Our research aims to merge visible light photoredox and ground-state transition-metal catalysts to enable academically, industrially, and medicinally relevant organic transformations under mild reaction conditions.
We are looking for highly motivated UCSD undergraduate students who are interested in getting a jump start on research operations in the Romero Research Group. 1st and 2nd year students are particularly encouraged to apply. It is our hope that our members will become leaders in the field and be well positioned for success upon graduation.
If this sounds enticing, send an email entitled "Undergraduate Research" to Prof. Romero with your name, major, GPA, include 2-3 sentences about why you are interested in joining the group, and your CV. Professor Romero will evaluate all applications and get back to you as quickly as possible for an initial meeting.
Romero lab core values
Members of the Romero Research Group should Respect one another and be Open-minded to new ideas, cultures, and ways of life. Graduate school is challenging but with sufficient Motivation, Effort, and a lot of Resilience, we can be successful. Beyond chemistry, building our communities through Outreach and as Leaders is equally important. In all these ways we can be Accountable to ourselves and strive to be the best person we can become. Above all else, we must find Balance because without it, our best selves are trapped within.
Need Some Good Vibes Today?
Check out our quotes page for our group member's all time favorite motivational and inspirational quotes that have helped us persist through our most difficult times. We're all in this together!
Join our team!
We are on the lookout for future group members that will help us take our research endeavors to new heights. In addition, we want team members who are positive, inclusive, and willing to help those around them. Having previous experience in photochemistry is not required as the purpose of graduate school is to learn new things. The only requirement is the intrinsic drive to learn and apply new experimental techniques to the development of synthetic methods.