# MIT Lincoln Laboratory Radar Introduction for Student Engineers (LLRISE) The MIT Lincoln Laboratory Radar Introduction for Student Engineers (LLRISE) is an exciting two-week, in-person, residential workshop designed for rising high school seniors with a passion for STEM. This hands-on program focuses on developing foundational skills in electrical engineering, signals, hardware, and radar systems. Hosted by MIT Lincoln Laboratory, LLRISE provides students with the unique opportunity to design, build, and test their own radar systems while learning from expert engineers and researchers in the field. Best of all, the program is completely free for all participants. ## Program Structure LLRISE is a two-week, immersive residential workshop that takes place on-site in the United States. During the program, students participate in structured, hands-on activities and guided instruction that revolve around designing and constructing radar systems. The curriculum includes a mix of lectures, lab sessions, and collaborative projects, culminating in a final demonstration of each student’s radar system. The program integrates technical concepts such as signal processing, hardware design, and system integration, offering a deep dive into cutting-edge radar technology. Students will also have the chance to learn about real-world applications of radar systems and how these technologies are used in various industries. ## What Students Experience LLRISE is a highly interactive and project-based learning experience. Students will: - Work closely with MIT Lincoln Laboratory engineers to design and build functioning radar systems. - Gain hands-on experience with electrical engineering tools, hardware, and software. - Learn about radar signal processing and its applications in areas like aviation, weather monitoring, and defense systems. - Collaborate with peers in small groups to solve engineering challenges. - Present their completed radar projects to peers, mentors, and program staff. In addition to technical skills, students will develop critical problem-solving, teamwork, and communication skills. Throughout the program, participants benefit from mentorship by MIT Lincoln Laboratory staff, gaining insight into STEM careers and advanced fields of study. ## Why It Matters for College Applications Participating in LLRISE demonstrates a strong commitment to STEM and showcases a student’s ability to engage in rigorous, hands-on technical work. The program’s focus on designing and building radar systems highlights specific skills in electrical engineering, hardware systems, and signal processing—fields that are highly valued in college admissions and STEM-related academic programs. Moreover, being selected for a competitive, free program hosted by MIT Lincoln Laboratory reflects a student’s academic excellence and initiative, making it a standout experience on college applications and resumes. ## Eligibility LLRISE is open to high school students in grades 11-12, with a specific focus on rising seniors (students entering grade 12 in the fall of the program year). Applicants should have a strong interest in STEM, particularly in areas like electrical engineering and hardware systems. While the program is free, students must be able to commit to the full two-week residential experience. ## How to Participate To apply for LLRISE, students must complete an online application, which typically includes components such as a personal statement, teacher recommendations, and academic transcripts. Deadlines and detailed application instructions are posted annually on the program’s official website. Admission is competitive, so students are encouraged to highlight their passion for STEM and any relevant experience or coursework. For more information and to apply, visit the [MIT Lincoln Laboratory LLRISE website](https://www.ll.mit.edu/).