Research Opportunities Database for High School Students

Summary

The Research in the Interests of Science and Mathematics (RIMS) program, hosted by the City University of New York's Advanced Science Research Center (ASRC), offers students the opportunity to engage in cutting-edge research within the ASRC facilities. Over the course of the 8-week program, participants work closely with mentors on research projects in various scientific disciplines, ranging from physics and chemistry to biology and mathematics. Additionally, students have the chance to enhance their professional development through workshops and seminars that provide valuable insights into the research process, scientific communication, and career pathways in STEM fields. Notably, participants receive a stipend for their active involvement, further recognizing their dedication and commitment to scientific inquiry. Due to the program's competitive nature, admission into RIMS is highly selective, making it an exceptional opportunity for motivated students seeking to expand their research experience and pursue their scientific passions.

Summary

The RIBS (Research Intensive Biotechnology Summer) program is a focused and immersive four-week training program that aims to familiarize students with a variety of molecular biological techniques commonly employed in research laboratories. As a RIBS student, the majority of your class time will be spent in laboratory settings, where you will gain hands-on experience with various lab techniques and become acquainted with the laboratory environment. Furthermore, at the culmination of the program, you will have the opportunity to present your findings at a research forum, showcasing the knowledge and skills you have acquired. Completion of this course equips participants with the necessary experience and confidence to work effectively in a research laboratory, which can be a valuable asset for those considering pursuing STEM majors in college.

Summary

RISE Internship and Practicum program is a two-track program that is conducted at Boston University every summer. At this program, you will spend six weeks conducting lab research and advancing your skills in the field. For the internship, students will be assigned a research project and mentor, and work 40 hours a week. Students on this track will have the opportunity to choose their research topic from a list of many. For the practicum track, students will conduct group research focused on computational neurobiology.

Summary

The Rutgers Young Scholars Program in Discrete Mathematics offers a unique opportunity for mathematically talented high school students to immerse themselves in a rigorous and stimulating academic environment. Over the course of four weeks, selected students will engage in an intensive residential program that focuses on discrete mathematics, a field with wide-ranging applications and significant research opportunities. Through problem-solving exercises and the application of mathematical concepts, participants will enhance their problem-solving abilities and develop a deeper understanding of the subject. The program also provides a platform to interact with renowned professionals in the field, who serve as mentors and role models. By exposing students to the exciting world of discrete mathematics, the program aims to inspire a passion for the mathematical sciences and encourage students to pursue careers in this dynamic field.

Summary

Saint Louis University's Robotics Summer Academy offers a dynamic experience for participants as they form teams and embark on the exciting journey of building their own robots using custom hardware. Through the application of mechanical, electrical, and computer engineering concepts, students will engage in the design and fabrication of robot parts, fostering a comprehensive understanding of the interdisciplinary nature of robotics. The culmination of the program includes friendly competitions among the student-built robots, providing an opportunity to showcase their creations. As an added bonus, attendees will have the chance to interact with SLU's engineering students and faculty, gaining insights into their projects and exploring the state-of-the-art engineering labs and facilities. While the Robotics Summer Academy is a day camp, students will leave with a fully functional robot of their own. This immersive program not only hones technical skills but also offers a glimpse into university life, giving participants a taste of the vibrant campus environment at Saint Louis University.

Summary

The Stanford Institutes of Medicine Summer Research Program (SIMR) is an immersive 8-week experience that offers high school students the opportunity to engage in medical research. Through SIMR, students work closely with esteemed Stanford faculty and researchers, collaborating on cutting-edge projects in one of eight study fields. Each participant is carefully matched with a mentor who provides individualized guidance and support throughout the program. This one-on-one mentoring fosters a rich learning environment, allowing students to gain hands-on experience in their chosen field of study. By actively participating in scientific investigations and conducting research, SIMR students gain valuable insights into the medical field, develop critical thinking skills, and make significant contributions to the advancement of knowledge.

Summary

This summer program for middle and high school students was created to be STEM –focused, giving students the opportunity to learn about science, technology, computer science, and engineering in a fun and supportive environment. Originally spanning 10 weeks over the summer, our programs for students in grades 6–12 has changed slightly to accommodate earlier school start dates and year round school schedules.

Summary

Columbia University's Pre College program in Chemistry, known as the Intensive Seminars in Modern Chemistry, offers high school students the opportunity to deepen their understanding of chemistry and explore current research methods. This selective summer program is open to high-achieving students and follows a seminar format, immersing participants in a rigorous academic environment. Throughout the program, students attend daily presentations, engage in group discussions, and gain hands-on experience through laboratory work. The curriculum covers advanced instrumental methods used in chemistry, including spectroscopy, chromatography, magnetic resonance, and computer simulations. The program also features guest lectures and field trips to enhance students' knowledge and exposure to real-world applications of chemistry. To successfully complete the program, participants are expected to undertake a small research project, prepare a scientific paper, and actively participate in class discussions. Columbia University's Pre College program in Chemistry provides a valuable opportunity for motivated high school students to deepen their knowledge, develop research skills, and engage with experts in the field of chemistry.

Summary

The Sir Isaac Newton Exam is a comprehensive assessment of fundamental physics concepts that is open to all high school students in the United States and Canada. This prestigious exam is administered by the University of Waterloo and attracts the participation of over 2,500 students from more than 300 schools. It presents an excellent opportunity for high school seniors and juniors to demonstrate their understanding of physics, as the exam covers topics that are already included in their school curriculum. Studying for the exam can be facilitated by collaborating with peers, seeking guidance from teachers, and receiving mentorship. Registration for the exam is required, and the best part is that it is completely free of charge. To gain familiarity with the question format and types of inquiries that will be encountered during the exam, students can refer to the provided resource. Participating in the Sir Isaac Newton Exam allows students to showcase their physics knowledge and potentially earn recognition for their achievements in the field.

Summary

The Social Justice Research Academy offers an immersive experience that fosters critical thinking and examination of the political and historical factors contributing to inequality and resistance. Through attending thought-provoking lectures and workshops, participants develop essential skills in leadership, research, and analysis. Upon selection, students engage in a capstone project, formulating a research question related to the course content. These projects encompass various formats, ranging from traditional academic papers to creative endeavors, allowing participants to explore topics such as gun deaths, redlining, international human rights laws and violations, and police reform. The program empowers students to delve into pressing social justice issues, encouraging them to contribute meaningfully to promoting equity and positive change in society.