Top Engineering Jobs

Maintain and improve automated test software platforms by adding features, fixing bugs, preserving data integrity, following build and release procedures, participating in meetings, and providing feedback. The intern will work with test executives, equipment instrument drivers, and database-connected web portals for data maintenance and analysis.

Summer 2027 onsite internship supporting verification and validation of integrated hardware and software systems. Responsibilities include developing and executing test plans, automated regression, stress, and load tests; troubleshooting system-level issues with engineering teams; documenting defects and test results; using lab equipment and test tools; and participating in design reviews. Candidates gain experience testing PC and embedded software applications.

Design, simulate, assemble, validate, and test RF circuitry and printed circuit board assemblies for wireless audio systems. Responsibilities include prototype assembly, circuit defect analysis, system and subsystem testing, technical documentation, and completing an independent design project under senior staff direction.

Assists with designing, documenting, building, and troubleshooting electronic and acoustical production test fixtures and systems. Develops test plans, automated functional test programs, schematics, bills of materials, and test specifications. Performs electrical verification, RF and audio measurements, fixture reliability analysis, and statistical capability assessments. Supports fixture construction through soldering and PCB component assembly under manager or mentor supervision.

Supports product quality engineering through reliability and customer use-case testing, test-result documentation, data collection and analysis, and participation in CQE projects and meetings. Learns and applies quality tools including PFMEA, GR&R, statistical methods, problem-solving methodologies, and SQP elements under engineering supervision.

Support global product certification and compliance activities for audio, wireless, and networking products. Assist with EMC, product safety, and wireless regulatory testing; collect, analyze, and document test data and certification records; and collaborate with engineering teams throughout product development. The internship provides hands-on exposure to laboratory equipment, technical documentation, compliance processes, and international regulations.

Mechanical Engineering Interns support Stryker’s research and development teams in new product development, product engineering, or test labs. Responsibilities may include researching technologies and customer needs, designing and improving medical products, using CAD and FEA, building test fixtures, conducting design verification testing, performing root cause analysis, documenting processes, and presenting findings. Interns collaborate cross-functionally while applying classroom knowledge to healthcare technology projects.

Participate in an 11-week software engineering internship building business-critical applications and initiatives. Interns will work with Angular, Ionic, .NET/C#, Node.js, Azure, and other technologies in an Agile, on-site team environment. Responsibilities include software, web, and application development, problem-solving, collaboration, and continuous improvement while gaining hands-on project experience and mentorship.

Supports process and utility engineering projects for industrial clients. Responsibilities include field data gathering, preparing P&IDs and other design documents, assisting with CADD drawings, interpreting specifications, performing process calculations such as pump and valve sizing, and developing equipment lists. The intern works under experienced engineers during a Summer 2027 internship.

Summer coastal engineering internship involving beach profile data management, beach volume change analysis, coastal engineering analyses, construction plans, site observations, technical specifications, reporting, and permit application documentation. The intern will collaborate with engineers on projects supporting shoreline protection, waterfront infrastructure, ecosystems, and navigation.

Support custom machine design and manufacturing projects through 3D CAD, mechanical and system analysis, troubleshooting, documentation, and preparation of project deliverables. The intern will gain hands-on experience with rebuilds, retrofits, ground-up designs, and engineering work performed at a client location.

Support integration, testing, debugging, and troubleshooting of mission hardware and software, including avionics, sensors, radios, processors, communications, and command-and-control systems. Develop software interfaces for telemetry and subsystems, assist with hardware/software bring-up in laboratory, hardware-in-the-loop, ground-test, and aircraft environments, document technical findings, and collaborate with multidisciplinary engineering and flight-test teams.

Provides enterprise-wide leadership for Digital Engineering Services, including CAD, MBD, GD&T, tolerance analysis, and digital product definition. Establishes strategy, standards, governance, training, and transformation initiatives across global R&D. Leads engineering managers and technical experts, partners with cross-functional teams, manages budgets and resources, tracks business-impact metrics, and influences executive decisions to improve product development quality, efficiency, collaboration, and manufacturing readiness.

Paid 10-week engineering internship supporting Nike Air footwear manufacturing. Interns may work on product and tooling design, production equipment and automation, process development, machine optimization, and continuous improvement. The role involves hands-on work in a fast-paced Beaverton production facility, collaboration with cross-functional teams, data analysis, problem-solving, and ownership of a scoped business project. Relocation assistance is provided.

Manages the design, implementation, and improvement of industrialized production systems for prefabrication and product delivery. Optimizes factory layouts, workflows, workcells, material handling, throughput, quality, and standard work using Lean manufacturing and continuous improvement methods. Coordinates digital and physical production systems, reviews performance data, guides quality and compliance efforts, and develops industrial engineering teams.

Engineering interns support major development or production programs at TTM Technologies’ Stafford or Stafford Springs facilities. Responsibilities include hands-on testing, soldering, fixture assembly, test and process automation, engineering project work, and collaboration with assigned mentors. Interns receive professional and leadership development opportunities and present a final project to site leadership.

Mechanical Engineering Interns support research and development teams in new product development, product engineering, or test lab activities. Responsibilities include researching technologies and customer needs, designing or improving medical products, developing prototypes and test fixtures, conducting design verification, performing root cause analysis, documenting processes, and presenting findings. Interns collaborate cross-functionally and apply classroom knowledge in a fast-paced medical technology environment.

Leads technical design delivery for BRT, complete streets, roadway, traffic, transit, bicycle, pedestrian, signal, and multimodal corridor projects. Coordinates multidisciplinary teams, subconsultants, schedules, budgets, deliverables, client communication, agency reviews, quality control, and constructability. Prepares design plans, technical memoranda, quantities, cost estimates, comment responses, and submittal packages while mentoring junior staff and supporting scopes, fees, staffing plans, and project management.

Lead hands-on mechanical engineering for Rainmaker’s cloud seeding systems, owning hardware from concept through production. Develop and support UAS, dispersion payload, and in-situ or remote sensing systems while providing technical leadership, guidance, and design reviews for other engineers.

Lead hands-on mechanical engineering for Rainmaker’s cloud-seeding systems, including UAS, dispersion payloads, and sensing hardware. Own hardware development from concept through production while providing technical leadership, reviewing engineering work, and supporting innovative operational systems addressing water scarcity and weather challenges.

Supports the maintenance and continuous improvement of existing mechanical and electromechanical product lines. Responsibilities include investigating field and production issues, leading sustaining engineering projects, conducting root cause analysis, implementing design and process improvements, overseeing testing and validation, maintaining engineering documentation, approving substitutions and deviations, and collaborating with manufacturing, sourcing, quality, and product management teams.

Lead and grow an engineering team responsible for scalable cloud platform foundations and developer infrastructure. Set technical direction, make architectural decisions, establish goals, prioritize resources, and guide execution through ambiguity. Partner with Product and Engineering teams to build standardized contact solutions for CRM use cases across business verticals. Drive reliability through infrastructure as code, CI/CD, observability, incident response, and scalable cloud operations while contributing to engineering-wide initiatives.

Manages the Automated Systems Engineering and Design Group, overseeing staff, schedules, budgets, quality, documentation, and compliance. Leads electrical engineering and automation projects, including PLC, SCADA, and HMI design and programming for aluminum-processing equipment. Serves as the primary technical customer contact, supports commissioning and troubleshooting, develops design standards, and contributes to production engineering, employee development, and continuous improvement. Periodic domestic and international travel to customer sites is required.

Leads and develops an automation engineering team supporting aerospace manufacturing operations. Identifies and deploys automation, robotics, controls, digital manufacturing, and AI-enabled technologies; manages projects from concept through production; develops technology roadmaps; coordinates resources, schedules, requirements, suppliers, testing, and validation; and drives improvements in productivity, quality, safety, throughput, and operational efficiency.

Lead embedded software development for autonomous drones and accessory products. Responsibilities include defining system architecture, implementing real-time vehicle software, integrating and validating camera and radio subsystems, bringing up and debugging hardware, developing sensor interfaces and drivers, and optimizing embedded systems. The role also provides technical direction and requires hands-on expertise in embedded Linux, microcontrollers, low-level firmware, ARM debugging, and embedded security.