Extracurriculars for a Career in Mechanical Engineer

Program emphasizes engineering applications through immersive coursework and real-world project-based learning.

Hands-on projects combining mechanical design, sensors, and actuators align with mechanical engineering fundamentals.

Reverse engineering and robotics modules provide foundational exposure to mechanical design and systems.

Program bridges engineering and business, offering insight into how innovation drives technological development.

Hands-on projects in math and science build foundational problem-solving and design thinking skills.

Direct overlap with robot chassis, drivetrain, and mechanical system design and construction.

Hands-on engineering projects and design challenges directly mirror mechanical engineering work.

Students practice soldering, design, and hands-on building of mechanical engineering projects with professional guidance.

Program combines collaborative STEM projects with mentorship exploring engineering majors and career pathways.

Students engage in engineering design and chassis/mechanical systems for competition robots.

Engineering design is a core program theme, with hands-on activities and facility tours of research equipment.

Writing contest encourages students to explore and articulate engineering possibilities and career pathways.

Students design and prototype STEM solutions to real community problems, mirroring engineering design processes.

Students design and build energy-efficient vehicles, directly applying mechanical engineering principles.

Direct hands-on experience designing and building rocket structures that meet altitude and flight duration targets.

Students design and build engineering solutions to real-world challenges in the Design/Build competition.

Students design and build functional machines from everyday objects, directly applying mechanical engineering principles.

Students design and build roadworthy solar cars, directly applying mechanical engineering principles to chassis, drivetrain, and structural systems.

Students envision and design future technologies, simulating real R&D processes similar to mechanical engineering work.

Bridge construction applies physics principles and structural design fundamental to mechanical engineering.

Students engineer systems and structures for planting and growing on the Moon and Mars.

Students design and build engineering solutions in events like Elevated Bridge, applying hands-on mechanical design skills.

Engineering competitions at TSA conferences require design, problem-solving, and building skills core to mechanical engineering.

Students compete in hands-on skilled trades competitions directly aligned with mechanical engineering competencies.

Hands-on experimental physics skills developed through IPhO competitions apply to mechanical engineering design.

Students design and build solutions to open-ended STEAM challenges requiring engineering problem-solving and innovation.

Direct overlap with robot chassis, drivetrain, and mechanical system design in competition.

Engineering research exposure across multidisciplinary projects mentored by Stanford engineering faculty and staff.

Project-based learning develops hands-on engineering design and problem-solving skills.

Hands-on project work and engineering focus prepare students for mechanical engineering problem-solving.

Engineering Design Lab and Engineering Investigations provide hands-on design and prototyping experience.

Robot design and construction directly involves mechanical systems and structural problem-solving.

Engineering design process and hands-on building of physical city models applies core mechanical design skills.

Challenge requires designing creative mechanical solutions for real-world aviation systems and technology.

Engineering courses offer hands-on exploration of engineering principles and design thinking.

Students build heatsinks for heat transfer challenges and design model wind turbines.

3D modeling, 3D printing, and IoT projects provide hands-on exposure to mechanical design and prototyping.

Hands-on prototype design and testing of rocket concepts applies core mechanical engineering design and build processes.

Aircraft and rotorcraft tracks involve designing, building, and demonstrating mechanical aerospace projects.

Camp covers engineering challenges including temperature management, redundancy, reliability, and design for space exploration environments.

Program directly engages high school students in mechanical engineering through interactive summer activities exploring engineering design and problem-solving.

Students engage in hands-on prototype design, building, and iteration—core mechanical engineering problem-solving work.

Program includes engineering curriculum exposure through academics and hands-on labs at the Academy.

Engineering summer camps provide hands-on design and building experiences foundational to mechanical engineering.

Students engage in hands-on design projects and tour an experimental mine, gaining exposure to mechanical engineering work.

WOW! That's Engineering and SITE programs provide hands-on engineering design and problem-solving experience.

Students engage in engineering practice at DoD laboratories under mentor guidance, directly experiencing engineering work.

Program covers mechanical engineering workshops and hands-on projects exploring engineering disciplines.

Explores mechanical engineering fundamentals through hands-on activities in engineering labs.

Students design, build, and test engineering projects hands-on with university professors and industry professionals.

Engineering cluster offers challenging hands-on and lab-intensive curricula building on campus expertise.

Students design and build assistive devices solving real workplace challenges for people with disabilities.

Engineering field of study offers practical, hands-on coursework in engineering disciplines.

Sustainable Engineering and Mechanical Engineering courses directly align with engineering design and technical principles.

The program teaches fundamental engineering principles and design innovation techniques applicable to mechanical design work.

Students learn robot construction and component-based design through hands-on building and engineering challenges.

Automation Hackathon teaches engineering design through building and demonstrating inventions.

Students design propulsion systems, maneuverability features, and overall boat structure and mechanics.

Students design and prototype physical inventions, directly applicable to engineering design work.

ROV construction involves designing mechanical systems, structures, and components for underwater operation.

Mechanical engineering research groups provide authentic lab experience in engineering design and innovation.