Top Engineering Jobs

Lead mechanical engineering for hyperscale data centers: design and oversee HVAC, piping, fire suppression, and chiller systems; manage mechanical team; coordinate disciplines; support construction, commissioning, client communication, and energy optimization; ensure code compliance and recommend technology upgrades.

Lead mechanical engineering for hyperscale data center projects: design and oversee HVAC, piping, and fire suppression systems; manage mechanical team; coordinate disciplines; support construction and commissioning; ensure code compliance and energy optimization; act as client-facing technical lead and produce specifications and reports.

Lead mechanical engineer for hyperscale data center projects: design and oversee HVAC, piping, and fire suppression systems; manage mechanical team; act as client-facing point of contact; ensure code compliance; support construction, RFIs, commissioning, energy analysis, and recommend performance improvements.

Lead mechanical design for hyperscale data centers: oversee HVAC, piping, fire suppression, chiller integration, and energy optimization; manage mechanical teams, client relationships, construction support, code compliance, and commissioning; attend site visits and recommend technology improvements.

Lead mechanical engineering for hyperscale data center projects: client-facing design oversight of HVAC, piping, chiller and fire suppression systems; manage mechanical team, produce specifications and reports, support construction, commissioning, and energy optimization while ensuring code and industry-standard compliance.

Lead mechanical engineering design and construction for hyperscale data centers: manage HVAC, piping, fire suppression and chiller systems; serve as client contact; coordinate multidisciplinary teams; provide construction support, commissioning, performance analysis, and recommend efficiency improvements.

Design and optimize CT system-level image quality, calibration, and dose management features. Lead technical reviews, quantify subsystem interactions, drive system tradeoffs, investigate customer issues, mentor junior engineers, and collaborate across functions to implement and validate new product technologies.

Work on-site with plant technicians to identify and implement process improvements, collect and analyze manufacturing data, coordinate contractors and technicians, manage projects end-to-end, and prepare documentation and reports to communicate results.

Lead and grow a Support Engineering team that resolves complex product issues, integrations, and data workflows. Define escalation and triage practices, build scalable diagnostics and internal tools, collaborate closely with Engineering and Product, mentor engineers on debugging, logs, and database querying, and create repeatable processes to improve customer outcomes and support efficiency.

Design, develop, and maintain production test strategies and DFT specifications; evaluate test technologies; create test fixtures and procedures; analyze test data to improve coverage and efficiency; and train production testing staff.

Lead, coach, and develop a team of Solutions Engineers to design and architect large-scale data center and cloud hosting solutions; collaborate with sales and operations, present technical solutions to customers, refine design-to-delivery processes, and ensure customer and federal security requirements are met.

Design and specify electrical systems (power, lighting, controls, communications, fire alarm, security) for industrial, educational, and commercial facilities; perform load, photometric, and generator sizing calculations; produce CAD/Revit drawings; conduct energy audits; and collaborate with mechanical, plumbing, fire protection, wastewater, and energy teams.

Lead and mentor an electrical engineering team to define electrical architecture, design and validate low-power embedded systems for wearable devices. Oversee analog/digital circuit design, power management, sensor integration, testing, risk mitigation, and vendor/manufacturing collaboration to meet performance, reliability, and regulatory goals.

Own and maintain the Quality Management System, lead ISO/FM/UL certification efforts, run internal and supplier audits, track KPIs, lead root-cause and corrective actions, support PPAP and PFMEA/process control development, and collaborate with engineering and operations. Occasional travel to company sites required.

As a Senior Engineer in Site Reliability, you will enhance system reliability, maintain service levels, automate processes, and collaborate with development teams.

Lead and mentor an applications/estimating engineering team to deliver technical solutions for MV/LV electrical distribution equipment. Provide technical bid guidance, partner with sales on commercial strategies, optimize processes and standard solutions, analyze specifications and drawings, manage resources, and support customer relationships and division growth. Travel up to 25%.

Design, implement, and own features in distributed backend systems for cloud streaming. Build and run unit and integration tests, resolve performance and reliability issues at global scale, triage bugs, and communicate estimates and dependencies to technical leads.

Support product development, validation, and testing of mechanical systems. Plan and execute tests, set up instrumentation and data acquisition, analyze performance, investigate failures, coordinate prototypes, manage multiple validation projects, and communicate technical findings to engineering, manufacturing, and suppliers.

Design and produce substation electrical engineering deliverables including conceptual and detailed designs, construction drawing packages, bill of materials, SP&C drawings, equipment layouts, cable and conduit calculations, rigid bus calculations, and procurement support for utility substation projects.

Senior technical leader responsible for end-to-end architecture and technical direction of a performance measurement and attribution calculation platform. Own cross-cutting design, lead cross-team integration, prototype and adopt AI/ML, mentor senior engineers, and write code for the hardest problems to ensure performance and correctness at scale.

Lead and direct all engineering activities for the manufacturing site, including facility expansion, process and equipment procurement, operational support, HSE compliance, project management, staff development, customer engagement, and resolution of complex technical and organizational problems.

Lead detailed electrical and instrumentation design for industrial projects including 15kV/5kV systems, motor control centers, power and instrumentation plans, equipment specifications, calculations, CAD deliverables, construction support, and mentoring junior staff. Serve as discipline lead on small to mid projects and coordinate cross-discipline design and procurement.

Support test engineers and technicians in high-power lab validation: set up instrumentation, execute documented tests, collect and analyze data, document results, assist troubleshooting, and contribute to continuous improvement and safety practices during a supervised summer project.

Manage front-line software engineering teams for mission systems, driving technical, cost, and schedule performance; recruit and develop staff; oversee staffing projections, metrics, Agile embedded software development, mentoring, and performance management. Support RF/EW product lines and coordinate with program leadership.

Lead BIM strategy and digital engineering for major nuclear infrastructure projects. Implement ISO 19650, coordinate federated models (3D/4D/5D), perform data audits, run clash reviews, liaise with delivery partners, and develop BIM processes, standards and execution plans to support digital twin development.