Top Engineering Jobs

Leads engineering execution for complex launch and flight systems, managing technical scope, cost, schedule, risks, staffing, earned value, and recovery planning. Coordinates multidisciplinary teams, supports hardware development, testing, software deployment, launch campaigns, and vehicle management. Serves as the primary technical interface for stakeholders, delivering executive briefings and aligning requirements, schedules, and program milestones. Requires extensive engineering leadership, Control Account Manager experience, active Secret clearance, and U.S. citizenship.

Manages a team of five software engineers while overseeing staffing, execution, technical quality, engineering processes, risk tracking, and delivery. The role includes mentoring and career development, recruiting, code reviews, CI/CD and tooling improvements, agile planning, stakeholder reporting, and cross-functional coordination with hardware, firmware, product, and program teams. The manager ensures software delivery remains aligned with product schedules and maintains clear documentation, quality standards, and predictable execution.

Leads enterprise quality engineering and testing strategy for AirHub, overseeing functional, integration, regression, automation, performance, UAT, and stakeholder testing. Establishes testing frameworks, manages contractor test engineers, coordinates client and EPA testing resources, governs TestRail, defines quality metrics, manages defects, and supports release readiness decisions.

Develop and maintain high-fidelity, real-time simulation software for SpaceX vehicles and flight systems. Build simulation infrastructure and physics models, prototype designs, improve reliability and performance, and collaborate with users and engineering teams on new features. The role requires strong C++ development, debugging, optimization, testing, distributed systems knowledge, and physics and mathematics expertise.

Develop and maintain high-fidelity, real-time simulation software for SpaceX vehicles. Build core simulation infrastructure, prototype design concepts, improve reliability and performance, and collaborate with engineering teams and simulation users. The role requires strong C++ development, software design, debugging, optimization, unit testing, and knowledge of distributed systems, networking, memory management, CPU scheduling, physics, and mathematics. Employees may need to work extended hours and weekends when necessary.

Develop and maintain high-fidelity, real-time simulation software for SpaceX vehicles. Build core simulation infrastructure, model physics and vehicle systems, prototype designs, improve reliability and performance, and collaborate with engineering teams and simulation users. The role involves C++ development, debugging, optimization, unit testing, and support for critical flight-system simulations.

Develop and maintain high-fidelity, real-time simulation software for SpaceX vehicles and flight systems. Build core simulation infrastructure and physics models, prototype design concepts, improve software reliability and performance, and collaborate with simulation users and engineering teams to deliver new features. The role requires strong C++ development, debugging, optimization, testing, and knowledge of distributed systems, networking, memory management, CPU scheduling, physics, and mathematics.

Evaluate and process performance test protocols and reports, observe and document stack/source tests and calibrations, perform engineering calculations to quantify emissions, interpret and apply air quality rules and test methods, provide technical guidance to regulated parties and agencies, and support permit, policy, inspection, and enforcement activities.

Full-time, in-person engineering internship focused on advanced composite manufacturing. Interns may design and tolerance parts and tooling, fabricate composite components, operate manufacturing equipment, perform testing, conduct materials and process experiments, and develop automation or robotic systems. The role requires adaptability, hands-on manufacturing experience, rapid prototyping skills, and strong collaboration. CAD, composite design, machine shop, CNC, robotics, electronics, and material characterization experience are preferred.

Two-year leadership development program featuring four rotations across product engineering and development teams in different U.S. locations. Participants contribute to business-critical projects and product launches while developing technical and leadership skills across industrial automation technologies, including software, controls, cloud, security, and motion systems. The program is designed for early-career candidates aspiring to become team leads, engineering managers, or senior technical leaders.

Design, develop, test, and debug software for spacecraft flight, embedded, ground, communications, and mission operations systems. Build simulation and hardware-in-the-loop frameworks, collaborate with hardware and systems teams, resolve integration issues, and contribute to code reviews, documentation, testing, and engineering practices.

Lead a 15-person Container Product Engineering team building hardened container images, registry services, build systems, adoption tooling, and compliance features. Own team outcomes, hiring, coaching, roadmap execution, technical quality, delivery, planning, and cross-functional collaboration. Remain hands-on through code and design reviews while guiding AI-native engineering practices. The role partners with product and platform teams and offers a path toward broader Director-level scope.

Lead and grow a software engineering team responsible for clearing systems. Manage hiring and performance, guide architecture and design decisions, align roadmaps with product management, improve delivery and reliability metrics, establish engineering standards, shape team ownership, and oversee on-call and production support. The role requires capital markets or clearing knowledge and hands-on familiarity with modern Java-based platforms.

Lead and grow a developer experience engineering team responsible for internal platforms, CI/CD, observability, reliability, deployment tooling, disaster recovery, and production readiness. Own the platform roadmap as an internal product, improve engineering delivery metrics, define service objectives and error budgets, automate manual work, maintain architecture records, and partner with security and platform teams. The role includes hiring, performance management, reliability practice, and operating systems in a regulated financial infrastructure environment.

Leads a team of 10 engineers building and maintaining NIBRS and compliance reporting capabilities for public safety records platforms. Oversees technical quality, validation, certification, delivery, incident follow-through, resource allocation, and team development. Partners with product, R&D, agencies, and regulators to implement federal and state reporting requirements, improve engineering operations, and define the roadmap for new states, report types, automation, and platform capabilities. The role is remote within the United States with travel of up to 25%.

Lead UI engineering for a new game franchise by building production-quality UI systems, workflows, and tools in C++ using Unreal Engine 5. Manage and mentor UI engineers, provide technical guidance across gameplay disciplines, and collaborate with design and cross-functional teams to deliver responsive player experiences. Responsibilities include HUDs, menus, fonts, localization workflows, and developer tools.

Lead the Middleware Transport team responsible for in-vehicle messaging, networking, serialization abstractions, and vehicle-to-cloud connectivity. Own the roadmap, staffing, architecture, and release commitments while developing engineers and managing performance and hiring. Partner cross-functionally with firmware, security, simulation, manufacturing, fleet operations, and infrastructure teams. Balance reliability incidents with long-term platform architecture and establish technical standards for transport systems.

Lead a developer productivity engineering team responsible for CI/CD, build systems, internal tooling, and AI-augmented development workflows. Improve developer experience, engineering velocity, and software quality through scalable infrastructure, productivity metrics, AI tool adoption, coaching, and governance. Partner cross-functionally, mentor engineers, evaluate AI technologies and costs, and establish standards for security, correctness, licensing, and data handling.

Lead strategy, engineering, implementation, and operations of enterprise OT telemetry platforms. Ensure availability, security, scalability, and standardization of telemetry services; integrate OT data sources with enterprise and cloud platforms; build and mentor engineering teams; establish operational processes, monitoring, incident response, capacity planning, and lifecycle management; evaluate vendor technologies and maintain technical documentation.

Design and operate query infrastructure for Salesforce’s globally distributed, multi-tenant platform. Develop algorithms for query generation, optimization, indexing, statistics, and execution; analyze production telemetry; build diagnostics and automation; and deliver safe, incremental rollouts. Own reliability, SLAs, SLOs, monitoring, and on-call support while troubleshooting issues across application, database, and infrastructure layers. Collaborate with database, runtime, platform, and application teams to improve performance and scalability.

Lead and grow an engineering team building core VM and container platform capabilities for Azure. Drive technical strategy, execution, incident resolution, cross-team coordination, and scalable, secure platform innovations.

Leads a software engineering team responsible for designing, developing, and implementing applications. Oversees project delivery, translates business requirements into technical specifications, monitors risks, ensures timely and cost-effective execution, mentors team members, and promotes collaboration and innovation.

Lead and manage a team of software engineers building 2D and 3D tools for virtual product creation and visualization. Participate in Agile development, ensure engineering best practices and CI/CD deployments, communicate with stakeholders, maintain team health, and deliver high-quality tooling for artists and creators.

Supports semiconductor test development by verifying test code and programs, evaluating silicon devices, investigating unexpected results, correlating findings with design teams, and developing testing strategies. The intern uses Python, C, Visual Basic, and laboratory instruments while contributing to new product introduction, characterization, qualification, production testing, yield optimization, and test-time reduction activities.

Design, prototype, test, and validate mechanical hardware for electrochemical systems, including cells, test stands, fixtures, flow and thermal-management components, and sealing solutions. Create CAD models and drawings, implement instrumentation and data acquisition, coordinate fabrication and sourcing, and optimize designs for manufacturability, cost, reliability, and production yield. Collaborate with electrochemical R&D, process engineering, manufacturers, vendors, and consultants to advance concepts from prototypes to commercial-scale assemblies.