Top Engineering Manager Jobs

Lead and deliver multiple large, complex capital projects ($40M-$150M) across all phases: feasibility, design, procurement, construction, commissioning. Manage budgets, schedules, vendors, contractors, safety, environmental compliance, and cross-functional teams while driving continuous improvement and mentoring project staff.

Leads a Model Based Engineering capability group in a player-coach role, managing team performance, staffing, talent development, strategy, and continuous improvement. Contributes technically by applying MBSE processes, tools, and modeling languages; developing architectural models; guiding programs through MBSE activities; and creating model database validation rules and searches. Requires collaboration across defense business areas and digital engineering teams.

Leads a Model Based Engineering capability team supporting U.S. defense programs. Responsibilities include managing and developing technical talent, staffing programs, driving digital transformation and continuous improvement, and partnering with business leaders on adoption strategies. The role also contributes technically by applying MBSE processes, tools, and modeling languages; guiding development activities; building architectural models; and creating model database validation rules and searches.

Leads a model-based engineering capability team supporting defense programs. Manages staffing, talent development, organizational strategy, continuous improvement, and digital engineering adoption while contributing technically to MBSE initiatives. Develops architectural models using SysML, UML, or UAF; guides programs through MBSE activities; creates model validation rules and database searches; mentors systems engineers; and collaborates with business leaders, customers, and engineering stakeholders.

Leads a model-based engineering section supporting U.S. defense programs while contributing technically to MBSE initiatives. Manages staffing, talent development, strategy, continuous improvement, and digital engineering adoption. Applies MBSE processes, tools, and modeling languages including SysML and UML; guides programs through development, builds architectural models, and creates model-database validation rules and searches. Mentors systems engineers and collaborates with managers, customers, business areas, and digital engineering leaders in a hybrid environment.

Leads the engineering function for identity, compliance, and risk shared services. Owns roadmap, domain models, architecture, regulatory requirements, hiring, team development, incident response, threat modeling, and cross-functional partnerships with Product, Compliance, Legal, Security, and Risk. This player-coach role requires hands-on technical leadership in regulated financial systems, including identity, onboarding, AML, fraud, and risk decisioning.

The EO/IR Systems Engineering Senior Manager will lead a team, defining and analyzing test systems, supporting product integration, and overseeing system design.

Leads engineering discipline, technology, and process activities while balancing cost, schedule, and performance objectives. Supports portfolio planning and long-term strategy, manages hiring and employee development, presents to internal and external audiences, and guides teams in solving complex product and process problems. Applies manufacturing and operational principles while defining technical solutions and leading projects.

Lead teams building Anthropic’s inference control plane and request path. Own fleet coordination, traffic routing, capacity placement, caching, scheduling, autoscaling, reliability, and performance across heterogeneous hardware and multiple clouds. Drive quantitative efficiency improvements, operational excellence, roadmap strategy, cross-functional alignment, hiring, team development, and organizational growth for critical production infrastructure.

Lead engineering process transformation by establishing a modern SDLC, improving team self-organization, balancing technical debt with product delivery, coordinating distributed and external teams, and ensuring work follows clear specifications. Partner with product, executives, and the Lead Software Engineer to improve throughput, delivery consistency, and codebase stability. Use AI-enabled planning, reporting, and bottleneck identification while fostering a healthy, accountable engineering culture.

Leads the enterprise strategy and architecture for BNY’s desktop, laptop, and virtual workplace platforms. Responsibilities include platform modernization, resiliency, vulnerability management, system hardening, lifecycle planning, disaster recovery, regulatory compliance, and technology risk reduction. The role also defines the future AI endpoint strategy, including AI-capable devices, edge computing, and on-device inferencing to improve privacy, performance, cost efficiency, and operational continuity.

Leads multidisciplinary mechanical and electrical engineering teams through product design, validation, release, production transition, and sustaining support. Establishes technical standards, drives NPI, VAVE, engineering change, manufacturability, root-cause analysis, and process discipline. Partners with Manufacturing, Quality, Supply Chain, Product Management, and Engineering Systems to deliver high-quality products, improve time-to-market, and build an accountable, metrics-driven engineering organization.

Leads Sustaining Design Engineering and Engineering Services teams supporting aerospace and defense production. Oversees technical execution, production support, configuration management, root-cause investigations, corrective actions, continuous improvement, budgets, project assignments, compliance, and team development. Applies mechanical and ordnance design expertise, Lean and Six Sigma methods, risk-reduction tools, and failure-analysis processes while collaborating with customers and cross-functional stakeholders.

Manage engineering, deployment, and sustainment of cloud and AI-enabled cybersecurity platforms. Lead a team to implement secure cloud architectures (Azure/AWS/GCP), CI/CD (GitHub Actions), containerization (Docker/Kubernetes), code quality and DevSecOps practices, and integrate security monitoring. Ensure compliance with RMF/NISPOM/JSIG/NIST A&A requirements and collaborate with architecture and operations stakeholders.

Manage industrial engineering teams and improve manufacturing productivity through labor standards, work measurement, facility layout optimization, capacity planning, and continuous improvement. Lead initiatives to increase throughput, reduce costs, eliminate waste, and optimize material flow, logistics, equipment, and workforce utilization. Partner cross-functionally on manufacturability, production planning, cost control, KPI management, and operational performance improvements.

Leads 8–12 forward-deployed engineers delivering physical AI systems for defense and government customers. Responsibilities include hiring and mentoring engineers, setting technical direction, overseeing customer deployments and integrations, designing scalable architectures, managing concurrent programs, resolving technical escalations, and ensuring delivery across software, operating systems, hardware, and operational environments.

Owns complex global technical solutions enablement programs supporting Sales Engineering. Responsibilities include developing multi-quarter roadmaps, managing cross-functional stakeholders, measuring adoption and performance through Salesforce and LMS data, creating executive communications, assessing regional needs, designing training and workflow-change resources, mentoring junior program managers, and implementing AI-powered process improvements. The role requires independent leadership, change management expertise, and collaboration across Product, Strategy and Operations, Technical Solutions, and People teams.

Leads Sentinel System Security Engineering supply chain risk management across hardware, software, firmware, suppliers, and services. Develops and executes SCRM plans, assesses and mitigates risks, flows security requirements to suppliers, prevents counterfeit components and tampering, and integrates threats, obsolescence, and DMSMS considerations. Manages engineering resources, budgets, schedules, earned value, technical reviews, staffing, performance evaluations, and team development while coordinating with program, procurement, quality, configuration management, and customer stakeholders.

Leads the DFX and Engineering pillar across DFX, test, manufacturing, software, and metrology for a biomedical product portfolio. Owns design-for-manufacturability, testability, yield, cost, and engineering KPIs including first-pass yield, DPPM, and on-time delivery. Builds and develops an onsite engineering team, drives Lean and continuous-improvement practices, and partners cross-functionally with Quality, Materials, Production, Service, R&D, and HR. The role is positioned as a successor to the Director of Operations.

Leads and develops a team building AI enablement tools, developer tooling, reusable accelerators, automation, and shared engineering systems. Remains hands-on with coding, code review, prototyping, and AI-assisted development. Drives production adoption of AI through evaluation, governance, observability, resilience, and operational best practices. Establishes ownership in ambiguous environments and influences architecture, strategy, and infrastructure investment across engineering, security, product, and leadership teams.

Leads and mentors an engineering team building AI enablement platforms, developer tooling, automation, reusable accelerators, and shared engineering systems. The role remains hands-on with coding, code review, prototyping, architecture, production AI adoption, evaluation, governance, observability, resilience, and operational improvement. It partners across engineering, security, product, and leadership to define ownership, strategy, infrastructure investment, and measurable adoption outcomes.

Leads mechanical engineering teams and custom engineering projects from concept through implementation. Oversees new product development, mechanical design reviews, testing, validation, manufacturing coordination, engineering standards, project processes, and continuous improvement. Collaborates with Sales, Service, Manufacturing, Purchasing, Operations, and Product Management while supporting acquisitions, product integration, technology transfers, and roadmap planning. Requires extensive manufacturing engineering experience, mechanical design expertise, CAD proficiency, and people leadership.

The Engineering Manager will oversee teams in Virginia and Texas, ensure proper training for controls technicians, manage engineering projects, and drive revenue growth through data center technology solutions.

Leads modem engineering organization strategy, execution, workforce planning, hiring, and resource allocation. Oversees modem software, firmware integration, platform enablement, cellular feature development, automation, validation, quality frameworks, carrier certification, and interoperability testing. Partners with product management, chipset vendors, ODMs, carriers, and global engineering teams while developing talent and addressing technical risks.

Leads mechanical engineering teams and custom engineering projects from concept through implementation. Oversees new product development, mechanical design, testing, validation, manufacturing feasibility, project schedules, budgets, and technical standards. Drives engineering process improvements, cross-functional collaboration, acquisition integration, technology transfers, and product roadmap initiatives while ensuring quality, regulatory, safety, and customer requirements are met.