Making robots ubiquitous in society will require professionals that have working knowledge in a breadth of STEM fields and deep knowledge in one or more of these fields. The Undergraduate Track in Robotics trains students in the fundamentals of Robotics with a focus on Computer Science topics in the field, such as localization and mapping, motion planning, and software engineering.

ROBOTICS TRACK CURRICULUM

The Robotics Track curriculum provides guidance on four (4) of the four (4) CSC Restricted Electives that students are expected to take as part of their degree requirements, for a total of 12 credit hours. The track suggests related courses and minors that students may be interested in taking for their remaining Other Restricted Electives.

Required Courses

• CSC 495 - Introduction to Robot Motion Planning
• CSC 495 - Software Engineering for Robotics
• CSC 422 - Automated Learning and Data Analysis
• Only students who are pursuing the CSC Honors or ABM programs may take the Graduate (500 level) versions of the courses.:
  
  • CSC 522 - Automated Learning and Data Analysis
  • CSC 591 - Software for Robotics Today
• One of the following:
  
  • CSC 495 - Self-Driving Cars: Theory and Practice
  • CSC 495 - Introduction to Mobile Robotics
  • CSC 401 - Data and Computer Communication Networks
  • CSC 453 - Internet of Things
• Only students who are pursuing the CSC Honors or ABM programs may take the Graduate (500 level) versions of the courses.:
  
  • CSC 591 - 006 Foundations of Real-Time Systems

Related Courses

• Other Restricted Electives
  
  • CSC 411 - Introduction to Artificial Intelligence
  • CSC 461 - Computer Graphics

Related Minors

Students may want to minor in subjects related to security. Some possible minors are:

• Mathematics
• Statistics
• Mechanical Engineering
• Civil Engineering