About S.W.E.E.T.
CSUN's Solar Wind Energy Engineering Team (S.W.E.E.T) program is a hands-on journey into renewable energy. Students get to build a sustainable, net-zero energy home, learning about solar and wind tech along the way. It's not just about textbooks; they collaborate, solve real-world problems, and even share their knowledge with the community. This program isn't just about building homes – it's about shaping the next wave of eco-innovators and spreading the word on green living. In a world facing climate challenges, CSUN's S.W.E.E.T is lighting the way for our future.
OCSD 2023 Decathlon
October 5-15, 2023
Fourteen college teams, including some from California and others from around the world, are gearing up to show off their vision of sustainable living. The teams are set to construct and display the homes at the OC Fair & Event Center in Costa Mesa, CA. They're building eco-friendly modular homes packed with the latest green tech. Visitors can expect hands-on demos, insightful talks, and a peek into the future of housing. Tours will be given, vendors will showcase their products, and there will be networking opportunities. In short, it's not just a competition; it's a fun-filled glimpse into the future of green living.
Interested in Joining S.W.E.E.T.?
We're always looking for new members, and would love to have you join us!
About Dr. Mukherjee
Educational Background
- Ph.D. 2004, University of California Los Angeles
- M.S Mechanical Engineering 2000, University of California Los Angeles
- M.M.E 1998, Villanova University
- B.P.P.E 1993, Jadavpur University
Research Focus
Dr. Mukherjee's primary research encompasses a rigorous exploration of fluid dynamics at its most fundamental junctures. His focus of study resides within the intricate domain of interfacial dynamics between liquid and vapor phases, with a emphasis on the quantitative amalgamation of numerical simulations and empirical investigations. This finds direct application in multiple areas of exploration including, but not limited to, the convoluted intricacies of boiling phenomena, condensation kinetics, combustion kinetics, and the intricate convolutions characterizing multiphase flows.
