Pathways

During the first week of Governor’s School, scholars will take part in immersive, hands-on training in core laboratory techniques. After this foundation, each student will be matched with a faculty mentor and placed in a research group aligned with their interests. Areas may include biology, biochemistry, chemistry, geoscience, materials science, food science, pharmacy, polymer science, physics, or vision science. Throughout the program, scholars will contribute to active research, develop skills in data analysis, and refine their lab techniques. The experience will culminate in a poster presentation during the final week—an exciting opportunity to showcase their work and prepare for future success in science and research.

The Information Technology program is built around hands-on exploration of modern computing tools and concepts. Scholars will attend daily programming classes while diving into topics such as artificial intelligence, computer hardware, the Linux operating system, networking, web development, and ethical technology use. Through real-world projects, students will apply what they learn in practical ways—building problem-solving skills and gaining a deeper understanding of how IT powers the world around us.

Scholars in the Engineering pathway will explore multiple engineering fields through a dynamic blend of classroom instruction, lab experimentation, and real-world application. They’ll engage with topics such as robotics, civil infrastructure, power systems, and electronics while learning foundational design and testing methods. Students will join a research team based on their interests to develop and prototype an innovative solution to a real-world problem. The program culminates in a final presentation of their work—equipping students with practical skills, teamwork experience, and a strong foundation for future engineering studies.

The Mathematics pathway begins with an introduction to mathematical thinking and collaborative problem solving. Scholars will then rotate through a series of in-depth modules, led by faculty and focused on topics such as Classical and Contemporary Cryptography, Elementary Number Theory, Mathematical Finance, and Mathematical Modeling. Students will build, test, and refine models while sharpening their logic and analytical skills. The pathway concludes with a presentation of each group’s project, offering a valuable opportunity to apply complex mathematical ideas in meaningful, real-world contexts.