Top Engineering Jobs

Lead two engineering teams owning Airbnb’s marketing communications platform, including message orchestration, delivery infrastructure, observability, reliability, and AI-native systems. Responsibilities include technical strategy, roadmap execution, engineering management, career development, cross-team prioritization, SLOs, incident management, vendor escalations, and 24/7 on-call operations. The role requires delivering production-grade agentic systems, high-throughput distributed services, large-scale migrations, and reliable messaging across multiple channels.

Systems Engineering Interns support technical and engineering organizations while enrolled in an accredited degree program. Responsibilities may involve applying systems engineering concepts, requirements management, modeling and simulation, verification and validation, lifecycle processes, and MBSE. Candidates may use CAMEO and contribute to cross-functional project teams through effective communication and collaboration.

Leads systems integration and test engineering for the PrSM missile program. Manages team staffing, development, performance, and mentorship while coordinating missile processing, asset management, hardware and software integration, verification, validation, and qualification testing. Develops test plans and readiness review materials, supports subsystem builds, coordinates test ranges and safety documentation, and balances technical, cost, and schedule objectives. Requires engineering expertise and eligibility for a Secret clearance.

Supports kinetic technology experiments involving conventional weapons and energetic materials. Designs, fabricates, assembles, tests, troubleshoots, upgrades, and maintains complex electro-mechanical systems and instrumentation. Collaborates with scientists and engineers, develops procedures, documents and presents test results, leads technical staff, and provides independent technical direction. The role requires full-time onsite work, periodic travel to Nuclear Weapons Enterprise sites, U.S. citizenship, and eligibility for a DOE Q-level clearance.

Designs and integrates enterprise solutions across HPE hardware and software platforms. Advises customers during architecture discussions, workshops, demonstrations, and proof-of-concepts; translates business needs into technical solutions; supports deployments and resolves complex issues. Collaborates with sales, presales, engineering, product teams, partners, and customers to drive solution adoption. The role requires expertise in cloud, automation, containers, AI, storage, networking, software integration, and customer-facing technical communication.

Leads a systems integration lab and cloud engineering team supporting Air Force network and cyber operations. Manages AWS environments, lab resources, engineering workloads, and technical staff while overseeing systems architecture, network design, integration, testing, security, documentation, and lifecycle support. Develops scalable, highly available cloud solutions and interoperable hardware, software, and network platforms. Provides technical leadership, senior-level briefings, standards development, mentoring, and support for complex DoD systems and networks.

Leads continuous improvement across safety, production attainment, yield, quality, and cost. Provides daily production support, process troubleshooting, optimization, capital improvement design, and manages OSHA-PSM activities including change management, safety reviews, procedures, incident investigations, and hazard analyses. Oversees two direct reports and supports chemical or polymer manufacturing operations involving reaction, distillation, refrigeration, fired heaters, and heat integration.

Leads Windows engineering and enterprise endpoint management, requiring hands-on expertise with OS deployment, imaging, troubleshooting, patching, software distribution, compliance, lifecycle management, SCCM/MECM, and Intune. Oversees virtual desktop and remote computing environments, including Citrix, VMware Horizon, and Azure Virtual Desktop, along with automation and scripting. Requires six years of IT engineering experience, five-plus years in enterprise desktop or end-user computing, and management experience. The hybrid role requires three onsite days weekly.

Supports Antares launch vehicle avionics integration, testing, troubleshooting, maintenance, and launch operations. Coordinates electrical technicians, reviews and updates test procedures, evaluates flight readiness, analyzes discrepancies, supports corrective actions, and collaborates with NASA, FAA, range safety, systems, mechanical, quality, and safety teams. The role requires a STEM degree, U.S. citizenship, occasional travel, overtime, and possible second-shift work.

Lead engineering for a business-critical investment accounting platform, overseeing modernization from Windows-based Visual C++ to distributed Java and web architectures. Responsibilities include architecture, software delivery, Agile planning, production stability, cloud adoption, DevOps practices, stakeholder communication, and engineering team mentorship. The role requires strong financial services and investment accounting knowledge, enterprise application experience, and hands-on leadership across global teams.

Manage Windows engineering and enterprise endpoint environments, including OS deployment, imaging, troubleshooting, lifecycle management, SCCM/MECM, Intune, software distribution, patching, compliance, co-management, VDI, remote computing, and automation. The role requires leadership experience and hybrid attendance three days onsite.

Supports manufacturing engineering and operational improvement initiatives in a school bus production environment. The intern gathers and analyzes data, assists with process improvement and problem-solving, completes a functional assignment and special project, communicates progress and results, follows safe work practices, and presents project outcomes to leadership.

Manufacturing Engineering Interns complete functional assignments and special projects in a manufacturing environment. Responsibilities include supporting process improvement, problem-solving, operational efficiency, data gathering, cross-functional collaboration, project planning, and communicating project outcomes to leadership. Interns work full-time during the defined internship period and may support plant, production, or operational activities while following safe work practices.

Engineering interns spend 10–12 weeks embedded with Ampeers’ engineering team, owning a project from investigation through measurable results. Responsibilities may include system analysis, design, fabrication drawings, building, testing, troubleshooting, documentation, and presenting findings. Projects support the development and manufacturing of high-temperature superconducting tapes and wires across mechanical, thermal, fluid, chemistry, controls, cryogenics, and data systems.

Manage and monitor Veeam backups, retention settings, repository capacity, restores, and recovery testing. Administer and troubleshoot Windows server and workstation patching, track failures, and coordinate resolutions across IT teams. Communicate backup and patch status to compliance, service desk, and leadership. Maintain compliance documentation, reports, charts, and diagrams while supporting cross-department collaboration.

Supports technical and engineering organizations while enrolled in an accredited degree program. Responsibilities may include mechanical design, CAD work, interpreting engineering drawings and technical documentation, analytical problem-solving, and technical writing. The intern must be able to obtain and maintain a Department of Defense security clearance and work at a facility requiring special access.

Hardware Engineering Intern supporting mechanical engineering work. The role requires enrollment in a mechanical engineering bachelor’s program and coursework in mechanical design, heat transfer, statics, dynamics, and mechanics of materials. Candidates must work onsite in Syracuse, New York, be U.S. citizens, and obtain a government security clearance. Preferred qualifications include proficiency with SolidWorks or Creo CAD software, familiarity with GD&T, and teamwork experience.

Supports DevSecOps and space engineering initiatives, including operational plan simulations, sensor optimization, and satellite constellation planning. Uses automation-first practices and technologies such as GitLab, Kubernetes, Helm, infrastructure as code, CI/CD pipelines, and cloud platforms. The intern will contribute within a technical engineering organization while developing professional communication, collaboration, critical-thinking, and problem-solving skills.

Designs telecommunications and low-voltage ICT systems for complex building projects, including structured cabling, wireless, access control, intrusion detection, and video surveillance. Produces coordinated drawings and construction documents in Revit and AutoCAD, performs technical analysis and field inspections, collaborates with multidisciplinary teams, supports clients, conducts quality reviews, and contributes to scopes, estimates, and project coordination. Requires RCDD certification, at least three years of relevant experience, U.S. citizenship, and up to 20% travel.

Performs mechanical piping layout design for power generation and industrial projects. Develops and reviews piping plans, arrangements, sections, isometrics, 3D models, general arrangement drawings, material take-offs, and bills of materials. Coordinates with multidisciplinary teams, clients, vendors, and construction personnel; reviews vendor drawings; maintains project documentation; and mentors designers and drafters. Ensures layouts are constructible, maintainable, safe, and code-compliant.

Performs field inspections of storage tanks, pressure vessels, and piping systems under qualified supervision. Prepares API, ASME, and STI calculations, technical reports, AutoCAD drawings, and isometrics while supporting client relationships. The role is designed for recent engineering graduates and includes training toward API or CWI certifications. Requires 30% travel, industrial and confined-space work, work at heights, hazardous-material exposure, a valid driver’s license, and U.S. person status for ITAR compliance.

Develops and ships backend software, internal tools, and agentic workflows for Microsoft 365 air-gapped government clouds. Responsibilities include building scalable distributed services, improving automation and deployment processes, maintaining authentication and security components, monitoring live-site systems, participating in 24/7 on-call support, diagnosing incidents, and collaborating with product, security, and engineering teams to deliver reliable, maintainable solutions.

Engineering interns assist engineers and technicians with hands-on project work in welding, corrosion, non-destructive evaluation, structural integrity, and related manufacturing technologies. The role provides practical experience in laboratory, research, and production-floor environments while exposing students to multiple industries and innovation projects. Interns are expected to work full-time during summer and may work part-time during academic semesters. Physical demands include frequent movement and lifting, and the role involves access to U.S. export-controlled information.

Produces electrical and instrumentation drawings from engineer and designer markups, clarifies drafting instructions, gathers field data, and monitors task schedules and budgets. The role requires compliance with health, safety, security, and environmental standards, participation in hazard identification programs, and the ability to interpret engineering drawings and use CAD software effectively.

Translates product and business needs into clear, testable engineering requirements, primarily for software development. Manages requirements, use cases, workflows, acceptance criteria, traceability, and engineering backlog items. Collaborates with product management, software, systems, electrical, mechanical, quality, manufacturing, and operations teams. Supports verification, validation, defect analysis, change-impact assessments, and requirements clarification throughout development and testing.