Top Engineering Jobs

Lead traffic engineering projects for DOTs, counties, and municipalities including signal and lighting design, fiber optics, traffic control, traffic operations and impact analyses, signal timing optimization, and crash/intersection safety studies. Support business development and collaborate with internal and external teams.

Lead municipal civil engineering projects including feasibility, design documents, cost estimates, schedules, budget management, client meetings, and mentoring project staff. Secure new work, maintain client relationships, and ensure projects meet codes and timely completion.

Create and revise AutoCAD and SolidWorks drawings, manage BOMs and engineering documentation in Made2Manage, perform volumetric, blower/fan/airlock speed and air filtration calculations, support project documentation and site visits, develop standards and design-for-manufacturing improvements, and coordinate deliverables with project managers and manufacturing.

Lead Platform & Operations Engineering across multi-brand environments. Own multi-cloud infrastructure, container orchestration, observability, SRE, cost optimization, logistics/dispatch systems, developer tools/CI-CD, frontend platform, care technology, merchant systems, and drive consolidation, reliability, and developer productivity at scale.

Lead the digital engineering organization for an AI-native health platform: set technical strategy and roadmap, drive sprint delivery and engineering quality, manage internal and vendor teams, provide hands-on architecture and system design across frontend, backend and integrations, ensure PHI/security/compliance, and collaborate with product and design to deliver consumer-facing health experiences at scale.

Develop and integrate fast, high‑fidelity and surrogate physics solvers (CFD, thermal, structural, plasma) into an AI-native platform. Build, validate, and optimize GPU kernels and ML-based surrogates, create datasets and benchmarks, and enable ACE agents to call differentiable/surrogate models for large-scale design optimization.

Lead and grow a mechanical engineering team designing gas systems for iron-air batteries. Own architecture, design-for-manufacturing, verification and testing, failure root-cause analysis, vendor and manufacturing transitions, hiring, and cross-functional coordination to release high-volume production-ready designs.

Lead a mechanical design team to take structural, enclosure, and sealing systems from concept to high-volume production. Drive FEA and testing, ensure manufacturability (sheet metal, stampings, weldments), establish design best practices, mentor and hire engineers, and work cross-functionally to meet requirements and verification plans.

Lead and grow a manufacturing test engineering team to design, deploy, and validate automated test equipment, software, and data systems. Integrate instrumentation, PLCs, and test software with MES and databases, support factory launches and production ramps, lead root-cause investigations, ensure safe high-voltage test systems, and create documentation and operator training.

Lead and build Form Energy's factory Test Engineering organization: define strategy and roadmap, design and operate test infrastructure from subscale to full system, enable product and factory quality through testing, failure analysis, and data systems, recruit and manage multidisciplinary teams, and collaborate cross-functionally to drive continuous improvement.

Hands-on internship to design, build, and test mechanical systems and fixtures for a digital foundry. Responsibilities include resin 3D printing and part processing, rapid CAD-to-fabrication prototyping, machining/fabrication and tolerancing work, thermal/structural analysis, multidisciplinary troubleshooting, and contributing to tooling, fixtures, and automation hardware.

Lead the engineering department to develop, validate and launch metal stamping processes through PPAP and mass production. Provide technical customer support, oversee tool room operations, drive continuous improvement, manage capital projects, and recruit/mentor engineering and tool room staff.

Lead and scale a client-facing software engineering capability delivering custom applications, cloud and Microsoft platform solutions, integrations, automation, and AI-enabled software. Establish engineering standards, guide architecture and delivery decisions, mentor engineers, create reusable assets and delivery patterns, partner with client teams on scoping and risk, and promote responsible use of AI-assisted development while ensuring quality, security, and maintainability.

Design and validate electrical and electronic parts, subsystems, ICs, and algorithms for HPC/AI platforms. Develop test plans and perform validation for tolerances, EMI, shock/vibration, thermal, reliability, and power. Collaborate with internal and outsourced partners on hardware design, participate on project teams, and communicate design proposals.

Responsible for the health and stability of production applications, leading incident management, operational controls, and team development within WM Technology.

Lead and hands-on develop a high-traffic adtech web platform team: define architecture, deliver shared services, ensure reliability, security, observability, CI/CD, and operational excellence while translating business needs into a platform roadmap.

Lead and grow teams that design and deploy end-to-end debug, validation, and analytical infrastructure for large-scale datacenter and cloud platforms. Drive cross-org technical programs (debug deployment, application migration, fleet management), lead root-cause analysis with hardware/firmware/software partners, define debug KPIs and methodologies, and communicate progress to stakeholders while hiring and mentoring engineers.

TC Energy is building a candidate pool of engineering new graduates (class of 2026–2027) who previously held student positions at TC Energy. Selected hires will gain hands-on exposure to operations, develop technical and soft skills, and work collaboratively through mentorship. Positions are based in Houston, Charleston and field locations with a 2027 start. Candidates must hold a bachelor’s in engineering, have prior TC Energy student experience, and legal authorization to work without restrictions.

Lead development of silicon photonics transceiver packaging and high-volume manufacturing. Drive wafer-level packaging process development (flip-chip, Cu pillar, TSV), DOE, automation, and technology transfer. Collaborate cross-functionally to resolve prototyping, qualification, and production challenges ensuring scalability, yield, reliability, and manufacturability for advanced optical transceivers.

Lead design and build cloud-native, container-based platform capabilities (Kubernetes/AKS) to improve developer productivity. Develop CI/CD pipelines, Helm charts, automation tools, and security/compliance controls. Support platform reliability, troubleshoot complex containerized issues, and drive platform modernization and adoption across teams.

Lead and modernize a high-volume, enterprise customer-communications platform. Own architecture, data pipelines, cloud-native design (AWS), streaming (Kafka), delivery, reliability, and global engineering talent development. Partner with product, security, and operations to drive multi-year transformation while ensuring performance, compliance, and operational excellence.

Early-career role building production-grade web (React/TypeScript) and Android (Kotlin/Java) apps. Collaborate with product, design, and backend teams; integrate REST APIs; use AI-assisted development tools; write maintainable, tested code; optimize performance and document architecture and decisions.

The Principal of Cloud Infrastructure & Engineering will lead the team in designing, developing, and deploying cloud-based solutions, oversee complex technical initiatives, and manage geographically distributed teams.

As an Electrical Engineering Intern, you'll assist in building an automated factory, working on electrical systems, control design, and robotics, while collaborating with various engineering teams.

24-month apprenticeship providing on-the-job healthcare technology management training. Apprentices shadow clinical experts, learn preventive maintenance, equipment calibration and troubleshooting, respond to service calls, document repairs/PMs, and receive classroom and web-based instruction while working in hospital environments.