Research Opportunities Database for High School Students

Summary

ST.ART Intensive is a transformative four-week Art + Design program tailored for rising juniors and seniors. Participants delve into diverse concentrations like Digital Media & Sequential Art, Drawing & Painting, Printmaking & Design, and Ceramics & Sculpture. Through hands-on instruction from practicing artists, students expand their artistic horizons, develop portfolios, and prepare for college and beyond. The curriculum encompasses foundational classes, college prep discussions, and weekly critiques, fostering individual growth and creativity. Students engage in independent studio time and showcase their artwork in a final exhibition. Residential and commuting options are available, with payment plans and scholarships to ensure accessibility. With a rigorous yet rewarding schedule, ST.ART Intensive empowers students to embrace their artistic voice, nurture their talents, and embark on a path towards a vibrant creative future.

Summary

ST.ART's Zip ST.ART program offers a one-week residential experience for high school freshmen, sophomores, and juniors. Participants choose two daily studio sessions from a variety of options including comics, printmaking, drawing, painting, photography, animation, and sculpture. The program includes over 30 hours of instruction, meals, housing, and activities. Financial aid and scholarships are available. The program aims to expand students' artistic skills, portfolio, and creativity in a supportive environment, providing opportunities for experimentation and learning from practicing artists and designers.

Summary

Residential students at the camp have the exciting opportunity to delve into cutting-edge technology courses during their week-long stay. With a wide array of tech offerings spanning fields like Python programming, robotics, deep learning, and self-driving technology, students can tailor their learning experience to suit their interests and career aspirations. Each week, students select two courses, one for the morning session and another for the afternoon session, allowing them to explore different aspects of technology and engineering. From mastering programming languages like Python and C++ to diving into advanced topics like deep learning and IoT, students gain practical skills and knowledge under the guidance of experienced instructors. Whether it's designing robots, exploring AI applications, or learning about spaceflight engineering, the camp provides a dynamic learning environment for aspiring tech enthusiasts. With tuition covering accommodation and instruction, it's a comprehensive opportunity for students to immerse themselves in the world of technology and innovation.

Summary

The TCU Neeley Analytics Academy is a competitive, one-week summer program for high school juniors and seniors. Participants gain hands-on experience in data analytics and market research, exploring statistical programs, data visualization, and modeling techniques. Led by top-ranked professors, students learn to collect, analyze, and present data effectively, earning a Data Analytics Certificate upon completion. Strong math skills, scholastic achievement, leadership, and motivation in analytics are required for application. Need-based scholarships are available.

Summary

The Schieffer Summer Journalism Camp at Texas Christian University offers an intensive two-week residential program for high school students interested in journalism. Led by TCU faculty and industry professionals from Fort Worth and Dallas, participants delve into digital reporting, refining critical thinking and writing skills. Through discussions on media evolution and career pathways, students generate and develop news stories for both newscasts and online platforms. Registration is open for the upcoming session. For further details or to apply, contact the camp director via email or visit the camp's website.

Summary

The summer High School Research Academy (HSRA) provides high school students with an immersive and hands-on five-week interdisciplinary non-residential summer research experience at the University of Texas at Austin campus. Students participate in research projects in active College of Natural Sciences (CNS) laboratories related to the exciting fields of biochemistry, biology, environmental science, genetics, neuroscience, genome engineering, data analytics, ecology, and more. Participants will learn cutting edge research techniques while gaining valuable insights and experiences through interaction with UT students and faculty in CNS undergraduate research groups.

Summary

CASPER's Summer Research Experiences for Teachers Program offers elementary school, middle school and high school teachers the opportunity for active research participation with CASPER faculty. This summer program will begin around the first of June and end around the middle of August. (The starting and ending dates are flexible and may be adjusted to fit ISD schedules.)

Summary

This summer program is designed for high school students interested in engineering and college readiness. It offers a rigorous STEM curriculum that emphasizes hands-on learning, problem-solving, and the practical application of engineering principles. Through intensive coursework and support from experienced instructors, students will gain valuable technical skills and an understanding of how to apply engineering to real-world challenges.

Summary

Rutgers University's WISE program offers a unique opportunity for high school students interested in mathematics.In the Discrete Mathematics program, students gain valuable hands-on experience, develop research skills, and contribute to the scientific community.

Summary

The Governor's School of New Jersey in Engineering & Technology provides an exceptional opportunity for high-achieving high school students to immerse themselves in the field of engineering and technology. This highly competitive summer program, hosted by Rutgers University School of Engineering, offers a comprehensive curriculum that includes academic courses, hands-on research projects, and engaging activities with industry professionals and peers. Through collaborative research projects, participants will have the chance to explore innovative ideas and present their findings at a research symposium, fostering critical thinking and problem-solving skills. Additionally, the program facilitates site visits to local corporations, providing valuable insights into potential career paths and industry trends. By participating in this program, students will gain a deeper understanding of engineering and technology, develop strong academic foundations, and establish meaningful connections within the field.