Middle school boy sitting on the floor and building a robot with a teacher's help.
Apr. 22, 2026

Check out the slate for this summer's STEM programs at the Center for Mathematics, Science, and Engineering Education on the UNLV main campus. Please note that each program only accepts 20 students and admission is on a first-come, first-served basis.

Learning Computer Science Concepts and Practices with Educational Robotics

Finch is a robot that can be coded to move on a surface to accomplish given goals. By using Finch with Snap! block-based programming: Students in Grades 1-2 will learn to code a robot and explore science and math concepts! Children will be given ample opportunities to hone their skills and improve their understanding of computer science concepts and practices, as well as of geometrical shapes and life cycles. Starting to learn block-based coding will enhance students' critical thinking skills and raise their interest in STEM and Computer Science careers.

  • 9 a.m.-noon on June 1, 2, 3, 4, and 5, 2026
  • Instructors: Dilara Kara Zorluoglu and Metehan Zorluoglu
  • Fee: $200
  • Register Online

Integrating AI for STEM Learning

Students will dive into the world of artificial intelligence. Designed for Grades 3-5 and taught by an AWS Top-Certified AI Professional, this hands-on course uses tools like Google Teachable Machine, Scratch, and NASA AI platforms. Students will build, code, and explore how AI helps scientists solve real-world problems—from weather prediction to wildlife protection. Each session integrates AI with STEM content by stimulating creativity and fostering ethical thinking about the use of new technologies. This summer course will inspire the next generation of innovators.

  • 9 a.m.-noon on June 1, 2, 3, 4, and 5, 2026
  • Instructor: Burak Sahin
  • Fee: $200
  • Register online

The Curious Chem Lab

Middle school students (Grades 6-8) will explore the fun and reality of chemistry in everyday activities, using an exploratory approach to bridge the gap between chemistry and the physical world around them. Each day, students will receive tools (Simulations, hands-on interaction materials, Videos) to investigate the chemistry behind at least two phenomena.