Robotics
Master robotics engineering through interactive digital applications and in-person immersions. Learn to design, simulate and program robotic systems digitally before applying those skills on real robots during immersion weekends.
Required In-Person Immersion
This course requires attending two weekend immersion sessions per semester in Austin, TX. During these sessions, you'll apply your digital robotics knowledge to real robotic systems. Please review the immersion schedule below and ensure you can attend before enrolling.
Robotics Digital Projects
Complete these digital projects to develop your robotics knowledge and prepare for the in-person immersion sessions. Each project builds upon skills from previous ones and prepares you for hands-on work during the weekend immersions.
Robotics Fundamentals Simulator
Build an interactive application for simulating robotic systems, kinematics, and basic control principles.
Robotic Control Systems Simulator
Create an interactive simulator for designing and testing robotic control systems, including PID controllers and state machines.
Robotics Sensor Integration Simulator
Develop an application for simulating and processing data from various robotic sensors and implementing sensor fusion algorithms.
Advanced Robotics System Simulator
Create a comprehensive simulation environment for advanced robotics applications including autonomous navigation, manipulation, and multi-robot coordination.
Upcoming Immersions
This course requires attendance at two weekend immersion sessions per semester. During these sessions, you'll apply your digital designs to real robotic systems. Select the sessions you plan to attend.
October 13-14, 2023
Robotics Lab, Austin Campus
Two full days (9am-5pm)
Introduction to robotics hardware, safety, and basic programming. Students will apply their digital simulation knowledge to real robots.
December 8-9, 2023
Robotics Lab, Austin Campus
Two full days (9am-5pm)
Control systems and actuator programming. Students will implement their digital control systems on actual robotic platforms.
March 1-2, 2024
Robotics Lab, Austin Campus
Two full days (9am-5pm)
Sensor integration and data processing. Students will implement real sensor systems based on their digital simulation knowledge.
April 26-27, 2024
Robotics Lab, Austin Campus
Two full days (9am-5pm)
Advanced robotics applications and project implementation. Students will build complex robotic systems based on their digital designs.
Immersion Requirements
For Digital Projects
- • Computer with modern web browser
- • GitHub account for project submissions
- • Basic understanding of web development (HTML, CSS, JavaScript)
- • Camera for recording walkthrough videos
For In-Person Immersions
- • All robotic equipment and components provided on campus
- • Programming laptops with necessary software available
- • Appropriate clothing (closed-toe shoes, no loose items)
- • Personal safety equipment (provided, but you may bring your own)
- • Your completed digital projects (for reference during robotics work)
Travel & Accommodation
- • Students are responsible for travel to Austin, TX
- • Recommended accommodations list provided
- • Campus location: Ludwitt Robotics Lab, Austin
Your Progress
Course Instructor
Recent Achievements
Virtual Control Systems Expert
Successfully created complex digital robotic control simulations
Digital Roboticist
Developed your first interactive robotics simulation application