecture for next-generation ASICs used in Starlink space and ground infrastructure. Responsibilities include architectural trade-off analysis, Verilog/SystemVerilog implementation, top-level integration, verification support, timing constraints, synthesis and timing closure, formal checks, and silicon bring-up. The role collaborates with systems, firmware, validation, physical implementation, and product engineering teams.

Develops next-generation ASICs for Starlink space and ground infrastructure. Responsibilities include defining microarchitecture, implementing and integrating Verilog/SystemVerilog RTL, evaluating architectural trade-offs, supporting synthesis and timing closure, coordinating verification, providing timing constraints, and participating in silicon bring-up and validation.

Design and implement RTL for next-generation ASICs used in Starlink space and ground infrastructure. Responsibilities include defining microarchitecture, writing Verilog/SystemVerilog, integrating and verifying designs, supporting synthesis and timing closure, supplying timing constraints, and participating in silicon bring-up and validation. The role requires collaboration with verification, physical implementation, firmware, systems, and product engineering teams.

Leads engineering execution across multiple teams, sets technical direction, drives 0-to-1 product initiatives, embeds AI tooling into development workflows, and develops future engineering leaders. Partners with product, design, and recruiting to deliver high-quality software, make architectural decisions, scale platform capabilities, and connect engineering outcomes to customer and business results. This is a hybrid role requiring commutability to the NYC headquarters and in-office attendance three to four days weekly.

Develop and maintain internal software tools, services, automations, and AI-enabled solutions that improve engineering productivity. Collaborate with engineering stakeholders to identify workflow improvements, evaluate AI technologies, troubleshoot issues, and enhance tool reliability. The role involves software design, development, testing, maintenance, and support while learning new technologies and applying them to practical engineering challenges.

Supports the design, integration, commissioning, and operation of automated test systems for spacecraft hardware and ground-support equipment. Works with electrical controls, sensors, actuators, relays, power distribution, data acquisition, safety interlocks, test automation software, and telemetry pipelines. Collaborates with environmental test, mechanical, electrical, reliability, manufacturing, and software teams in laboratory and factory environments.

Supports the design, integration, commissioning, and operation of automated spacecraft environmental test systems. Responsibilities include electrical controls hardware, control panels, sensors, actuators, relays, power distribution, DAQ systems, safety interlocks, test automation, and integration with thermal-vacuum chambers, vibration systems, pumps, valves, and programmable controllers. The role collaborates cross-functionally in hands-on lab or factory environments to deliver safe, reliable, repeatable testing.

Supports the design, integration, commissioning, and operation of automated test systems for spacecraft and ground-support equipment. Responsibilities include electrical controls, wiring, sensors, actuators, relays, power distribution, data acquisition, safety interlocks, environmental test equipment, and test automation. Collaborates with multidisciplinary engineering and technician teams to deliver safe, repeatable satellite testing in hands-on lab or factory environments.

Supports the design, integration, commissioning, and validation of automated test systems for spacecraft and ground-support equipment. Assists with electrical controls, control panels, sensors, actuators, relays, power distribution, DAQ systems, safety interlocks, test automation software, and telemetry pipelines. Collaborates with multidisciplinary engineering and manufacturing teams to deliver safe, repeatable environmental testing. Performs hands-on hardware work in laboratory or factory environments.

As a Project Engineer, you'll train customers, manage project scope and budget, prepare proposals, and mentor staff while traveling 25% of the time.

Design and integrate FPGA and ASIC SoC blocks for Starlink space and ground systems using Verilog and SystemVerilog. Optimize power, performance, and area across the full chip design lifecycle; collaborate on architecture, validation, backend implementation, lab bring-up, and software development. Build analysis and test tools, support DSP and communications subsystem integration, and validate designs in laboratory and on-orbit environments.

Design and integrate FPGA and ASIC systems for Starlink space and ground infrastructure. Responsibilities include RTL development, SoC integration, power-performance-area optimization, architecture and microarchitecture, validation, lab bring-up, DSP and communications integration, tooling for analyzing lab and on-orbit data, and collaboration with backend, software, firmware, and systems teams.

Leads adoption of Product Line Engineering across Mission Systems by coaching technical and business leaders, shaping product-line strategies, and supporting organizational change. Uses systems architecture, software architecture, MBSE, Cameo, IBM Rhapsody Architect, and Pure::Variants to manage product variation and strategic reuse. Develops training materials, conducts education sessions, documents processes in Confluence, and aligns PLE initiatives with digital transformation. Requires extensive technical leadership, systems engineering experience, and active U.S. Government Secret clearance.

Leads the DMOS6 process engineering section in a semiconductor fabrication facility. Oversees engineering managers and supervisors, manufacturing process development and maintenance, product releases, resource efficiency, quality, cost reduction, reporting systems, and personnel development. Serves as a liaison with engineering teams and drives efficient production of new and existing semiconductor products.

Lead end-to-end development of a greenfield enterprise platform for software dependency risk management. Build Java services, APIs, data ingestion pipelines, dependency analysis capabilities, and developer-facing features on AWS. Guide engineers and teams in secure AI-assisted development, code quality, testing, governance, and operational stability. Provide technical direction, influence architecture and product decisions, support production systems, and collaborate with product managers and designers to deliver scalable platform capabilities.

Paid summer 2027 internship for college students supporting the design and planning of electrical control systems for municipal and industrial infrastructure, including water, wastewater, irrigation, transportation, pump stations, reservoirs, and treatment plants.

Supports software quality assurance for IoT-enabled security products by translating requirements into test plans, creating automated test scripts, contributing to testing frameworks, executing CI pipeline tests, and collaborating with product and software development teams. The intern may work on mobile, API, microservices, or web application testing while gaining exposure to cloud infrastructure and DevOps tools.

Leads enterprise endpoint engineering for thousands of government endpoints across classified and unclassified enclaves. Directs MECM/SCCM, Intune, application packaging, imaging, patching, STIG compliance, Group Policy, VDI, and automation initiatives. Owns endpoint architecture, roadmap, Digital Twin implementation, test-before-deploy practices, compliance metrics, incident resolution, root cause analysis, market research, and proof-of-concept evaluations. Requires extensive Windows infrastructure, cybersecurity compliance, technical leadership, and government environment experience.

Leads innovation for industrial power systems, protection, and automation by connecting customer needs, market opportunities, technologies, and product development. Drives market analysis, strategic opportunity pipelines, product requirements, roadmaps, customer adoption, and commercial growth. Serves as a technical bridge across customers, Marketing, Product Management, Sales, Engineering, and R&D; mentors engineers and represents the company through technical forums, training, presentations, and industry engagement.