Top Engineering Jobs

Design, implement, debug, and test embedded Linux software for fielded products. Participate in requirements analysis, time estimation, customer interaction, and provide technical support within an agile team.

Own and scale the React Native mobile app used by ranchers to monitor and move cattle. Build and maintain Mapbox-powered maps, geospatial data flows, and reliable sync with backend and connected hardware. Focus on performance, reliability, and user experience; grow and lead a mobile team over time.

Design, develop, and enhance custom SAP Fiori/UI5 applications; configure Fiori Launchpad; integrate OData services; perform UI debugging, performance optimization, code reviews, unit testing, and documentation while collaborating with backend and functional teams.

Design, build, and deploy secure, high-performance, scalable cloud-native applications supporting Ariba P2P. Work full-stack in Java using Spring Boot and the SAP BTP Cloud Foundry CAP (Java) model, applying resiliency, security, and performance best practices.

Design and scale backend services for real-time and historical vehicle telemetry, fleet management APIs, customer integrations, and high-volume time-series and geospatial data. Improve system reliability, scalability, observability, and cloud efficiency while handling intermittent connectivity and distributed-system challenges. Collaborate with vehicle software and UI teams, guide backend architecture, lead projects, and mentor engineers.

Own software and vehicle release engineering, including versioning, build artifacts, packaging, staged rollouts, Infrastructure-as-Code, deployment pipelines, rollout monitoring, rollback tooling, and developer workflows. Integrate vehicle software, cloud services, and third-party systems while improving security, reliability, cost efficiency, and production support for maritime robotic fleets.

Develop, implement, and test control algorithms for robotic surgical systems. Build C++ software for real-time, safety-critical applications, participate in code reviews and debugging, collaborate on software architecture and system requirements, and document algorithms and designs. Work with robotics hardware, kinematics, dynamics, control theory, estimation, perception, AI/ML, and embedded systems in support of the OTTAVA surgical robotic platform.

Electrical Engineering Interns will design, prototype, test, debug, and integrate PCBAs for surgical robotic platforms and medical device systems. Responsibilities include creating technical documentation, conducting root-cause analysis, presenting design concepts, collaborating across electrical, mechanical, software, controls, and clinical engineering teams, and participating in robotic device assessments. Projects may involve electrical design, assembly, manufacturing, firmware, and testing.

Designs and develops orthopedic medical devices under senior engineering guidance. Creates CAD models, drawings, layouts, tolerance studies, and engineering documentation. Supports design verification, validation, prototyping, finite element analysis, manufacturing optimization, regulatory registration, and hands-on cadaveric testing. Collaborates with multidisciplinary teams, vendors, surgeons, and sales personnel while addressing product design issues and supporting project execution.

Lead design, build, test, and deliver Workday integrations across a multi-system higher education environment. Own integration strategy, implement EIBs/Core Connectors/Studio/APIs, coordinate testing and cutovers, ensure FERPA-compliant data security, and partner with vendors and IT for documentation and operational handoff.

Lead Workday configuration and development across modules; design BPF workflows; build calculated fields, condition rules, and custom objects; define security roles; support testing, deployment, and post-production stabilization; document configurations and ensure Higher Ed governance compliance.

Design, configure, and optimize Azure DevOps organizations and CI/CD pipelines. Implement process templates, Portfolio++ for portfolio visibility, integrate with third-party tools, support sprint and capacity planning, troubleshoot pipelines, and create runbooks and adoption guidance for client teams.

Leads industrial engineering for Nike distribution and fulfillment facilities. Responsibilities include managing engineering teams, designing physical fulfillment systems, improving product flow and human-machine efficiency, overseeing large-scale projects, conducting cost-benefit analyses, managing vendors and capital requests, coordinating installation and commissioning, and supporting performance testing. The role also involves recruiting, mentoring, cross-functional collaboration, and implementing automated material handling, robotics, and Lean process solutions.

Develops electrical drawings, specifications, calculations, system designs, and 3D models across project phases. Reviews deliverables, coordinates with project stakeholders, leads construction administration activities, responds to RFIs, reviews shop drawings, participates in site visits, and supports cost tracking, scope management, risk evaluation, and technical improvements.

Develops mechanical drawings, specifications, calculations, and system designs for HVAC, hydronic, piping, and mechanical equipment systems. Performs airflow, heating and cooling load, pipe sizing, and pressure loss calculations under senior guidance. Supports construction administration through submittal reviews, RFI responses, and site visits. Uses CAD and modeling software to create coordinated 2D drawings and 3D models, collaborates with project stakeholders, and participates in design coordination and professional development.

Creates mechanical drawings, specifications, calculations, layouts, equipment schedules, and coordinated 2D/3D models for HVAC, piping, ductwork, and equipment systems. Supports construction administration by reviewing shop drawings, responding to RFIs, and participating in site visits. Collaborates with engineers and other disciplines, applies mechanical codes and standards, and incorporates quality-control feedback to deliver accurate, constructible designs.

Ensures slot machines and gaming systems meet electrical, manufacturing, regulatory, and quality standards. Responsibilities include root cause analysis, corrective actions, production quality data analysis, process improvement, NPI support, product validation, audit support, and Lean continuous improvement. The role serves as an electrical quality authority across operations, suppliers, field quality, and hardware engineering teams.

Lead development of low-power verification software for Cadence Palladium and Protium platforms. Responsibilities include enhancing UPF debugging, event logging, violation detection, IEEE 1801 support, documentation, AI-assisted debugging tools, and unified workflows across emulation and prototyping environments. The role requires collaboration with R&D, product engineering, and applications engineering teams, along with strong debugging, C++ code comprehension, RTL language knowledge, technical writing, and communication skills.

Supports FastSPICE technology development, product validation, simulation test execution, and customer issue resolution. The role analyzes transistor-level circuit simulation problems, reproduces and debugs technical issues, validates product features and performance, documents findings, and communicates solutions across engineering teams. Candidates need semiconductor and MOS transistor-level circuit knowledge, SPICE or FastSPICE experience, strong analytical skills, and an engineering degree with 0–4 years of relevant experience depending on education level.