Top Engineering Manager Jobs

Leads the manufacturing engineering team and drives process optimization, lean and Six Sigma initiatives, automation, capital projects, and continuous improvement. Oversees manufacturing methods, tooling, equipment, new product introduction, production readiness, quality, safety, and compliance. Partners cross-functionally to improve throughput, productivity, cost, delivery, and operational performance while developing engineering talent and advancing smart manufacturing capabilities.

Lead and grow General Matter’s Applied AI team, set technical direction and priorities, remain hands-on in architecture and implementation, and partner with engineering teams across licensing, safety, design, and manufacturing. Build AI-driven tools using LLMs, agents, RAG, and related techniques to accelerate engineering workflows. Establish scalable processes for experimentation, evaluation, production handoff, and team development while communicating progress and tradeoffs to leadership.

Lead a section of 15–20 systems engineers on the RAD program. Own hiring, development, performance management, resource balancing, and day-to-day operations. Champion Agile and MBSE (CAMEO), oversee modeling & simulation, systems architecture, mission integration, and ensure SAP/SAR access and DoD Secret clearance compliance.

The Senior Solutions Manager leads Solutions Engineering teams, drives technical execution, improves sales conversion, and aligns with commercial goals in a dynamic, high-stakes environment.

Lead a team of enterprise sales engineers to support sales with technical expertise: design solutions, deliver demos and proposals, respond to RFPs, provide product feedback, create technical marketing materials, and build customer and partner relationships while staying current on security trends.

Lead and grow a global product and engineering recruiting team: set performance goals, mentor managers and recruiters, partner with business leaders, improve processes, source hard-to-find engineering talent, leverage AI tools, maintain ATS accuracy, and ensure excellent candidate experience across hiring lifecycle.

Lead multiple engineering teams to translate strategy into technical roadmaps, drive architecture and API design, coordinate cross-functional delivery, coach and grow engineers, measure and improve team performance, and adopt new technologies to enhance resident and associate experiences.

Lead a team to develop, govern, and integrate systems engineering tools and processes into a model-based digital engineering ecosystem. Drive requirements, lifecycle, configuration management, development assurance (ARP4754), MBSE integration, ALM tool administration, AI-enabled tooling, training, and cross-functional change adoption across Aerospace Engines & Power Systems.

Lead and coach a software engineering team building cloud-based integration solutions. Provide technical leadership for architecture, automation, testing strategy, and quality. Oversee delivery of complex microservices/API projects, enforce secure coding and operational standards, and drive process improvements and performance validation.

Lead and mentor a team of full-stack engineers to define strategy, roadmap, and measurable goals. Collaborate with Product, Data Science, Operations, and executives to deliver scalable, high-availability services. Make technical tradeoffs, hire and retain talent, apply AI tools responsibly, and ensure code correctness, security, and production quality while executing large, complex initiatives.

Lead the Identity Access Management team, define IAM strategy, design security controls, oversee security reviews, mentor engineers, and collaborate with stakeholders.

Lead and grow a small autonomy engineering team to design, integrate, validate, and field autonomy software for launched effects. Own delivery, hiring, mentoring, technical direction, ICDs, pre-deployment validation, live test support, hardware/software debugging, and cross-team collaboration for multi-agent and air-gapped fleet deployments.

Lead and grow the mechanical engineering team for avionics in X-BAT aircraft and ground vehicles. Own architecture, thermal, harnessing, and electro-mechanical design from concept through manufacturing, partnering with electrical, RF, PCB, reliability, supply chain, structures, and manufacturing teams to deliver flight-critical systems.

Lead and grow the mechanical engineering team responsible for avionics packaging, thermal, harnessing, and electro-mechanical design for the X-BAT aircraft and ground vehicle. Drive architecture, cross-functional integration, manufacturing readiness, and deliver flight-critical systems that endure harsh environments while hiring and mentoring engineering leads.

Lead and scale V-BAT simulation capabilities by designing and integrating simulation tooling, managing a distributed simulation engineering team, aligning cross-functional priorities, creating workflows and documentation, and delivering simulation roadmaps, dashboards, and release processes to ensure safe, reliable aircraft development.

Lead a team designing, building, and releasing aircraft-focused software: OTA update systems, simulation/training apps, maintenance/operator tools, and flight-data pipelines. Coordinate with DevOps, Simulation, Integration & Test, and GCS to ensure secure, reliable, and integrated solutions for fleet and customer operations.

Lead and contribute to design, analysis, and integration of launch/recovery mechanical systems from concept through production. Establish engineering standards, perform FMEA and reliability modeling, support testing and field operations, and manage a team of mechanical engineers while coordinating cross-functionally to ensure buildable, testable, and reliable designs.

Lead and mentor a team integrating and validating the Hivemind autonomy platform across SIL, HIL, and flight environments. Drive architecture and tooling for integration, review logs/telemetry/rosbags, triage cross-system defects, partner with Engineering/Product/Program teams, and ensure capabilities meet product and customer requirements while remaining hands-on in system integration and debugging.

Manage a small flight test engineering team supporting ICBM operational test launches. Oversee pre-launch mission planning, 6DOF flight predictions, telemetry processing, IMU/GPS accuracy analysis, reentry-vehicle and booster performance analysis, anomaly investigation, physics-based modeling, tool development, and technical reporting and briefings.

Lead a distributed engineering team to drive roadmap and deliver high-quality SaaS and on‑prem storage infrastructure. Remove blockers, apply first-principles to complex systems, champion engineering excellence, collaborate with cross-site stakeholders, and grow engineers through coaching and career development.

Lead end-to-end delivery of ML infrastructure and AI tooling programs, defining architecture and rollout strategies for training, serving, and monitoring. Coordinate research, engineering, product, and data teams to optimize inference cost/latency, build internal tools for experiment tracking and model versioning, and resolve bottlenecks to enable faster, scalable ML deployments.

Lead and manage forward-deployed software engineering teams in PwC's Tax practice. Own project planning, budgeting, execution, and delivery of API-driven, microservices-based applications. Mentor staff, implement CI/CD, ensure enterprise application integration, optimize system interactions, and collaborate with clients and support teams to resolve software issues and drive digital transformation.

Lead and manage a systems engineering team to develop and scale systems engineering tools and processes, ensure requirement verification and test objectives, reduce subsystem/component technical risk ahead of stage testing, align stakeholders, mentor engineers, and drive decisions across vehicle domains to support Terran R development and launches.

Lead development and deployment of data-driven software solutions within the Tax practice. Manage client relationships, guide teams in design/coding/testing, enforce coding standards, implement CI/CD, integrate enterprise applications, conduct code reviews, mentor staff, and ensure projects are planned, budgeted, executed, and completed to meet client expectations.

Lead and grow the electrical engineering team designing high-performance compute and sensing for humanoid robots. Oversee custom SoM carrier board development, high-speed data protocols, power architecture, sensor integration, signal/power integrity, EMI/EMC, and cross-functional collaboration with software and perception teams to deliver robust, low-latency hardware for production robots.