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Solar Energy and Electrical Engineering

Have you ever wondered what the future of energy looks like? In this program you will explore exciting real-world applications of solar energy while you will design and build solar-powered gadgets, from sun-charged solar cars to water fountains. In team-based hands-on design challenges, you will investigate electrical circuitry, discuss real world energy challenges, and hear from STEM professionals about their work and how it’s shaping our future. You will become familiar with the iterative design process and deepen your knowledge and understanding of the sustainable power of solar energy. Teens end the week by identifying a real-world challenge and designing and building a solar solution. Parents are invited at 4 p.m. on the last day to see and hear teens share their projects and receive their U.C. Berkeley certificate of completion.

Two students work together on an electrical engineering project.

Program Info

Dates: June 24-28, 2024 Monday to Friday, 9:00 a.m. – 5:00 p.m. 

Location: Valley Life Sciences Building, UC Berkeley Campus

Food: Lunch is provided, teens bring a water bottle, hat, and snacks from home

Program Tuition: $1,350 or $1,215 (reduced)

Non-residential with Optional Residential Add-on

Residential Option begins Sunday, June 23 at 4:00 p.m. 

Residential add-on includes additional programming, on-campus housing, breakfast, and dinner. 

Residential Tuition: $1,150 or $1,035 (reduced) Limited spots available!
Seeking Financial Aid? Learn More >
The camp cancelation date has passed. Refunds are no longer available.

A Day in the Life

Your days begin with gathering on campus and signing in to your respective program tracks. From there you head to your respective lab spaces and form an opening circle to frame the day, including a quick social check-in and content-related invitation to learning. Each day you get to engage in STEM-related explorations and investigations, sometimes in pairs and sometimes in small groups. You do things such as design, build, test, and improve prototypes of solar cars, and solar water fountains. Use engineering concepts, solar energy, and electrical circuitry to solve challenges. Midday, you take time to eat lunch on campus and enjoy some social downtime with peers in your track and other STEM tracks. In the afternoons, the investigations continue, as well as tours of UC Berkeley campus and hearing from STEM professionals about their work in sustainable technology and how they are solving real-world energy problems. Your STEM track content wraps up with a closing circle around 3:30 p.m. Afterward, you gather together for additional unique career pathway programming in mixed groups. This can include a U.C. Berkeley campus tour, a current student panel and Q&A, and other personal or professional development workshops. Programming concludes at 5 p.m. If you opt for the residential track, you will stay on campus for dinner and evening activities— both involving social and college preparedness—and then sleep in the U.C. Berkeley dorms.

A Visual Journey Through Solar-Powered Creations in Electrical Engineering

Staff Bios

Erik Takada

Erik Takada is an electrical engineer in the solar energy industry with a passion for solar and STEM outreach. He received his B.S. in Electrical Engineering from Yale University and acquired his M.Eng. in E.E.C.S. from U.C. Berkeley. Prior to entering the solar industry full-time, Erik worked and volunteered as a STEM camp instructor and spent many summers teaching at his local science museum. 

Erik is from sunny Arizona and enjoys spending his free time playing tennis, watching movies, and skiing.

Maryum Syed 

Maryum is a current undergraduate student at UC Berkeley studying bioengineering. She loves all things related to biotechnology and in particular, learning about how we can apply engineering techniques to advancing the field of healthcare and medicine. In high school, she was a student researcher as part of the Waksman Student Scholars Program where she interpreted DNA sequences and analyzed gene expression in proteins. Previously, Maryum served as a research intern for a nanotechnology lab at Berkeley where she learned about the functionalization and structure of carbon nanotubes. 

In her free time, she enjoys skiing, baking, playing tennis, traveling, watching true crime documentaries, and trying new foods with her friends!