Top Engineering Manager Jobs

Lead and manage an engineering team responsible for enterprise Azure platform operations, AVD, IaC (Terraform), and Nerdio optimization. Drive team performance, operational excellence, risk management, cross-team coordination, onboarding, and delivery while translating architecture into actionable execution and ensuring accountability across senior engineers.

Lead electrical engineering for Extended Power Uprate projects, ensuring compliant design, constructability, reliability, and regulatory (NRC, NERC, INPO) adherence. Coordinate with EPCs, OEMs, Owner's Engineer, and site teams, resolve technical issues, support regulatory submittals, and deliver safe, maintainable electrical system modifications on schedule and budget.

Lead I&C and digital engineering for Extended Power Uprate projects, ensuring safe, compliant design and testing. Coordinate with EPCs, OEMs, and site teams, support reviews and regulatory interactions, and drive timely, constructible integration of electrical systems meeting NRC, NERC, IEEE, and INPO standards.

Lead a hands-on product engineering team to deliver cloud-native, AI-first applications. Responsibilities include team hiring and development, client delivery ownership, architecture guidance, solutioning with sales, resource management, and practice operations while driving adoption of modern engineering, DevSecOps, and GenAI practices.

Lead Quality Engineering for PCBA and Box Build manufacturing, manage customer quality and audits, drive root-cause investigations (8D), oversee quality systems (ISO/AS/IATF), lead CAPA and continuous improvement (Lean Six Sigma), and develop quality teams to improve yield, reduce defects, and meet customer requirements.

Lead and mentor a backend engineering team owning enterprise address services. Partner with product, architects, SRE, and security to deliver scalable, secure, API-first microservices, ensure quality, reliability, CI/CD practices, incident response, and continuous improvement while managing delivery, metrics, and vendor/offshore teams.

Lead and grow a Build Reliability Engineering team to embed reliability across design, manufacturing, test, and launch. Drive failure analysis (Fault Tree, 8D), integrate FMEA and predictive modeling into early designs, set reliability KPIs (MTBF, first-pass yield), partner with NPI, Supply Chain, and Operations to resolve supplier and production issues, and build scalable processes and staffing for high-rate production.

Leads complex semiconductor technology and product development programs from concept through qualification, manufacturing readiness, and high-volume production. Owns scope, schedules, resources, dependencies, risks, milestones, governance, and executive reporting. Coordinates engineering, manufacturing, quality, supply chain, operations, product management, and customer-facing teams. Drives NPI, qualification, commercialization, yield improvement, reliability, issue resolution, and continuous improvement while aligning technical execution with business objectives.

Lead NVIDIA’s HBM Product Development Engineering team through bringup, characterization, NPI, manufacturing ramp, and high-volume production. Manage engineers, collaborate with ASIC, test, reliability, manufacturing, and HBM suppliers, and resolve yield excursions, quality issues, and reliability escapes. Establish data analysis, automation, and statistical monitoring frameworks; drive supplier feedback, test audits, qualification readiness, and manufacturing scale-up. Present HBM readiness and risk assessments to leadership.

Lead and coach engineering teams building reusable, agent-native frameworks, SDKs, and tools; drive cross-team collaboration, budget and technical decisions, and enterprise adoption while ensuring secure-by-default, cloud-native solutions.

Leads and grows the ATE Test Engineering organization, defining test strategies for high-speed mixed-signal and SoC products from silicon bring-up through high-volume manufacturing. Oversees wafer-sort and final-test hardware, ATE program development, characterization, debug, coverage, yield, cost, and test-time optimization. Partners with design, DFT, product engineering, operations, and manufacturing teams to deliver production-ready connectivity products and improve quality and execution.

Leads complex analog/mixed-signal semiconductor programs from specification through tape-out and silicon validation. Responsibilities include developing schedules, managing milestones, budgets, dependencies, risks, and deliverables; coordinating circuit design, layout, verification, validation, systems, operations, foundries, and vendors; leading program reviews; communicating status and trade-offs; and improving program management processes.

Leads infrastructure engineering delivery across Microsoft Azure and on-premises environments, including networking, compute, storage, databases, security, and shared platform services. Builds high-performing teams, reviews architecture, manages technical risks and priorities, establishes governance and operational processes, and drives automation, standardization, reliability, and continuous improvement. Partners with technical and business stakeholders to align infrastructure investments with measurable business outcomes.

Leads the architecture, delivery, and operation of enterprise-scale agentic AI and automation platforms for IT operations. Builds and manages engineering teams, develops production AI agents and integrations, sets technical standards, owns roadmaps, and drives measurable improvements in cost, throughput, availability, SLAs, and compliance. Requires hands-on software engineering leadership, enterprise automation expertise, cloud and infrastructure proficiency, executive communication, and experience deploying governed autonomous workflows.

Lead and mentor an engineering team to design and deliver precast concrete structures. Oversee technical execution, review calculations and drawings, manage project schedules and risks, coordinate with contractors and stakeholders, support production and sales, and perform site visits to ensure safety, quality, and timely delivery.

Leads robotic process development engineering, including recruiting and managing multidisciplinary teams; translating optical and mechanical designs into scalable manufacturing processes; developing automated precision photonic assembly systems; and overseeing process architecture, equipment, alignment, verification, validation, and qualification. Partners cross-functionally on design-for-manufacturability, production transition, process optimization, and complex engineering programs while balancing schedule, budget, resources, and risk.

The Process Engineering Manager oversees manufacturing processes, providing technical support, optimizing operations, and leading engineering initiatives while ensuring compliance with regulatory standards.

Lead and coach a territory-based team of Applications Engineers while remaining hands-on commissioning robotic cells, designing solutions, reviewing integrations, and supporting complex installs. Own capacity planning, customer escalations, territory technical strategy, standards, playbooks, and collaboration with sales and product teams. Travel up to 25% for escalations and key customer engagements.

The Engineering Manager leads technical evaluations for commercial real estate investments, overseeing acquisitions, development, and sustainability initiatives, while providing expert guidance for asset management and risk assessment.

Lead and coordinate multiple cross-functional engineering teams to deliver high-quality product features on time and within budget. Provide technical and people management, validate designs and compliance, define best practices, coordinate dependencies, collaborate with product and scrum teams, participate in release planning, and drive architecture, reliability, and scaling decisions.

Lead and mentor a team of FEA/CAE analysts performing hands-on simulations (60%) and management (40%) for engines, drive systems, electrified propulsion and vessel structures. Oversee complex non-linear, dynamic, fatigue and multi-physics analyses, coordinate onsite/offshore work, support design trade-offs and DFMEA, develop/validate analysis methods, improve tools/processes, and communicate results to stakeholders.

The Traffic Engineering Manager will lead traffic projects, develop impact studies, ensure compliance, mentor junior engineers, and analyze traffic issues using engineering tools.

Leads global thermal testing programs, teams, methodologies, and laboratory capabilities. Ensures accurate, repeatable data for modeling, certification, customer validation, and product development. Oversees instrumentation, data acquisition, lab systems, process improvement, training, metrics, and compliance activities. Supports field testing, troubleshooting, industry representation, and safe operation of specialized equipment, including boiler plants and ammonia test facilities.

Lead and grow the Platform & AI Infrastructure team, set product and technical strategy, write and review code, build shared services (authn/authz, RBAC, FGAC, audit trails), and design and operate reliable AI/LLM infrastructure. Mentor engineers, hire, and embed AI where appropriate to accelerate the product while maintaining compliance.

The Support Engineering Manager oversees a support team providing technical solutions for Ubuntu products, ensuring customer satisfaction and team development.