Top Engineering Jobs

The EO/IR Systems Engineering Senior Manager will lead a team, defining and analyzing test systems, supporting product integration, and overseeing system design.

Develop performant Julia-based 6DOF Software-in-the-Loop simulation code for aerospace systems. Build scalable Monte Carlo simulations and physics-informed models, collaborate with flight software, HMI, and flight sciences teams, validate models against real flight data, optimize real-time performance, participate in testing and code reviews, and document modeling assumptions and validation workflows.

Leads engineering design authority and integration for a major copper mining project through FEED, construction, and handover. Directs EPCM performance, establishes design standards, manages technical risks, approves key engineering deliverables, and leads constructability, operability, value engineering, process safety, stage-gate, change control, quality, and technical assurance activities. Builds the owner’s engineering team and ensures designs are safe, operable, maintainable, cost-effective, and ready for operations.

Leads enterprise product engineering and platform ownership, setting platform vision, architecture standards, roadmaps, governance, and success metrics. Oversees multiple onshore and offshore engineering teams, Agile delivery, release planning, quality and performance targets, technical debt, cost management, and continuous improvement. Partners with executives, architecture, cybersecurity, data, and adjacent platform teams while coaching engineering and product managers and managing the full product lifecycle.

Entry-level specialist supporting transportation engineering initiatives including network optimization, pricing improvement, capacity planning, and linehaul optimization. Performs data analysis, modeling, cost-benefit analysis, operational problem solving, reporting, and automation. Collaborates with stakeholders, presents analytical findings, recommends improvements, and tracks implementation results while developing technical and project leadership skills under senior engineer mentorship.

Supports plant operations by troubleshooting process issues, analyzing data, optimizing efficiency, and assisting with predictive and preventative maintenance programs. The intern collaborates with plant and maintenance managers, vendors, and management to improve operating procedures, equipment inspections, environmental compliance, food safety, and product quality. This on-site role requires varied shifts, physical plant work, occasional overnight travel, and adherence to safety requirements.

Manages test engineering operations, including staffing, scheduling, testing criteria, equipment, tools, metrics, procedures, budgets, and quality standards. Advises the test engineering team, coordinates with other engineering functions, evaluates and implements testing strategies, and ensures projects are completed on time and within budget in a manufacturing environment.

Provides mechanical design support for research engineering programs by creating 3D parametric models, 2D fabrication drawings, assemblies, schematics, and bills of material. Resolves design and component issues, manages documentation and configuration control in Teamcenter PLM, archives design files, participates in design reviews, and supports compliance and security requirements.

Provides mechanical design support for research engineering programs by creating 3D parametric models, 2D fabrication drawings, assemblies, schematics, and bills of materials. Resolves design and component issues, manages documentation and configuration control in Teamcenter PLM, archives design files, participates in design reviews, and reports project status. The role is fully onsite in State College, Pennsylvania, supports defense-related research, and requires eligibility for a government security clearance.

The Plant Engineering Intern supports plant operations, efficiency improvements, process optimization, troubleshooting, and predictive and preventative maintenance programs. Responsibilities include analyzing operational data, developing maintenance procedures, supporting environmental compliance, strengthening operating procedures, and collaborating with plant managers, maintenance teams, and vendors. This on-site role requires shift flexibility, physical work in industrial environments, adherence to safety and food quality standards, and occasional overnight travel.

Leads the North Cove Controls Engineering organization, including strategy, team development, budgets, capital projects, and technical execution. Drives improvements in OEE, throughput, reliability, process capability, automation, robotics, controls, and manufacturing productivity across multiple facilities. Standardizes controls architectures, programming, cybersecurity, documentation, and engineering practices while ensuring compliance with safety, quality, cGMP, SOP, and change-management requirements.

Leads a team developing large-scale, cloud-based applications involving APIs, user interfaces, integrations, and data processing. Responsibilities include full SDLC ownership, architecture and technical roadmap development, cloud migration, serverless modernization, enterprise framework reuse, emerging technology evaluation, mentoring developers, and stakeholder collaboration. The role requires hands-on full-stack development, integration frameworks, databases, REST microservices, containerization, Azure, CI/CD, and scalable software design.

Engineering interns will work on open-ended projects supporting Stoke’s reusable Nova launch vehicle across mechanical, test, avionics, and manufacturing teams. Responsibilities may include engineering design and analysis, CAD, manufacturing, PCB and harness integration, test operations, and hazardous operations. Interns will manage technical projects, apply engineering fundamentals, collaborate with mentors, and contribute to real rocket products while working onsite for 10–14 consecutive weeks.

Design, develop, test, and deploy scalable frontend and backend software across distributed cloud architectures. Lead complex feature and service implementation, translate requirements into technical designs, contribute to architecture, and promote quality, security, observability, and maintainability. Collaborate cross-functionally, conduct code reviews, mentor engineers, mitigate technical risks, improve development practices, and evaluate tools that enhance engineering productivity and product quality.

Leads test engineering and metrology for energetic aerospace and defense components. Owns test strategy, qualification, DV/PV, environmental, safety, ballistic, electrical, acceptance, data integrity, reporting, calibration, and facility readiness. Manages test engineers and technicians, ensures explosive-safety and regulatory compliance, partners cross-functionally on root-cause and design decisions, and drives improvements in automation, throughput, metrology, and reporting.

Leads multidisciplinary mechanical and electrical engineering teams through product design, validation, release, production transition, and sustaining support. Establishes technical standards, drives NPI, VAVE, engineering change, manufacturability, root-cause analysis, and process discipline. Partners with Manufacturing, Quality, Supply Chain, Product Management, and Engineering Systems to deliver high-quality products, improve time-to-market, and build an accountable, metrics-driven engineering organization.

Owns process improvement and manufacturing engineering projects for electrical utility monitoring products. Responsibilities include developing production processes, equipment layouts, tooling, test systems, and machine designs; leading Kaizen and Lean initiatives; troubleshooting quality issues through root cause analysis and CAPA; supporting automation, quality systems, and production ramp-ups; and mentoring engineers. The role operates in office and factory environments and requires collaboration, technical problem-solving, and continuous improvement leadership.

Leads Sustaining Design Engineering and Engineering Services teams supporting aerospace and defense production. Oversees technical execution, production support, configuration management, root-cause investigations, corrective actions, continuous improvement, budgets, project assignments, compliance, and team development. Applies mechanical and ordnance design expertise, Lean and Six Sigma methods, risk-reduction tools, and failure-analysis processes while collaborating with customers and cross-functional stakeholders.

Serve as the on-site engineering representative for a client facility, leading small-to-mid capital projects from concept through startup, coordinating with corporate engineering, plant operations, contractors, and vendors, tracking schedules/costs, supporting installation and maintenance, and managing work around production downtime (including weekend and extended hours).

Supports engineering and QC Physiology teams in optimizing seed-testing laboratory processes at a new facility. Responsibilities include improving and validating testing methods, developing automation options for sowing and evaluation, facilitating project transitions, supporting HSE compliance and continuous improvement, and maintaining project documentation. The intern will apply engineering principles, communicate across teams, and prepare laboratory operations for future automation.

Supports development of flight-critical propulsion components such as valves, actuators, and fluid-control hardware from clean-sheet design through production. Responsibilities include engineering trade studies, analysis, integration, build-test-iterate cycles, troubleshooting, root-cause analysis, qualification, reliability and safety evaluation, and transition to production-ready designs. The intern collaborates with propulsion and vehicle teams in hands-on, fast-paced build and test environments.

Supports the design, manufacture, operation, and maintenance of test assets for supersonic vehicle subsystems. Responsibilities include designing fixtures and tooling, creating CAD models and drawings, developing test plans, performing engineering analysis, troubleshooting fluid, mechanical, and electrical systems, collecting test data, documenting results, and collaborating with manufacturing and engineering teams to improve testing capabilities.

Designs, analyzes, prototypes, validates, and qualifies transformers, magnetic components, electronic circuits, and test solutions. Defines performance requirements, leads hardware design reviews, develops test plans, analyzes results, maintains project schedules and estimates, and coordinates engineering work with purchasing and manufacturing. The role also mentors engineers and technicians, improves engineering processes and test capabilities, and manages moderately complex hardware projects.

Manage industrial engineering teams and improve manufacturing productivity through labor standards, work measurement, facility layout optimization, capacity planning, and continuous improvement. Lead initiatives to increase throughput, reduce costs, eliminate waste, and optimize material flow, logistics, equipment, and workforce utilization. Partner cross-functionally on manufacturability, production planning, cost control, KPI management, and operational performance improvements.

Supports cross-functional, high-impact engineering and technical projects during a 12-week summer internship. Responsibilities include researching projects, assisting with decision-making, developing improvement solutions, attending department meetings, collaborating across the organization, and presenting project outcomes to department leadership. Interns gain hands-on experience in manufacturing and department operations while applying problem-solving, planning, communication, teamwork, and continuous-improvement skills.