Top Engineering Jobs

Supports hydraulic transmission product engineering through testing, calibration, data analysis, component research, basic design, computer modeling, and technical reporting. Collaborates with engineering teams, technicians, customers, and OEMs to improve drivability, fuel economy, and emissions. Assists with test equipment, engineering specifications, technical presentations, and a project completed during a minimum 10-week assignment.

Tenure-track engineering faculty member responsible for teaching courses in robotics, mechatronics, autonomous systems, AI, and related fields. The professor will establish an active research program, contribute to departmental, campus, and national service, mentor students, and support program development and leadership. Candidates must hold a doctorate in electrical engineering or a related discipline by the start date.

Coordinates on-site engineering and installation projects involving hydraulic shoring systems, trenching, and excavation protection. Provides technical support, reads blueprints, recommends equipment, supports estimating and design drawings, inspects fleet equipment, and trains customers and employees on safe installation and use. Collaborates with sales, engineering, and project teams while ensuring compliance with OSHA and applicable requirements.

Lead architecture and development for Salesforce AgentExchange Partner Experience systems, including security reviews, LLM-assisted publishing, licensing, payments, and analytics. Define the technical roadmap, mentor engineers, promote engineering excellence, and deliver scalable full-stack TypeScript and JavaScript applications, APIs, and microservices. Collaborate with product, design, and partner teams while ensuring quality, performance, CI/CD, operational ownership, and maintainability across enterprise-scale systems.

Designs and leads architecture for Salesforce Missionforce government cloud environments. Serves as primary architect for major systems or products, collaborates with engineering and product teams, conducts architecture and code reviews, develops scalable solutions, and improves onboarding, documentation, training, processes, and tooling. The role supports complex public-sector cloud deployments and requires expertise in software architecture, distributed systems, microservices, DevOps, security, and large-scale solutions.

Troubleshoots BIOS, software configuration, test scripts, diagnostic logs, and test-line issues. Investigates diagnostic skip requests, installs drivers and BIOS updates, maintains test lines, and sets up or tears down test equipment and connections. Ensures compliance with ISO 9001 and departmental quality requirements while following documented procedures in a fast-paced warehouse environment.

Lead Docker’s Secrets engineering team, owning technical direction, platform delivery, security, operational excellence, incident response, and cross-team adoption. Build secure, scalable cloud services and shared platforms for credential management and sandboxed workloads. Partner with product and security teams on architecture, threat modeling, and enterprise requirements. Hire, develop, and retain engineers while driving roadmap execution, reliability, and adoption across Docker products in a remote-first environment.

Teach and develop graduate engineering management courses; advise and mentor students; coordinate the M.S. program; oversee curriculum, admissions, assessment, recruitment, and retention; conduct scholarly research; pursue funding and industry partnerships; and contribute to university service and outreach.

Lead the Secure Access engineering team across software, platform, on-premises infrastructure, and cloud environments. Set technical direction, manage priorities and delivery, mentor engineers, maintain reliability for existing customers, and deliver new features. The role requires experience with VMware virtualized infrastructure, VDI or remote access, GCP workloads, Linux administration, containers, and CI/CD pipelines, along with the ability to translate product vision into engineering tasks and communicate with nontechnical stakeholders.

Leads systems engineering teams responsible for reliable, secure corporate infrastructure and IT services. Oversees cloud platforms, enterprise systems, identity, virtualization, automation, self-service, incident response, change management, service health, audit controls, and operational readiness. Partners with IT, Security, Audit, and Engineering to improve service quality, security, availability, and employee access to technology.

Leads a full-stack software engineering team building and supporting customer-facing applications and backend services. Provides architecture, technical direction, cloud migration leadership, security and compliance oversight, CI/CD and operational excellence, and adoption of AI-assisted engineering tools such as Claude Code. Manages delivery, production support, Agile process maturity, hiring, mentoring, performance management, and cross-functional collaboration across product, UX, security, operations, and business teams.

Leads multiple software engineering teams building, modernizing, and operating business-critical applications. Translates product priorities into engineering roadmaps, staffing plans, technical decisions, and delivery commitments. Builds high-performing teams, including AI engineering capability, and enforces Spec-Driven Development and agentic product lifecycle practices. Oversees architecture, security, quality, DevOps, reliability, production operations, incident response, and continuous improvement while partnering across Product, UX, Security, Operations, and Technology.

Engineering interns support vehicle design, modeling, simulation, testing, validation, data analysis, benchmarking, documentation, and process improvement across teams including body, energy, drive systems, software, electrical engineering, and verification. Interns work on-site under mentorship, applying academic engineering knowledge to electric vehicle development projects.

Supports mechanical engineering design, analysis, documentation, field assessments, and project execution for nuclear plant upgrades and modernization. Works on pumps, valves, heat exchangers, piping, pressure vessels, HVAC, turbines, and auxiliary equipment. Collaborates with multidisciplinary teams, clients, and field personnel while helping improve plant safety, reliability, and efficiency. The role includes plant walkdowns, technical research, scheduling and budgeting support, and work in secure nuclear facilities.

Leads software engineering projects and developers while designing cloud-based, full-stack solutions. Uses IBM z/OS, Scheduler, DB2, COBOL, and JCL to stabilize and modernize mainframe systems for cloud migration. Develops with multiple programming languages, databases, Docker, Kubernetes, and AWS technologies. Provides technical leadership, establishes engineering standards, partners with architects, improves system performance, reduces technical debt, mentors engineers, and drives large-scale Agile initiatives.

Leads supplier quality engineering for the F-35 supply base, overseeing First Article Inspections, End Item Acceptance, defect triage, corrective actions, supplier improvement plans, audits, risk mitigation, and quality metrics. Manages and develops a team of quality engineers while collaborating with engineering, manufacturing, supply chain, program management, suppliers, and customers to ensure product quality, reliability, and compliance.

Manages engineering teams responsible for designing, developing, verifying, and testing guidance, navigation, and control algorithms for aircraft, spacecraft, launch vehicles, and missile systems. Oversees technical planning, budgets, subcontractors, employee development, performance management, and complex systems programs. Requires experience with GNC-related technologies, engineering leadership, and a final Secret clearance.

Design and develop guidance, navigation, and control algorithms for aircraft, spacecraft, launch vehicles, and upper stages. Responsibilities include modeling and simulation, algorithm verification and testing, control law development, navigation data processing, and vehicle model validation. The role requires proficiency in C++ and MATLAB or Python, strong mathematical skills, and the ability to obtain or maintain security clearance. Desired experience includes Linux, Agile development, DevOps/DevSecOps, CI/CD pipelines, and Git.

Supports DevSecOps and space-domain engineering initiatives by developing operational plans, optimizing satellite constellations and sensors, and building automation-driven software solutions. Uses containerization, infrastructure as code, CI/CD pipelines, cloud platforms, and open-source tools to design, test, debug, and deploy secure software across the systems lifecycle.

Manage system safety engineering for hypersonic and glide body programs, including safety strategy, program plans, design and test reviews, range safety coordination, audits, accident investigations, hazard mitigation, and lifecycle systems engineering analyses. Lead, mentor, develop, and evaluate diverse engineering teams while supporting requirements allocation, verification, validation, risk management, proposals, budgets, and customer approvals.

Perform maintainability and supportability engineering for complex aerospace systems across design, development, verification, and sustainment. Lead maintenance task analyses, maintainability modeling, verification planning, design assessments, trade studies, and lifecycle-cost evaluations. Translate operational and maintenance needs into engineering requirements and verification evidence while collaborating with systems, logistics, test, manufacturing, human factors, and customer teams. Assess technical risks, maintenance burden, operational availability, and supportability metrics, and contribute to technical reviews and program deliverables.

Supports space-focused DevSecOps engineering by developing operational simulations, optimizing sensor and satellite constellation strategies, and automating software delivery. Uses containerization, infrastructure as code, CI/CD pipelines, cloud platforms, and open-source tools. Responsibilities include software design, development, testing, debugging, systems integration, requirements analysis, cybersecurity implementation, documentation, and validation throughout the systems lifecycle.

Leads Vehicle Systems and Sciences engineering resources, workforce strategy, technical teams, supplier performance, and subsystem lifecycle management across development, production, and sustainment programs. Ensures cost, schedule, technical, and program commitments are met across aerospace engineering disciplines. Sets portfolio strategy, advances model-based engineering adoption, drives engineering excellence, and supports risk resolution, digital transformation, and enterprise technology collaboration.

Designs, develops, verifies, and tests guidance, navigation, and control algorithms for aircraft, spacecraft, launch vehicles, and upper stages. Develops digital simulations and infrared sensor models, performs vehicle modeling and system analyses, and supports real-time algorithm deployment. Requires advanced C++ and MATLAB or Python proficiency, strong applied mathematics, and experience working in classified environments with an interim DoD clearance.

Builds and supports public, private, and hybrid cloud infrastructure, software applications, automation, and CI/CD pipelines. Designs resilient, scalable, secure systems using Python and AWS; integrates identity, storage, monitoring, logging, and capacity-management technologies. Provides advanced troubleshooting, root-cause analysis, incident escalation support, technical documentation, and training. Collaborates with vendors and internal stakeholders to improve infrastructure platforms, resolve issues, manage support tickets, and maintain system health.