Top Engineering Jobs

Manage and mentor a team of senior systems engineers to lead a systems engineering governance transformation for a U.S. Navy weapon system. Develop and implement SE policies, governance frameworks, training, and documentation; coordinate resources, recruit staff, optimize processes, and engage cross-functional stakeholders and leadership to ensure lifecycle integration, traceability, and mission assurance.

Leads manufacturing engineering for an aerospace assembly operation, managing 60–90 engineers and 4–6 engineering managers. Responsibilities include manufacturing process and facility layout design, tooling and equipment procedures, production process development, machinery performance verification, statistical process control, quality corrective actions, regulatory compliance, budgeting, and technical guidance. The role requires active Secret clearance, supports first- or second-shift operations, and involves approximately 10% travel.

Own the architecture, deployment, integration, validation, automation, and operation of NX and Teamcenter engineering applications. Build reliable PLM workflows for parts, BOMs, revisions, migrations, lifecycle states, and releases. Develop installers, diagnostics, regression tests, observability, and recovery tooling while partnering with hardware engineering, infrastructure, vendors, and contractors to create a dependable engineering environment.

Leads the Manufacturing Engineering organization for a semiconductor/polymer pads product line. Responsibilities include strategic and technology roadmaps, team leadership, capital planning and execution, continuous improvement, quality and process control, NPI commercialization, root-cause investigations, customer audits, budget ownership, and talent development. The role also evaluates AI, machine learning, and advanced analytics for manufacturing optimization while partnering across operations, quality, materials, maintenance, suppliers, and customers.

Supports quality assurance and quality control across regulated manufacturing operations. Leads supplier investigations, corrective actions, audits, MRB and NCR dispositions, process validation, FMEAs, PPAPs, and continuous improvement initiatives. Analyzes quality data and manufacturing issues, implements corrective actions, supports customer and regulatory audits, documents processes, trains inspection staff, and ensures compliance with aerospace, medical device, automotive, and customer-specific standards.

Lead engineering ownership of an acquired consumer VPN product from due diligence through integration, stabilization, and growth. Manage and coach engineers while remaining hands-on with Kotlin, Swift, Go, architecture, operations, security, and production incidents. Establish testing, CI/CD, infrastructure, documentation, and compliance practices; partner with product, corporate development, marketing, and operations; and create a repeatable engineering playbook for future acquisitions.

Leads a global Controls Engineering team responsible for automation strategy, standardized controls platforms, modular solutions, technology evaluation, engineering governance, and customer deployment support. The role drives collaboration across product management, R&D, systems engineering, and commercialization teams while mentoring engineers and improving processes, scalability, and solution quality.

Summer interns support the design and development of satellite communication electronics, contributing to schematics, PCB layouts, hardware bring-up, testing, analysis, debugging, and hands-on laboratory work. Projects may involve high-speed digital, power, analog, or RF hardware. Interns collaborate with design engineers, present their work, and gain experience across the full hardware development lifecycle from concept through delivery and in-orbit support.

Summer interns design and build RF electronics hardware and antennas for satellite communication systems. Responsibilities include schematic and system design, testing, manufacturing support, and collaboration with engineering teams. Interns may focus on board-level RF electronics, front-end components, or antenna design. They will present project work to peers, mentors, and executives. Candidates must be enrolled in an electrical engineering or physics degree program, meet GPA and coursework requirements, and have hands-on electronics and laboratory instrumentation experience.

Summer interns will design and develop embedded software for satellite communication systems, including microcontroller programming, low-level drivers, board support packages, applications, and user interfaces. Interns collaborate with engineers, present work to technical and executive audiences, and may work with real-time Linux, multitasking operating systems, IP protocols, hardware subsystems, and resource management.

Summer interns will design, build, test, and manufacture RF electronics and antennas for satellite communication systems. Responsibilities may include schematic and system design, RF front-end development, antenna design, laboratory testing, and product development. Interns will collaborate with engineers and present their work to colleagues, mentors, and executives.

Supports the design and verification of space systems by contributing to requirements development, interface definition, system-level analysis, trade studies, integration planning, and test execution. Collaborates with electrical, mechanical, software, RF, and test teams on multidisciplinary aerospace projects. Assignments are matched to the intern’s interests and program needs, with opportunities to apply systems engineering methodologies and hardware/software integration skills.

Summer mechanical engineering interns will design, build, test, and manufacture satellite space structures and thermal systems. Projects may include conduction-cooled packaging, deployable structures, mechanisms, and lightweight composite structures. Interns collaborate with engineers and present their work to peers, mentors, and executives. The role requires mechanical engineering coursework, structures and heat transfer knowledge, mechanical FEA experience, strong communication skills, and enrollment in an accredited degree program.

Summer 2027 mechanical engineering interns will design, test, manufacture, and help develop satellite space structures and thermal systems. Work may include conduction-cooled packaging, deployable mechanisms, lightweight composite structures, and electronics assemblies. Interns collaborate with engineers and present their work to peers, mentors, and executives. Candidates must be enrolled in an engineering degree program, maintain a 3.5+ GPA, complete relevant structures and heat-transfer coursework, and have mechanical FEA experience.

Supports the design and development of satellite communication electronics, including high-speed digital, power, analog, and RF hardware. Responsibilities include creating schematics and PCB layouts, performing circuit analysis, hardware bring-up, debugging, lab testing, and presenting results. Interns collaborate with design engineers throughout the hardware development lifecycle, from concept and part selection through build, test, delivery, and in-orbit support.

Design and develop embedded software for satellite communication systems, including microcontroller programming, low-level drivers, board support packages, applications, and user interfaces. Interns collaborate with engineers, present work to technical and executive audiences, and may work with real-time Linux, multitasking systems, IP protocols, hardware subsystems, and aerospace products.

Software Engineering Interns contribute to product development across software tools, compilers, GUIs, kernel and instrument drivers, networking, embedded and real-time systems, automated data acquisition, and mathematical analysis. Responsibilities may include developing software in C++, Python, or C; working with Windows, Linux, and real-time operating systems; and building driver, firmware, or FPGA-related solutions. Interns collaborate with teams, diagnose technical issues, learn from mentors, and complete meaningful engineering projects.

Lead a backend engineering team responsible for Benepass Core Services, including ledger, decisioning, authentication, integrations, and money movement systems. Manage and develop 4–6 engineers, oversee hiring and performance, guide project execution, and maintain delivery accountability. Provide technical leadership through design reviews, prototyping, debugging, and operational incident management. Partner cross-functionally, uphold reliability and correctness standards, and model effective daily use of AI in engineering and management workflows.

Engineering Manager leading a 4–6 person backend team responsible for core fintech services, including ledgers, decisioning, integrations, authentication, and directories. The role combines people management, hiring, coaching, execution ownership, technical design reviews, production debugging, reliability, and delivery accountability. The manager must remain technically credible in Python/Django systems, uphold high-integrity engineering standards, and use AI extensively for coding, planning, debugging, communication, and team effectiveness.

Leads a team of fiber access and DWDM/optical transport engineers delivering FTTP and broadband network designs. Oversees technical quality, utilization, project margins, staffing, performance management, and client satisfaction. Reviews and approves engineering designs, develops network strategies and specifications, supports client engagements as a senior technical resource, and advises clients on optical and fiber access solutions. The role is based in-office in Lubbock, Texas, requires some travel, and is not eligible for sponsorship.

Establishes and maintains quality engineering practices, develops test strategies and plans, creates and executes manual and automated tests, manages test environments and data, tracks defects and quality metrics, validates releases, and supports functional, integration, regression, compatibility, usability, web service, and API testing. Collaborates with engineering and product teams while mentoring others and supporting multiple projects.

Supports the Design Engineering team in analyzing business processes, identifying system needs, translating business requirements into actionable requirements, and designing streamlined workflows. Collaborates with architecture, process, and business stakeholders across underwriting, product, claims, and operations to develop solutions that improve customer and employee experiences. The 10-week internship also includes professional development, networking, and preparation for a rotational development program.

Leads enterprise software engineering enablement, AI and innovation strategy, and large-scale technology transformation. Drives adoption of modern engineering practices, cloud technologies, automation, AI solutions, governance, and modernization initiatives. Advises executives, establishes technology standards and transformation frameworks, partners across business and technology teams, manages strategic vendors, and builds high-performing engineering organizations. The role requires delivering measurable outcomes in a complex, regulated banking environment.

Leads a technical team designing, architecting, integrating, deploying, testing, and operating complex software and hardware systems for DoD and Navy missions. Translates stakeholder requirements into solutions, manages program quality, cost, schedules, and resources, troubleshoots advanced system and network issues, leads field test execution, and collaborates with warfighters, test directors, and government sponsors. Requires active Secret clearance, on-site work in San Diego, and travel up to 25%.

Engineering Interns support the development, design, analysis, testing, and startup of vibratory equipment and systems. Responsibilities include creating engineering drawings, performing stress, strain, vibration, deflection, and FEA analyses, supporting design improvements, collaborating with production, sales, customer service, and R&D, and contributing to cost and efficiency optimization.