TechLeaders

Open to Students Entering Grades 9-12 
 

TechLeaders C. Participants in this program will choose a single, in-depth, weeklong project focused on molecular dynamics or computer coding. All levels of experience welcome!

• Regenerative Medicine: The Molecular Dynamics Project - Molecular dynamics involves the use of computers to put motion to molecules. This week-long program will teach students how molecules are put together and how they interact. Students will learn how to build and view molecules using a variety of hands-on methods, including virtual reality. Campers will expand their understanding of molecular geometry, bonding, structure, and dynamics, which are key factors in further developing “visuospatial” thinking. Part of a grant-funded workforce development initiative at UNH called NH CREATES, this program is offered at no cost to participants. All levels welcome!
• The Heat Equation: Studying Genuine Math, Physics, and Engineering - In this weeklong program, you’ll build your own computer simulation (from scratch!) to model heat moving through space and time using MATLAB—an essential programming language for engineers. Then, you’ll compare your results with real data captured by a thermal camera. Along the way, you’ll develop a deeper understanding of how mathematics and physics apply to real-world problems. Taught by a mechanical engineering professor at UNH, this camp offers a supportive environment that gives a sneak peek into life as a student in the UNH College of Engineering and Physical Sciences. You’ll leave camp with new skills, a fresh perspective on high school math and physics, and a clearer sense of the subtle differences between majoring in physics, mathematics, or engineering at the undergraduate level. Students entering grades 9–12 who have taken Algebra I are welcome; no programming experience required! 
• Code, Create, Play: Turn Your Ideas into Art, Animation, and Games with Coding - Unleash your creativity and see your ideas come to life on screen by creating interactive games, amazing animations, and eye-catching art—all while mastering real-world coding skills! In this exciting summer program, you’ll learn JavaScript (JS), the essential programming language behind interactive web pages and apps; explore P5.js, a fun tool for designing visual media; and dive into Phaser, a game development framework that lets you bring your game ideas to life. Gain hands-on experience with text-based coding, build skills that transfer to other programming languages, and create original projects you can share with family and friends. This program offers an incredible mix of fun and education, helping you to develop creativity, critical thinking, and technical skills essential for today’s world. No prior coding experience needed—just bring your curiosity and excitement to learn something new. Sign up today and start building your coding skills this summer! 

TechLeaders C. Participants in this program will choose a single, in-depth, weeklong project focused on cryopreservation, bioinformatics, or data analytics. All levels of experience welcome!

• Data Detectives Project - Have you ever wondered how your favorite streaming service recommends new shows or movies tailored to your tastes? Or how advertisements promoting products that align with your interests consistently pop up in your social media feeds? Welcome to the world of data science! In this program, participants will learn how personal data collected from a wide variety of sources is used to predict trends, preferences and behavior, as well as solve complex scientific questions and real-world problems. Data analytics is not unlike being a detective sifting through huge amounts of information to find hidden clues and patterns. Come learn how to gather, interpret, model and present data to understand and decode the world’s mysteries! This program is offered at no cost to participants thanks to funding from the National Science Foundation. All levels welcome!
• Regenerative Medicine: The Cryopreservation Project - Regenerative medicine has the potential to fully repair damaged tissues and organs. The cells and tissues used for this repair often need to be stored long term, frozen in liquid nitrogen at -196 °C, a process called cryopreservation. In this program, cryopreservation will be explained and demonstrated, including current methods and their limitations. Cryopreservation in nature will also be explored. In addition to regenerative medicine and cryopreservation, this program will also reinforce basic chemistry and biochemistry concepts, such as the properties of cells, water, freezing point depression, protein structure and function. Part of a grant-funded workforce development initiative at UNH called NH CREATES, this program is offered at no cost to participants. All levels welcome!
• Regenerative Medicine: The Bioinformatics Project - In this program, participants will focus on bioinformatics – the use of computer science to answer biological questions. Bioinformatics is a relatively new and growing discipline that uses computers and databases to answer biological and biomedical questions. Participants will explore how to do biochemistry with a computer, as well as learn about proteins, DNA, RNA and entire genomes. Part of a grant-funded workforce development initiative at UNH called NH CREATES, this program is offered at no cost to participants. All levels welcome!

Apply Now!

Enrollment in sponsored (no cost) projects will be limited to one sponsored project per camper in order to ensure these program spots go to as many students as possible.