Program Introduction
The Bachelor of Science in Robotics program at Carnegie Mellon University (CMU) provides students with a comprehensive education in the various aspects of robotics. The program is designed to provide strong theoretical foundations and practical experience in the core areas of robotics, including robot system design, programming, control, perception, and artificial intelligence. Students learn fundamental principles of mathematics, physics, computer science, mechanical engineering, and electrical engineering, and how to apply this knowledge to real robotic systems. This program is designated as a STEM (Science, Technology, Engineering, and Mathematics) field, allowing international students to benefit from up to 36 months of Optional Practical Training (OPT) after graduation. Operated by CMU's Robotics Institute (RI), the program leverages the resources and expertise of this world-renowned robotics research center to provide students with unique opportunities to participate in cutting-edge research and innovation. Students gain hands-on experience with various robotic systems including autonomous vehicles, medical robots, industrial robots, humanoid robots, and space robots, developing their ability to solve complex problems through interdisciplinary projects and collaborations. Additionally, students have opportunities to network with industry leaders, gain practical experience through internships, and participate in graduate-level research. This comprehensive education prepares graduates exceptionally well for successful careers in the robotics industry, research institutions, and innovative companies.
- Language of InstructionEnglish
- Program Length48 months
- Teaching MethodsOffline
- Robotics Core Courses: Introduction to robotics, robot kinematics, robot control, robot perception, mobile robot programming - Mathematics and Science Foundation: Calculus, linear algebra, differential equations, physics, probability and statistics - Computer Science Courses: Programming fundamentals, algorithms, data structures, artificial intelligence, machine learning - Engineering Courses: Electronics, mechanical systems, signal processing, sensor technology, actuator design - Integrated Projects: Robot design and construction, robot programming, system integration projects - Advanced Electives: Computer vision, human-robot interaction, robot motion planning, multi-robot systems - Laboratory Practice: Hands-on experience with various robotic platforms, hardware design and testing - Capstone Project: Comprehensive project where students solve real robotics problems - Research Experience: Opportunities to participate in research projects at the Robotics Institute - Interdisciplinary Courses: Study of related fields including cognitive science, ethics, design thinking, and business
Robotics Engineer
$90,000 ~ $120,000
Autonomous Systems Developer
$95,000 ~ $125,000
Robot Perception Specialist
$100,000 ~ $130,000
Intakes | Application Deadlines |
---|---|
2025 Fall | 2025-01-02 |
Admission Requirement
- GPANo Min Score
- SAT / ACTNo Min Score
102
7.0
- Online ApplicationRequired
- High School TranscriptRequired
- Personal StatementRequired
- Resume (Activity Record) Required
Extracurricular activities, leadExtracurricular activities, leadership experiences, awards, work experience, etcership experiences, awards, work experience, etc
- 2 Letters of RecommendationRequired
- PortfolioOptional
선택
- SAT/ACTOptional
- InterviewOptional
Selectively by invitation (not offered to all applicants)
- Certified English Test Score ReportRequired
Fees and Funding
$67,020/Year
$11,250/Year
$75