Collider Sprints are projects designed to connect students with thought leaders in industry and academia. In an effort to find the next emerging fields in tech, Collider Sprint topics are proposed by industry or academic research centers and designed to challenge students to develop innovative solutions that lead to industry or technology advancement, new venture creation, or measurable social impact. Mentoring by industry experts provides students valuable insight into new markets and opportunities while expanding personal and professional networks. All Collider Sprints are team-based and project-driven, providing an opportunity to sharpen teamwork and leadership skills in a multidisciplinary environment.
Undergraduate students, graduate students, researchers, investors, entrepreneurs, and industry leaders can participate in the Collider Sprints.
Collider Sprints are innovation projects open to undergraduates and graduates of all disciplines that take place outside of the classroom. The class is offered during Fall and Spring semesters and is listed in the course catalog as INDENG 190c. Due to high demand and specific skill requirements for each Collider Sprint topic, enrollment into the class is application-based. It is the student's responsibility to drop the class if they are enrolled through CalCentral but do not get accepted. Announcements regarding the application will be posted on SCET media channels and registered students will receive an announcement through bCourses. The class is only offered P/NP and students may choose whether to take it for 2 units or none. Units from this class count towards fulfilling the Certificate in Entrepreneurship and Technology for undergraduate students.
Industry and Academic Advisors
Current Collider Sprints
“Nanotechnology for Healthcare” seeks to explore challenges in commercialization of nanotechnology-based human health monitoring systems. Aspects of these challenges include testing the sensors for reliability and reproducibility, performing simulations, developing sensitive and low-noise electronics, making the analytical software more powerful with AI and Machine learning, performing market studies and researching relevant government regulations and policies. Learn more...
The premise of this Collider Sprint is simple; our campus has a premier athletics program and the best science, technology, engineering, and math programs in the world. This Collider Sprint will bring these forces together to create technology-based innovations that lead to athletic competitive advantages for athletes and teams. More information about challenges will be posted as we receive feedback regarding specific needs, problems, and challenges from athletics and industry. Learn more...
Previous Collider Sprints
Collider Sprints do not change the ownership of IP.
- If the problem and resources to work on the problem are provided by a sponsoring firm and no substantial use of facilities and equipment are provided by the university, then the firm may own the resulting IP, similar to an internship.
- If the resources to work on the problem, including substantial use of facilities and equipment, are provided by the university, then the IP may be open or protected by the university at the discretion of the faculty and researchers.
- For projects proposed and conducted entirely by students who are not paid employees of the university, such as undergraduates students, then students will continue to own the work of their project as well as have the ability to make their results open.