Inspired by a tough structures class and hands-on research, mechanical and aerospace engineering senior Michael Taylor is heading to Stanford for graduate school. He credits UC Davis with showing him the value in every challenge and every course.
From playing with building blocks as a toddler to being a first-generation college student to working on a deep space habitat in the HRVIP Lab at UC Davis, Angel Daniel Rodas Garcia looks back on his engineering journey.
Aerospace science and engineering graduating senior Lovleen Kaur shoots for the stars, armed with a deep-rooted passion for spaceflight, as well as inspiration from expert professors and engineering skills she acquired as a UC Davis undergraduate.
Ali J. Gangeh is pioneering UC Davis to the stars by leading the team building the university’s first liquid rocket engine. Gangeh is a sophomore undergraduate student studying mechanical engineering. Arriving at Davis, Gangeh expressed an interest in a variety of campus clubs but couldn’t find the perfect fit for his passions.
After nearly six years and the contributions of more than 300 undergraduate students in the Space and Satellite Systems (SSS) Club at UC Davis, the university’s first student-built satellite will be going to space for proof-of-concept experiments as part of NASA’s CubeSat Launch Initiative.
On a wet and windy Sunday in Kansasville, Wisconsin this April, the First Nations Rocketry team at UC Davis launched and recovered a high-powered rocket and won the First Nations Launch High-Powered Rocket Competition moon challenge for the second year in a row.
Paje is an inaugural recipient of the Vertical Flight Society scholarship, which supports promising engineering students interested in vertical flight at U.S.-recognized minority-serving institutions and sends them to the VFS annual forum. Paje is a first-generation college student and recently participated in an internship with electric vertical takeoff and landing (eVTOL) aircraft pioneer Wisk Aero, LLC.
UC Davis aerospace engineering students continued their dominance in NASA’s Aeronautics University Design Challenge, with two teams tied for first and another tied for second in the 2020-21 competition.
Fourth-year mechanical engineering major Midori Huapaya-Renbarger has made research a key part of her college experience. As a member of a lab that combines healthcare and robotics, she’s worked to help people using technology, while developing her technical skills and building a strong foundation for a career in industry.
Second-year mechanical engineering major Ruby Zoom Houchens takes every opportunity in stride. From working in professor Stephen Robinson’s lab, to serving as a shop tech and photographer, to being involved with multiple campus organizations, she brings a unique and well-rounded approach to engineering that’s already made her a staple of the College of Engineering.
UC Davis aerospace engineering senior design teams finished first and third in NASA’s 2018-19 Aeronautics University Design Challenge. The designs are the culmination of two quarters of work through the senior design course, led by Professor Case van Dam.
Making electric vehicles, autonomous fleets ubiquitous
Shail Trivedi is a third-year mechanical engineering student who hopes to work with mechatronics/robotic systems or mechanical design of devices. “I love to learn,” he says, “and I find myself curious to learn more about the types of roles mechanical engineers play in today’s world and where I can best find my fit.”
A student team from the UC Davis Space and Satellite Systems Club was one of five university teams invited to present their plans for a Mars greenhouse at the NASA Langley Research Center.
As part of the UC Davis College of Engineering's recognition of 2019 National Engineers' Week, several engineering faculty, alumni and students shared their personal stories about how they became involved in engineering.
As a UC Davis aerospace science and engineering major, you will learn core mechanical engineering concepts and applications, and practice computational analysis. You’ll also learn the fundamentals of design, propulsion and aerodynamics.
