Top Engineering Jobs

Manage and grow a distributed software engineering team, set development standards and architecture, hire and mentor engineers, deliver scalable full‑stack SaaS applications, and perform hands‑on development and architectural oversight to meet business objectives.

Lead and evolve QA engineering and performance testing teams, prioritizing automation and enterprise performance practices. Oversee test automation frameworks, integrate testing into deployment pipelines, and drive performance testing strategy and tooling. Partner with business and IT to embed quality across delivery, manage resources, and build skills through training programs.

Manage and mentor a team of electrical engineers developing hydraulic, electro-mechanical, and electro-hydraulic test systems for flight control actuation. Lead requirements management, system modeling and analysis, integration and test, project execution, process improvement, and contribute technically to programs.

Lead a small product engineering team supporting military aircraft electronics through NPI and production. Resolve assembly/test issues, maintain product integrity and quality, drive producibility and cost improvements, author work instructions/ATP/EHR entries, manage MRB/CRB/EO activities, mentor staff, and coordinate with customers and suppliers.

Lead and develop a product engineering team supporting commercial aircraft production. Provide hands-on technical leadership for production and development programs, resolve assembly/test/manufacturing issues, manage supplier technical interfaces and MRB dispositions, drive producibility, quality and cost improvements, support field failure analysis, and coordinate Lean/process improvements with cross-functional teams.

Lead a core engineering knowledge management team to capture, store, and share critical product and systems knowledge. Develop and execute multi-year KM strategies, drive adoption, integrate KM with digital engineering systems, measure KM performance, and partner cross-functionally to implement process improvements and training.

The Program Manager will lead product development projects, managing schedules, scope, and stakeholder relationships while ensuring alignment with strategic goals.

Serve as the mechanical compliance lead for data center racks and enclosures, owning regulatory strategy, coordinating certifications (UL/CB, seismic, ICC‑ES), approving sustaining ECOs, resolving field and manufacturing compliance issues, producing compliance documentation, and mentoring engineers.

Lead global MCAD tooling and practices: develop and maintain MCAD libraries, templates, SOPs and job aids; provide functional MCAD support; drive CAD/PDM upgrades; act as engineering liaison to MCAD solution providers and implement proofs of concept to improve MCAD usage.

Lead product engineering for single‑phase UPS portfolio: define requirements, resolve field issues, manage product lifecycle, oversee testing and validation, drive NPDI effectiveness, mentor engineering and test teams, manage budgets and CapEx, and coordinate cross‑functional stakeholders to improve reliability and time-to-market.

Lead a multidisciplinary presales engineering team to develop technical data center solutions, interpret tender requirements, coordinate disciplines and suppliers, produce and review technical documentation, support sales, guide staff development, improve engineering tools/processes, and travel for customer meetings.

Design and integrate printed wiring boards and assemblies for thermal products. Create system architectures, write PWB specifications, develop hardware and factory test plans, manage CM/vendor test equipment, evaluate and mitigate EMC risks, troubleshoot failures, support part selection and production documentation, and collaborate with firmware and global teams.

Design, build, and maintain custom applications using Google AppSheet; integrate apps with Excel and SQL databases; gather requirements from stakeholders; implement workflows, dashboards, and data models; monitor and optimize app performance; provide user training and documentation; apply AI and process-improvement methods to automate and enhance PMO operations.

Lead a global electrical engineering team to design, validate, and support high-density liquid cooling systems for data centers. Oversee NPI, product transfers, manufacturing support, testing, documentation, compliance with electrical standards, continuous improvement, and cross-functional collaboration while developing team capability and reporting to senior leadership.

Lead Americas infrastructure solutions engineering strategy and delivery, owning post-sales execution, compliance with regional codes, financial and capacity planning, program oversight, and talent development while partnering cross-functionally with Sales, Operations, Product, and Global Engineering.

Lead and manage an electrical design team delivering low-voltage power distribution designs for large data center projects. Oversee design reviews, code compliance, cross-discipline coordination, schedules, risk assessments, QA, mentorship, client collaboration, KPI reporting, and continuous improvement to ensure projects meet standards, budget, and deadlines.

Lead and build a customer-facing engineering team to drive growth with strategic cloud, NeoCloud, AI infrastructure, and MTDC accounts. Engage customers on rack-to-deployment architectures, translate requirements into product roadmaps, coordinate integrated power and rack solutions, support proofs-of-concept and pilots, and align cross-functional teams to convert technical engagements into revenue.

Lead global engineering for liquid cooling (TCS/SFN) across NPDI stages, set global design standards and reusable modules, manage PTC Creo models and PLM data, perform system sizing and validation, oversee prototyping and supplier engagement, and mentor regional engineers to ensure manufacturability, consistency, and integration with Application Engineering and ETO.

As the Automation & Controls Engineering Manager, you will lead the team responsible for factory automation strategy, oversee project execution, and ensure safety compliance in manufacturing processes.

Lead global product architecture and technical strategy for data-center liquid cooling (CDUs and rear-door heat exchangers). Establish design standards, guide thermal/structural/fluid design, oversee validation and reliability, coordinate cross-regional engineering, manage suppliers, support production launches, and mentor engineering teams.

Lead enterprise-wide test strategy and standards across product development, validation, manufacturing, and certification. Own DVT methodology, direct the Core Engineering Test Automation team, align engineering and manufacturing test (DFT/EOL), manage certification agency relationships, and establish KPIs and continuous improvement for test effectiveness and automation adoption.

Lead software engineering and DevOps across the SDLC, define long-term vision and roadmap, drive Agile/DevOps transformation, implement CI/CD, IaC, containerization, and DevSecOps practices, ensure security/compliance, manage teams and large projects, and maintain operational resilience and innovation alignment with business objectives.

Lead strategy and delivery of modern infrastructure and hybrid cloud platforms. Manage a platform engineering team, drive automation, observability, identity and integration platforms, enforce governance and compliance (SOC2/ISO27001/NIST), and partner with cross-functional stakeholders to improve platform reliability, security, scalability, and adoption.

Design, deploy, and optimize classified wireless, wireline, and broadband networks. Configure and troubleshoot enterprise routers/switches, implement Type 1 crypto and network security (IPSEC/MACSEC), provide Tier 2-4 support, produce engineering documentation, ensure compliance, and lead moderate-sized projects while coordinating stakeholders and vendors. Requires TS/SCI with polygraph.

Manage and lead mechanical engineering teams through program execution for ISR/aviation systems. Oversee design, documentation, approvals, staffing, scheduling, budgets, risk mitigation, process improvement, training, and talent development while ensuring engineering output meets program requirements and security clearance standards.