<p>Laboratory, three hours; outside study, three hours. Introduction to autonomous drone engineering, exploring airframe structure and software controls. Airframe topics include computer-aided design, manufacturing, drone propulsion, and electronics. Software controls topics include implementing professional flight software, data analysis, and real-time system responses. Students work in teams to design, build, and test drone that competes in task-based competition. Students present and explain their design choices. No prior experience or coursework required. Study led by experienced undergraduate members of UCLA unmanned aerial systems group. Letter grading.</p>

Engineering

Henry Samueli School of Engineering and Applied Science

Engineering Schoolwide Programs

ENGR 1DR - Introduction to Engineering Design: Drones

Introduction to Engineering Design: Drones

Skills outcomes: Students learn computer aided design, manufacturing, drone propulsion, and electronics. Software controls topics include implementing professional flight software, data analysis, and real-time system responses. 

Knowledge outcomes:  Students learn about airframe structure and software controls. 

General Catalog

Introduction to Engineering Design: Drones

ENGR 1DR

2 units