Top Engineering Jobs

Supports Lunar Human Landing System development through systems engineering and engineering operations. Develops requirements, safety, verification, and validation baselines; coordinates cross-functional technical needs; plans major reviews and milestones; investigates anomalies; improves operational processes; and tracks technical progress, risks, decisions, and deliverables using tool-driven workflows.

Mechanical Engineering Intern supporting the design of custom railroad maintenance equipment. Responsibilities include product research, engineering calculations, CAD drawings, layouts, documentation, feasibility assessments, design improvements, machine and systems testing, and test-data analysis. The intern works under close supervision while completing low-complexity engineering tasks and pursuing a bachelor’s degree in mechanical engineering.

Leads cloud engineering and enterprise architecture for Johnson Controls’ security solutions. Responsibilities include defining cloud and AI strategy, managing distributed engineering teams, overseeing shared platforms and SaaS capabilities, coordinating delivery across product lines, establishing architecture standards, integrating production AI, and ensuring security, reliability, observability, and cost efficiency. The role also owns staffing, budgets, technical governance, engineering quality, operational readiness, and modernization initiatives.

Supervise controls engineering, automation, and production test equipment initiatives for aerospace manufacturing. Lead process-control architecture, production-line automation, equipment design and verification, troubleshooting, repairs, testing, documentation, and continuous improvement. Manage test engineers and technicians, suppliers, capital projects, equipment spares, training, performance, and technical development. Ensure manufacturing readiness, equipment reliability, throughput, scalability, regulatory compliance, and safe operations.

Design and analyze building electrical systems using engineering software, prepare specifications and calculations, support project planning and execution, communicate with clients, collaborate with multidisciplinary teams, and participate in quality control. The role includes documenting design decisions, addressing safety risks, researching emerging technologies, and contributing to energy-efficient education and commercial projects under senior-engineer mentorship.

Leads and grows an engineering team while contributing production code, partnering with product and design, and delivering customer-focused software. Responsibilities include hiring, coaching, performance management, planning, incident response, on-call operations, cost management, engineering metrics, and building AI-native systems using LLMs, agents, evaluations, and retrieval. The manager owns team commitments, system reliability, security, technical quality, and customer value.

Leads Sentinel Command Systems hardware analysis while managing a 10–15-person engineering functional team. Responsibilities include structural, electrical, and thermal analysis leadership; recruiting, staffing, mentoring, performance management, task assignment, technical reviews, customer interfacing, earned value tracking, metrics, cost and schedule support, and estimates. The role requires technical leadership, engineering analysis knowledge, active Secret clearance, and eligibility for SAP approval.

Leads an 80-person Power and Control engineering organization developing mission-critical space electronics. Responsibilities include technical and talent leadership, staffing and succession planning, program execution, technical roadmaps, proposal and business-growth support, customer engagement, innovation investment, and delivery of power, control, mixed-signal, and embedded hardware. The role partners across engineering, manufacturing, software, and research organizations while driving engineering rigor, productivity, and digital transformation.

Leads and develops a software engineering team building API, microservices, event-driven, and platform capabilities for KeepStock’s cloud transformation. Partners with product, UX, machine learning, architecture, security, and SRE teams to translate roadmaps into delivery plans. Oversees software development, testing, deployment, production support, quality, security, scalability, reliability, and performance. Establishes Agile, DevSecOps, CI/CD, AI-assisted engineering, and continuous improvement practices while coaching talent and managing team performance.

Provides instrumentation and electrical engineering support for refinery turnarounds, outages, maintenance, and construction activities. Develops job plans, work packages, scopes, and execution strategies; performs field assessments, equipment evaluations, troubleshooting, and constructability reviews; coordinates with operations, maintenance, engineering, and construction teams; and ensures work meets engineering, site, and safety standards.

Leads Site Reliability Engineering and Application Reliability Operations Engineering teams supporting enterprise applications and platforms. Drives reliability, availability, resiliency, observability, automation, incident response, operational excellence, and proactive risk reduction across digital, enrollment, health, data, contact center, cloud, and vendor-supported services. Manages technical teams, strengthens operational accountability, oversees service health and systemic issue resolution, and partners across business and technology organizations to improve production reliability.

Leads the spacecraft Guidance, Navigation, and Control engineering organization across multiple programs. Owns GNC cost, technical execution, schedules, design authority, requirements, software verification, validation, testing, and product-line standardization. Manages staffing, recruiting, performance, development, technical processes, and cross-functional engineering teams while supporting proposals, mission success, and resolution of critical technical issues.

Leads systems engineering activities including technical planning, system integration, verification and validation, requirements allocation, interface definition, trade studies, risk and cost analysis, and lifecycle supportability. Manages subordinate employees, including recruiting, training, performance assessment, assignments, compensation, and recognition or disciplinary actions. Converts customer and product requirements into feasible hardware and software system solutions within technical, schedule, and cost constraints.

Supports the design, development, testing, and integration of electronic systems for aerospace and defense programs. Responsibilities include prototype bench testing, instrumentation setup, hardware troubleshooting, test software development for microcontrollers and FPGAs, technical documentation, product reviews, and cross-functional collaboration. The intern also contributes to factory automation projects while following safety, quality, and security protocols.

Tenure-track Assistant Professor of Computer Engineering responsible for teaching undergraduate courses in microcontrollers, logic and digital design, technical electives, and senior capstone projects. The faculty member will establish a high-quality research program involving undergraduates, with preferred expertise in hardware accelerators, system-on-chip design, or AI-enabled embedded systems. Interdisciplinary collaboration, inclusive teaching, and contributions to undergraduate education are strongly encouraged.

Paid, full-time engineering internship beginning January 11, 2027, with in-office work in San Francisco or New York. Interns ship customer-facing products, complete rotations in enterprise, support engineering, and platform on-call, then deliver a capstone project. The program emphasizes engineering impact, testing, monitoring, communication, architectural intuition, independence, and learning, with potential—but no guarantee—for full-time conversion in software, support engineering, applied AI, infrastructure/SRE, or full-stack roles.

Provides technical leadership for manufacturing equipment reliability and maintenance. Resolves production-line issues, repairs machinery, manages preventive and predictive maintenance programs, analyzes reliability data, conducts criticality and FMEA sessions, applies predictive technologies, develops maintenance plans and SOPs, supports equipment testing, and drives continuous improvement. The role requires mechanical and electrical maintenance expertise, PLC and robotics experience, maintenance planning knowledge, and at least five years of manufacturing maintenance experience.

Modeling and Simulation Engineering Intern supporting the MSVA Team in developing MATLAB/Simulink system-level models, simulations, and intelligent systems for mission-critical US Navy programs. Responsibilities include contributing to simulation tool development, applying programming skills, collaborating across teams, documenting work, and learning new technologies. The role requires strong communication, organization, initiative, and problem-solving skills, with preferred knowledge of Git, modeling and simulation standards, and systems engineering.

Teach and develop undergraduate mechanical engineering courses and laboratories in either system dynamics, controls, automation, and mechatronics or thermal-fluid sciences and HVAC. Conduct high-quality peer-reviewed research involving undergraduates, demonstrate teaching excellence, mentor students, and contribute to Union College’s liberal arts community and diversity initiatives.

Supports engineering activities involving testing, troubleshooting, design, fabrication, and assembly of electro-mechanical systems and test equipment. Designs and debugs manufacturing tooling using 3D CAD, creates drawings and layouts, and improves processes through iterative design cycles. Collaborates with purchasing, planning, operations, quality, and maintenance teams. The internship is on-site in Yankton, South Dakota and requires U.S. Person status for export-controlled information access.

Leads a multidisciplinary systems engineering team supporting radar and electronic systems. Owns architecture artifacts, requirements baselines, verification traceability, systems engineering processes, technical reviews, testing coordination, DOORS data integrity, and cross-team dependencies. Provides mentorship, approves deliverables, supports Agile development, and contributes to proposals. Requires extensive systems engineering leadership experience and the ability to obtain and maintain a U.S. DoD Secret clearance.

Software Developer Interns collaborate on Scrum teams to define, build, test, and deliver quality software. Responsibilities include maintaining development frameworks, participating in refinement, managing work, contributing to requirements and design, supporting software delivery, and removing blockers. Preferred experience includes web development with Angular, C#, ASP.NET Web APIs, and .NET Core, plus CI/CD, automated testing, software integration, configuration management, and UX tools such as Figma.

Design and coordinate HVAC and mechanical systems for commercial and institutional buildings. Perform calculations, select equipment, prepare Revit/AutoCAD construction drawings, coordinate with other disciplines, conduct site visits, support construction administration, and prepare technical reports and Basis of Design documentation.

Leads a forward-deployed software engineering team supporting critical customer sites. Responsibilities include hiring and coaching engineers, resolving live deployment incidents, coordinating escalations with product teams, improving operational practices and runbooks, conducting root-cause analysis, supporting customer deployments, using AI-assisted engineering tools, and reporting technical outcomes to leadership. The role is onsite in Sterling, Virginia four days per week and requires 50% travel.

Performs geotechnical field engineering, testing, calculations, soil and pavement analyses, instrumentation monitoring, technical reporting, and construction support. The role evaluates laboratory and field data, interprets subsurface conditions, prepares recommendations, and ensures work meets project specifications, Indiana Department of Transportation standards, ASTM, and AASHTO requirements.