Top Engineering Jobs

Lead the engineering organization responsible for bringing data center hardware into production-ready AI and HPC infrastructure. Own automated provisioning, Linux deployment, configuration, validation, GPU clusters, Kubernetes environments, monitoring, and workload readiness. Establish standards across servers, GPUs, networking, storage, firmware, and software automation while partnering with hardware, network, SRE, data center operations, and software teams. Build and develop a high-performing engineering organization capable of scaling infrastructure across thousands of servers or GPUs.

Leads the engineering organization responsible for designing, building, testing, integrating, and flying reusable satellite hardware. Responsibilities include scaling the team, recruiting senior engineers, owning schedules and design reviews, establishing requirements and configuration processes, managing suppliers, resolving risks and anomalies, and partnering with program management. The role requires extensive spacecraft or launch vehicle experience, engineering leadership, and a successful record delivering complex aerospace hardware through flight.

The Manager of Supplier Quality Engineering oversees quality assurance for sourced materials, manages supplier processes, and ensures compliance with quality standards, focusing on continuous improvement and project direction for new product introductions.

Join ENTRUST's Power Generation group as a Sr. Consulting Engineer focusing on steam turbines, providing expertise in engineering and consulting projects. Responsibilities include interpreting project objectives, preparing for client meetings, and assisting in business development, with minimal travel required.

The Mid-Level Engineer will support program initiatives by providing technical insights, conducting requirements analysis and offering recommendations for effective program protection plans.

The role involves technical writing for documentation, supporting product testing, and coordinating workflows among review teams and program management.

The Roadway Section Manager at HNTB oversees the engineering section's budget and staffing, manages multi-disciplinary teams, and ensures project delivery while maintaining client relationships.

Manage bridge design projects for the Michigan Department of Transportation. Responsible for full project lifecycle, client relations, technical tasks, team supervision, and business development.

The Senior Technical Growth Architect supports federal capture, proposal efforts, and aligns technical solutions with business growth strategies. This role focuses on developing technical narratives, collaborating across teams, and engaging with customers to ensure successful proposal submissions.

The Mechanical Engineer supports the nuclear power plant operations by ensuring compliance with regulations, troubleshooting equipment, and providing engineering support. Responsibilities include system health monitoring, technical evaluations, and documentation revisions.

The Project Manager will oversee capital projects in Life Sciences, managing client relationships, project execution, and engineering tasks to ensure client satisfaction and project success.

Leads the Remote Visual Assessment sustaining engineering team for an ICBM program. Oversees technical direction, engineering resources, government requirements, risk mitigation, solution development, metrics, root-cause analysis, and executive reporting. The role interfaces with program management, technical teams, customers, and government stakeholders while supporting systems integration, service-life sustainment, logistics, safety, cybersecurity, and engineering compliance.

Lead and manage an on-site aerospace engineering team through full product lifecycle. Oversee technical processes, cost, schedule, staffing, risk mitigation, cross-functional coordination, and employee development to meet program priorities and technical requirements.

Leads and mentors manufacturing engineers supporting the production of Blue Origin’s Blue Moon lunar landers. Oversees manufacturing execution, work instructions, fabrication specifications, testing and maintenance plans, tooling, process development, requirements generation, design-for-manufacturability, and non-conformance resolution. Partners with integrated product teams and Operations leadership in a fast-paced aerospace production environment while driving quality, safety, continuous improvement, and effective decision-making.

Support the SEIT Lead in planning, preparing, and executing development and qualification of an advanced compact electronics solution. Collaborate across functions, manage and develop assigned workforce, assist project planning/execution, lead test activities, and engage with industry partners and customers in an on-site defense environment.

Lead a 15-person PCB design and library team across multiple sites; manage schedules, estimates, metrics, and continuous improvement. Ensure on-time, on-budget military electronic PCB designs using Cadence Allegro, mentor designers, interface with engineering/program management, and drive first-pass design success.

Lead systems engineering for EO/IR and laser electro-optic systems: design, modeling, simulation, prototyping, integration, test, and verification. Manage cross-functional technical teams, track and report tasks, and perform EVM/CAM responsibilities to support defense aerospace autonomous and electronic warfare systems.

Lead design, development, integration, and test of precision pointing and tracking systems across controls, sensing, software, electro-optical, and electromechanical domains. Develop models and closed-loop algorithms, validate against test data, improve performance via tuning, lead subsystem integration/troubleshooting, and establish repeatable verification and test methods.

Manage and grow a Cloud Operations Engineering team to ensure fleet reliability and customer environment health across Azure, AWS, and GCP. Own operational outcomes (SLOs, error budgets, incidents), on-call rotations, audit/compliance contributions (FedRAMP, SOC2), cloud cost management, and cross-team coordination while partnering with architects and security. Hire, develop, and report on team performance and risk to engineering leadership.

You will lead the Mobile AI engineering team, defining roadmaps, improving product quality, and collaborating cross-functionally to deliver mobile AI solutions.

Lead a data delivery engineering team as a contributing manager, balancing hands-on coding with people leadership. Own delivery pipelines, integrations, backlog prioritization, and communication with Product and stakeholders. Drive AI-assisted development adoption, ensure correctness of client-facing outputs, unblock engineers, and improve processes for reliable, timely data delivery across integrations and channels.

Lead the electrical engineering team for designing and developing consumer products, oversee technical leadership in power electronics and embedded systems, and manage product development from concept to production.

Lead a cross-functional web sprint team to build and scale Fora's web platform, CMS, landing page tooling, design system, and web performance. Partner with Product, Design, and Growth to deliver acquisition and onboarding features, provide technical leadership and architecture guidance, mentor engineers, recruit talent, and maintain sustainable delivery practices in a fast-growing startup.

Lead an Engineering Enablement team to improve developer velocity, quality, and effectiveness by owning roadmap, building tooling and platform capabilities, treating internal platforms as products, advancing AI-native agent operability and validation infrastructure, raising technical standards, and growing engineers through hiring and coaching while partnering across engineering teams to drive measurable outcomes.

Lead and mentor a multidisciplinary systems engineering team developing RF Electronic Warfare systems. Oversee requirements, architecture, integration, verification, cost/schedule, and technical strategy. Drive proposals, trade studies, performance modeling, and collaboration across engineering, program management, and customers to deliver mission-critical airborne, maritime, and ground systems.