With companies like Torc Robotics in Blacksburg and Perrone Robotics in Crozet, the autonomous vehicle job market in Virginia needs experienced and capable professionals who learn how to tackle complex problems before graduation.
The JMU X-Labs autonomous vehicles course offers undergraduate students the opportunity to work in interdisciplinary teams to build a self-driving vehicle. The course is designed to bring the autonomous concept out of simulation and into the real world with hands-on experience at the intersection of design, engineering, systems, software, controls, and project management. Students design and implement a variety of systems and sensors to have multiple, fully functional, self-driving applications in place at the conclusion of the course while accomplishing the following:
- Identifying and solving technical challenges involving sensors and decision matrices
- Integrating sensors, computational hardware, and automotive systems
- Visualizing calculus and control structures
- Implementing and optimizing machine learning and computer vision algorithms
- Designing and engineering the interface between electronic and automotive mechanical systems
- Working together as a multidisciplinary team under tight time constraints, inadequate budgets, and unrealistic expectations to accomplish more than expected
ISAT 480/CS 497
Lakeview Hall, 1150
Are you aware of a technology that could transform your industry but you don’t have time to explore it? Does your organization have long–range design problems that you don’t have the resources to solve yourself? What if you could hire graduates who are ready to start working on your top needs from Day One?
JMU X-Labs collaborates with distinguished government and industry organizations that give interdisciplinary student teams real-world experience. We invite industry professionals who are eager to plug into our expanding programs to submit problems to be included in our curriculum and apply to work directly with these exceptional students and faculty.