Program Overview
In the “Discover Engineering” course, students will explore various disciplines of engineering through academic lectures and classroom discussions.
They’ll also gain practical experience through hands-on projects that involve designing, building and testing, and learn how to conduct research using design thinking and the engineering design process.
Students also get the chance to visit relevant sites around Los Angeles to see the various challenges and opportunities professional engineers face.
Key Information
Topics of Study
- Computational thinking
- Engineering design
- Working in design teams
- Conducting research
- Aerospace engineering
- Biomedical engineering
- Chemical engineering
- Computer science
- Electrical engineering
- Environmental engineering
- Industrial engineering
- Mechanical engineering
Learning Highlights
- Use the engineering design process to complete a project with engineering requirements and constraints
- Use simulation tools and real-world materials to create, model and prototype solutions to real-world problems
- Write a research paper based on an engineering concept
- Put your studies into practice with engineering projects such as building and launching rockets, using 3D printers, programming robots and sensor devices, designing and building bridges, using AI and more
- Learn how to present, defend outcomes of and give feedback on engineering projects
Requirements
- Students must bring their own laptops
- Students who will not have completed pre-calculus or trigonometry before June 15, 2026, but who wish to be considered for this course, must submit the Pre-Calc/Trig Waiver with their application
- Please pack at least one pair of closed-toe shoes for field trips
Weekly Highlights
| Week | Focus | Key Topics | Assignments and Activities |
|---|---|---|---|
| 1 | Civil and Environmental Engineering | Green energy; structure design | Simulate and build a windmill. Guest speaker and field trip. |
| 2 | Biomedical and Electrical Engineering | Digital circuit design | Simulate and build a working digital circuit. |
| 3 | Aerospace and Chemical Engineering | Rocket design; key aspects of flight; atmospheric testing | Launch rockets. Program drones. Design and fly gliders. |
| 4 | Computer Science and Robotics | Programming; AI | Build and program Arduino-based robots. Program AI robots. |
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