USC Viterbi Department of Aerospace & Mechanical Engineering
Aerospace and Mechanical Engineering News
For the Auto Club of Southern California’s summer campaign against illegal street racing, the student-run design team USC Racing demonstrated how safety is built into every stage of developing a competitive race car.
USC Viterbi and Stevens researchers team up with Cal Fire to build the first AI tool that could pinpoint where a wildfire started and spread during its first 24 hours in upcoming project
A USC-led collaboration has received Department of Energy Genesis Mission funding to develop an AI framework for unprecedented high-fidelity turbulence simulation.
First-ever open house showcases USC SERC where students are building satellites, developing space robots and preparing for the next generation of space exploration
Four USC Viterbi researchers selected for the Argonne National Laboratory extreme-scale computing program are learning how to run complex scientific simulations on the world’s most powerful supercomputers.
An NIH Trailblazer Award is supporting USC Viterbi Assistant Professor Hangbo Zhao's research on flexible medical electronics designed to give physicians new insights into high-risk artery plaque.
Aerospace & Mechanical Engineering @ USC
Aerospace and mechanical engineers design and build unique, complex mechanical-optical-electronic (mechoptronic) systems, ranging in scale from the International Space Station to microscale electric generators and pumping systems.
A broad range of engineering science research is critical to developing novel, complex mechoptronic systems. As a consequence, aerospace and mechanical engineers conduct extensive basic and applied research within and crossing their usual disciplinary boundaries, they also synthesize research from many other disciplines.
Message from Assad Oberai, Department Chair
What is Aerospace & Mechanical Engineering?
Featured Research
From the perspective of USC researcher Wen Chen, human history is a tale of material transformation.
Researchers at USC Viterbi School of Engineering have developed a novel method for fabricating highly precise and stretchable electronics that conform seamlessly to the body.
