Top Engineering Jobs

Onsite full-time co-op supporting hardware engineering for ground and airborne navigation products. Tasks include capturing technical requirements, creating schematics and PCBs, preliminary design and analysis, integration and verification testing, generating design documentation, and supporting production transitions while collaborating with mechanical, software, systems, and test engineers.

Lead cross-functional engineering teams to develop, test, transition, and field complex electronic systems. Serve as technical decision authority between Chief Engineer and engineering team, manage cost/schedule/technical performance, identify technical risks, support bids, establish engineering metrics, and develop staff and processes to improve program execution.

Lead a software engineering team for C4ISR systems with hands-on development, architecture, Agile delivery, scheduling/EVMS metrics, requirements management, and cross-discipline coordination. Ensure software process compliance, support proposals, and determine program staffing.

Lead engineering for large EO/IR programs, ensuring technical solutions meet cost, schedule, and performance across design, development, qualification, manufacturing transition, and fielding. Provide cross-functional leadership, represent engineering to executives and customers, manage bids, metrics, staffing, and process application while developing team capabilities.

Leads development, optimization, troubleshooting, and scale-up of sputtering and thin-film manufacturing processes for solid-state microbatteries. Establishes process windows, conducts DOE and root-cause analysis, improves yield and repeatability, integrates deposition with cell manufacturing, transfers processes from R&D to production, supports equipment qualification, and provides technical leadership and mentorship across engineering and manufacturing teams.

Manage and grow the Video Enablement engineering team, own core video pipeline (ingest, transcode, storage, playback), enable third-party device integrations, collaborate on video roadmap, ensure scalable resilient AWS infrastructure, mentor engineers, contribute technically when needed, and support production incidents and cross-team enablement.

Supports electrical design and development of automation products from concept through production. Responsibilities include creating circuit schematics, running simulations, conducting electronic testing with laboratory equipment, troubleshooting designs, researching technologies, and evaluating circuits at functional-block and component levels while collaborating with mechanical, software, and systems engineers.

Design and develop embedded firmware; troubleshoot and debug software using unit tests, emulators, simulators, IDEs, and bench testing; collaborate on firmware requirements; recommend process improvements; perform integration testing; and conduct software design reviews.

Design and develop embedded firmware, troubleshoot and debug software using tests, emulators, simulators, IDEs, and bench testing, and conduct integration testing and design reviews. The intern will collaborate with cross-functional teams to define firmware requirements, prepare assignment plans, recommend process improvements, and support software handoff to test and evaluation teams.

Manufacturing Engineering Interns apply engineering expertise to production, select tools and equipment, develop and improve manufacturing processes, solve production issues, support engineering changes, and contribute to capacity modeling and Lean initiatives. The role involves collaborating with cross-functional teams, vendors, customers, and global colleagues while presenting test results and participating in design reviews.

Supports mechanical product design, testing, prototyping, engineering changes, and technical issue resolution in office and laboratory environments. Collaborates with cross-functional teams, vendors, and customers; presents test results; and recommends design and process improvements to enhance quality, reduce costs, and improve manufacturability.

Design and implement automated tests and scalable test infrastructure; participate in technical reviews; collaborate with software, hardware, and manufacturing teams; assess change requests; and support troubleshooting, maintenance, deployment, and documentation of global manufacturing test systems.

Support supplier and material quality by managing incoming inspections, communicating technical specifications, and maintaining inspection and quality-control documentation. Assist with material review and production part approval process improvements while collaborating with design engineers, suppliers, manufacturing sites, commodity teams, operations, and engineering stakeholders. Build supplier relationships and contribute to continuous improvement initiatives.

Support incoming material inspections, quality documentation, inspection plans, material verification, and quality control procedures. Collaborate with design engineers, suppliers, manufacturing sites, commodity teams, operations, and engineering groups to communicate specifications, improve material review and production part approval processes, and promote continuous quality improvement.

Supports manufacturing engineering by designing tools and fixtures, developing processes, solving production issues, improving quality and cost, implementing engineering changes, and contributing to capacity modeling and lean initiatives. Collaborates with cross-functional teams, vendors, customers, and global colleagues while presenting test results and participating in design reviews.

Design and implement automated tests and test infrastructure, participate in engineering reviews, analyze testing impacts of change requests, and support global manufacturing test systems. Responsibilities include deploying and maintaining test stations, creating robust hardware and user interfaces, documenting troubleshooting procedures, and providing technical support for test stations while collaborating with cross-functional engineering teams.

Engineering intern supporting product and part transitions, resolving issues affecting product booking, production, and shipping, tracking metrics, analyzing timelines, and developing project action plans. The role also involves cross-functional collaboration with design, manufacturing, supply chain, product management, and customer care teams, as well as analyzing environmental regulations and supporting compliance initiatives.

Leads a large software engineering team delivering and modernizing Freddie Mac multifamily applications. Responsibilities include technical architecture, Java/JEE microservices development, code reviews, mentoring, cloud migrations, DevOps automation, container orchestration, application monitoring, support, stakeholder management, project and portfolio delivery, budgeting, recruiting, and performance management.

Develop and maintain Python backend services, primarily with Flask, while designing scalable architecture and integrating legacy systems. Build AWS solutions using Lambda, Cognito, SNS, SQS, and DynamoDB; maintain CI/CD pipelines and infrastructure as code with OpenTofu and Terraform. Collaborate in an Agile/Scrum environment, contribute to technical decisions and engineering standards, review code, and mentor junior developers.

Leads technical execution of process control system scopes for large industrial projects, including DCS, telecommunications, instrumentation, analyzers, and related systems. Manages engineering design, cost, scope, schedule, risk, procurement, suppliers, documentation, safety reviews, and stakeholder communication. Develops control specifications and design packages while resolving technical and commercial issues across oil and gas, refining, petrochemical, and heavy-industry projects.

Execute process control system and instrumentation engineering for oil and gas, refining, petrochemical, and industrial projects. Responsibilities include detailed engineering, control system design, engineered-item requisitions, spare parts lists, supplier documentation review, technical and commercial issue escalation, stakeholder coordination, and project documentation completion.

Creates 3D models and 2D/3D drawings for heavy industrial plants using scans, plant drawings, P&IDs, equipment flow diagrams, and vendor drawings. Designs equipment, piping, ducts, chutes, and structural steel; coordinates models across disciplines; and prepares general arrangement, mechanical design, demolition, bidding, fabrication, and construction drawings. The role also leads, trains, and advises others while working independently and traveling to sites or client meetings as needed.

Creates 3D mechanical models and 2D/3D drawings for industrial plants using scans, plant drawings, P&IDs, equipment flow diagrams, and vendor documentation. Models equipment, piping, ducts, chutes, layouts, and structural steel; coordinates designs across disciplines; and prepares general arrangement, mechanical, demolition, bid, fabrication, and construction drawings. The role operates independently under broad supervision and may require site or client travel up to 20%.

Design electrical systems for utility-scale and industrial power distribution projects, including schematics, specifications, panel schedules, cable routing, voltage-drop calculations, and conductor sizing. Review existing systems, equipment, vendor documentation, and quality audits. Support designers and drafters with drawings and collaborate with procurement and senior engineers under the direction of an engineering manager.

Supports process engineering, equipment programming, PCBA and box-build production, troubleshooting, preventive maintenance, process validation, and continuous improvement. Analyzes process data, helps implement new technologies, documents process changes, resolves basic equipment issues, and reads wiring and pneumatic diagrams. Works under the direction of the Process Engineering team in an electronics manufacturing environment.