Courses

In this dynamic program, top high school students will explore the realm of artificial intelligence, focusing on generative AI and neural networks. The course merges core theoretical knowledge of AI principles with practical generative tools.

Biotechnology has been revolutionized by the techniques of genetic engineering which are used to design new proteins, produce drugs, and investigate disease mechanisms. Engineers use this technology to modify living cells of plants, bacteria, yeast, and mammalian cells so that they produce important biomedical products such as human insulin and cancer drugs.

Students will be introduced to the character pipeline for games and animation.  It will include design, anatomy, modeling, texturing, rigging, programming, and animation overall, while focusing on character modeling in depth.

Computer science involves translating a complex problem into a computing solution by learning how to create data models and think algorithmically.  Students in this course will be introduced both to the practical work of programming and to the important foundations of computer science.

From creating new medicines to unlocking the mysteries of proteins, AI is transforming biology. This course introduces students to the algorithms behind generative AI and shows how they can be applied to biological design.

Nanotechnology is all around us—powering CPUs, graphic cards, gaming sensors, LEDs, solar cells, quantum computing, medicine, and even space telescopes. This program will let you dive into this fascinating field through hands-on experiences in the cutting-edge cleanroom at the Singh Center for Nanotechnology.

Students will be introduced to the state of the art in robotics, design, manufacturing, and automation. The course ties together engaging classroom discussions on a variety of topics including sensing, actuation, control, and embedded programming.