July 7 - 13, Afternoon Session (choose 1): June 23 - 29, Afternoon Session (choose 1): June 23 - 29, Morning Session (choose 1): Self-Driving Technology: Guidance, Navigation, and Controls Internet of Things, Machine Learning & Python Deep Learning: Deploying AI to Maintain Smart Cities June 16 - 22, Afternoon Session (choose 1): Robotic Engineering: Adding Robot Muscles to Inventive Ideas Learning C++ for Human Spaceflight Engineering Learning Python to Solve Engineering Problems June 16 - 22, Morning Session (choose 1): Tech descriptions are available in the "Curriculum" section of this page. Selection will be made during enrollment. Residential students will select two tech courses to complete during their week at camp - session one will meet in the morning, and session two will meet in the afternoon. Learn from engineering professors, researchers, professionals, and students about the different engineering fields. College readiness and learning about engineering as a major.Develop leadership, project management, and communication skills to stand out from your peers. Learn engineering leadership while applying the engineering design process. Receive instruction, then break into small groups to complete exercises and challenges to develop deeper understanding. Practice real-world application of skillsĮmploy technical, scientific, and/or analytical concepts to address real-world issues.Topics offered include machine learning, AI, internet of things, data science, 3D printing, deep learning, data analytics and more. Hands-on curriculum in advanced engineering and technology concepts in the context of learning how engineers solve problems. College-level engineering concepts tailored to high school students.One-week sessions include hands-on curriculum allowing Rice ELITE Tech students to employ technical, scientific, and/or analytical concepts. Rice ELITE Tech Camps focus on a vigorous technology track, supplemented by college readiness and engineering leadership preparation components. Students will participate in intensive science, technology, engineering, and math (STEM) learning activities, while learning to apply the engineering design process to solve real world problems.
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