Discover the exciting field of nanoscience through hands-on experiments
Explore cutting-edge research in nanoscience and nanotechnology
The Nanoscience Lab Summer Institute is an exclusive summer workshop for high school students with a background in chemistry who are interested in advanced science and technology.
During this five-day program, students have the unique opportunity to explore technologies similar to those currently investigated by the scientific community through hands-on experiments that give students a survey of diverse topics, including bio-toxicity, supercapacitors, and photolithography. These experiments, designed by UCLA researchers, teach students the key concepts of nanoscale phenomena that make nanoscience and nanotechnology one of the most exciting fields of research today.
Fees and Payment Info
The program fee includes the unit fees for the UCLA coursework offered as part of the program and thus varies by UC student status. The program fee also includes the cost of UCLA Housing (for mandatory housing programs). In addition to the program fee, students are assessed other campus and administrative fees during the summer. This is a summary of fees that commonly apply to the selected student type.
Actual tuition and fees are subject to change by the University of California. Visit the fees, payment, and financial aid section for important disclaimer, as well as more details on fees, payment instructions, and information on delinquency, refunds, and financial aid.
COMMUTER PROGRAM FEES:
The program fees listed in the selection are for the Mandatory Housing version only. The following are the program fees for the Commuter version.
- High School Student = $1,358
- Incoming UCLA Student = $1,146
- Incoming UC Student = $1,146
All other fees listed will remain the same for the Commuter version.
Meet your instructors
Sarah Tolbert is a professor in the Department of Chemistry and Biochemistry at UCLA. Research in her group focuses on self-organized nanoscale materials and includes both organic templated inorganic phases and colloidal materials. Current work in her group is aimed at understanding and controlling structure and periodicity in complex nanostructured composite materials, and in exploiting that periodicity for a range of structural, optical, and electronic materials applications.
Projects in Prof. Tolbert’s group range from examination of nanoscale phase transitions in surfactant templated inorganic solids to the designed assembly of electro-active composite materials.
Professor Tolbert’s honors include a National Science Foundation Early CAREER Development Award, the Office of Naval Research Young Investigator Award, a Beckman Young Investigator Award, and an Alfred P. Sloan Foundation Fellowship.