Top Engineering Jobs

Engineering interns will support crewed vehicle development by designing, developing, testing, debugging, documenting, and improving engineering systems, products, tools, and prototypes. They will analyze data, support validation and quality assurance, participate in design reviews, and collaborate with engineers under mentorship. The internship requires full-time work for at least 12 weeks in Houston beginning January 2027, with interns providing their own relocation and housing.

Designs and optimizes manufacturing processes, layouts, material flow, workstations, and assembly methods for customized engineer-to-order products. Leads lean manufacturing and continuous improvement initiatives, implements visual factory systems, and integrates automation and digital manufacturing technologies. Partners with design engineering, operations, supply chain, and quality teams on manufacturability, new product introduction, process controls, documentation, and standardized work.

Leads an SRE and DevOps team supporting high-volume web applications, mobile backends, APIs, cloud deployments, and edge infrastructure. Establishes SLOs, SLIs, error budgets, monitoring, tracing, and alerting strategies. Oversees 24/7 incident response, post-mortems, bot mitigation, DDoS defense, WAF rules, performance tuning, infrastructure automation, and reliability improvements. Requires cross-functional leadership, operational governance, and hands-on expertise with cloud platforms, containers, CI/CD, observability, and infrastructure as code.

Leads an SRE and DevOps team supporting high-volume web applications, mobile backends, APIs, edge infrastructure, and cloud deployment pipelines. Establishes SLOs, SLIs, error budgets, observability, and reliability standards; manages 24/7 incident response, post-mortems, bot mitigation, DDoS defense, WAF rules, performance tuning, and infrastructure automation. Requires cross-functional leadership, operational governance, and resilience improvements for enterprise production systems.

Supports HVAC product development through mechanical component testing, validation, performance data analysis, and engineering documentation. Develops Python tools and scripts for automated data analysis and reporting, creates visualizations, evaluates cost-reduction opportunities, and contributes to product quality, efficiency, reliability, and manufacturability initiatives. Collaborates with engineering teams on technical investigations, sustaining projects, and special assignments while applying thermodynamics and heat-transfer principles.

Supports engineers in developing and sustaining HVAC air handler and furnace products. Responsibilities include assisting with design, prototype development, testing, validation, engineering analysis, troubleshooting, test-data analysis, documentation, and quality or manufacturability improvements. The intern collaborates with engineering, quality, manufacturing, and other cross-functional teams while gaining hands-on experience in product engineering and development.

Leads an SRE and DevOps team supporting high-volume web, mobile backend, and API systems. Establishes SLOs, SLIs, error budgets, observability, and automated deployment practices. Oversees 24/7 incident response, post-mortems, performance improvements, edge infrastructure, bot mitigation, DDoS defense, WAF rules, and CDN caching. Manages operational readiness, cross-functional reliability initiatives, and infrastructure automation while ensuring availability, security, resilience, and performance.

Manage engineering supervisors and employees while providing technical leadership across projects, CAD vendor relationships, work methodologies, and equipment assembly support. Responsibilities include personnel management, technical guidance, project scoping, resource and schedule resolution, CAD tool selection, vendor agreements, project management methodology improvement, and engineer performance evaluation. The role requires an engineering bachelor’s degree, 3–5 years of management experience across multiple engineering disciplines, strong communication, and commitment to workplace safety.

Design, simulate, assemble, document, and test digital circuitry for wireless microphones, signal processors, and conference systems. Responsibilities include PCB assembly development, prototype construction, circuit validation, defect analysis, system-level testing, and completing an independent design project under senior staff direction.

Assists senior engineers with acoustic system design, modeling, simulation, DSP, prototyping, testing, electro-acoustic measurements, listening evaluations, data organization, documentation, and communicating results. The onsite summer internship supports investigations and performance optimization of microphones, audio systems, and related acoustic technologies.

Assists senior engineers with researching, developing, and implementing manufacturing processes, process controls, equipment, and machine controls. Supports experiments, project planning, data collection, test-data evaluation, equipment specifications, and process improvements focused on quality, cycle time, workflow, safety, and environmental impact.

Design, develop, test, and document cloud software for managing Shure devices and supporting audio product functionality. Collaborate cross-functionally on front-end cloud applications, serverless services, databases, RESTful and GraphQL APIs, and system designs. Apply software development principles, model systems with UML, review peer code, estimate tasks, and contribute to testing and release processes.

Develop software applications and libraries supporting advanced research initiatives. Collaborate with software engineers and applied research scientists to implement, test, optimize, and demonstrate experimental prototypes involving AI, machine learning, and emerging technologies. The role contributes to smarter, higher-performing audio products and requires object-oriented C++ programming, with opportunities to work across embedded, desktop, mobile, cloud, signal processing, computer vision, and deep learning technologies.

Under supervision, the intern assists with researching, developing, programming, and implementing manufacturing process control systems. Responsibilities include supporting automated equipment integration, equipment modifications, data collection, project planning, experiments, and analysis of manufacturing process data. The role also involves learning industrial control systems, machine control requirements, Lean manufacturing, quality, statistics, and electromechanical design.

Supports the design, development, documentation, and implementation of tools, fixtures, dies, and gages. Assists with assembly and component drawings, equipment and process modifications, design reviews, project scheduling, and manufacturing efficiency improvements. Works under senior engineers across manufacturing and product development teams while applying CAD, dimensional tolerancing, drafting, and shop-practice knowledge.

Designs, simulates, assembles, and validates digital circuits and PCB assemblies for audio products. Develops automated test scripts, fixtures, interfaces, and measurement sequences using laboratory instruments. Performs circuit defect analysis, manual and automated testing, documentation, and an independent design or test automation project under senior staff direction.

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.