Top Engineering Jobs

Industrial Engineering Interns support manufacturing and engineering teams on continuous improvement, process optimization, automation, capacity, time studies, plant layout, ergonomics, material flow, quality, and capital projects. They analyze problems, develop project plans, troubleshoot equipment and processes, create documentation and training materials, and help implement measurable operational improvements in a hands-on manufacturing environment.

Mechanical Engineering Interns support hands-on manufacturing projects involving continuous improvement, automation, safety, capacity utilization, equipment troubleshooting, plant layout, material handling, time and ergonomic studies, and project estimation. Interns collaborate with engineering and site teams, create technical documentation and drawings, and assist with project planning and leadership. Candidates must be enrolled in an accredited bachelor's or master's engineering program and demonstrate strong problem-solving, organization, safety, and accountability.

Leads RF hardware engineering across space radio programs, owning technical direction, delivery, design quality, verification, hiring, team development, and process scalability. Participates in architecture reviews, schematic reviews, failure investigations, and cross-functional work with FPGA/DSP, software, mechanical, manufacturing, test, and supply chain teams. Represents RF engineering with customers, government programs, primes, and partners.

Lead a small team of Site Reliability Engineers focused on the storage layer of MongoDB's cloud services. Responsibilities include setting technical direction, managing capacity, and improving operational processes.

Lead global payroll and time engineering strategy and delivery for Oracle HCM and ADP ecosystems. Own platform lifecycle, integrations, controls, compliance, resiliency, vendor governance, and adoption of AI-enabled engineering. Manage multiple teams, align cross-functional stakeholders (HR, Finance, Tax, Treasury), and drive modernization of integrations, SDLC automation, observability, and incident readiness.

Hands-on technical lead designing, building, and optimizing high-performance Linux compute platforms for low-latency electronic trading. Responsibilities include kernel- and hardware-level performance tuning, containerization, IaC and CI/CD design, automation and tooling development, vendor interfacing, AI-assisted engineering governance, and mentoring cross-functional engineering teams to deliver reliable, low-latency infrastructure.

Lead multiple engineering teams to design, scale, deploy, and maintain high-scale data plane infrastructure (Spark/Flink and Apache ecosystem) for real-time event processing. Hire, mentor, and grow platform engineering talent; collaborate cross-functionally to deliver scalable data platforms, hybrid cloud/on-prem solutions, and improve performance and reliability for Falcon platform.

Design and deliver blockchain network infrastructure and platform APIs, lead multi-quarter initiatives (chain integrations, re-architecture, data migrations), define APIs/SLOs/observability and on-call ownership, ship SDKs and platform primitives, establish data contracts, and simplify cross-chain operations to enable analytics, ML, and data engineering teams.

Lead and grow a Production Engineering team to integrate, deploy, commission, and maintain humanoid robots. Own last-mile integration, on-site deployments, fleet rollout and observability, provisioning/configuration, and cross-functional handoffs while establishing repeatable processes, deployment playbooks, and on-call/reliability standards.

Lead and scale Flywire's B2B engineering across the Americas, define technology strategy and operating model, build internal engineering capacity, establish Austin as an engineering hub, drive AI-first initiatives, ensure platform reliability/security/scalability, partner cross-functionally, recruit and mentor senior technical talent, and represent B2B engineering at the executive level.

Lead and grow the engineering team owning the warehouse management system (WMS), vault, and fulfillment platforms. Ensure reliability, scalability, security, and integrations; partner with product; provide architectural guidance; champion AI/LLM tooling; establish operating standards, incident response, and observability; recruit and mentor engineers and technical leads.

Lead and grow a distributed Platform engineering team to build scalable, highly available infrastructure and developer platforms. Drive roadmaps across application and infrastructure, improve observability and automation, support CI/CD, security, and on-call operations, and engage with customers to incorporate feedback.

Manage multiple merchant services applications and teams, resolve production incidents, deliver enhancements/releases, patch cyber issues, implement monitoring/reporting, ensure compliance with audits, and develop staff in a Site Reliability Engineering environment.

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.