Developed by Carnegie Mellon Robotics Academy, all curricula follow an easy-to-follow structure, accessible to those without any experience to start at introductory topics, then grow into more advanced concepts. CMRA curricula are also based on research to ensure the content aligns to standards and skills that current industries value today. Below are some curricula, which are easily accessible on th e CS-STEM Network (CS2N) , developed as a tool for educators to host their own classes with CMRA curricula.

Featured Virtual Robotics Curricula

These Virtual Robotics Curricula feature a programming interface and virtual robot embedded directly within the curriculum. 

	Coding and Computational Thinking with a VIRTUAL Robot More Informatio n	Purchase Licenses
	Coding and Computational Thinking VIRTUAL SPIKE Prime More Information	Purchase Licenses
	RoboCamp with VIRTUAL SPIKE Prime More Information	Purchase Licenses
	Introduction to Programming wi th VIRTUAL LEGO EV3 More Information	Purchase Licenses

Featured Mobile Robotics Curricula

Our Mobile Robotics Curricula engage students through hands-on learning with robust robotics platforms, teaching critical skills in coding, computational thinking, math, AI, and more. These lessons build competencies that extend beyond the classroom, equipping students for success in robotics competitions and future careers.

	Applied AI and Robotics with NVIDIA Jetson Nano More Information	View on CS2N
	Fundamentals of Coding with LEGO SPIKE Essential More Information	View on CS2N
	Coding and Computational Thinking with VEX IQ 2nd Gen More Information	View on CS2N
	Coding and Computational Thinking with SPIKE Prime More Inf ormation	View on CS2N
	Coding and Computational Thinking with VEX V5 More Information	View on CS2N

Featured Robotics Technician Curricula

Our Robotics Technician Curricula began as a research project funded by the ARM Institute through the Smart Manufacturing and Advanced Robotics Training (SMART) Project. A Robotics Technician is a skilled professional responsible for assembling, maintaining, and troubleshooting robotic systems used in various industries.

With additional support from the National Science Foundation and the Office of Naval Research, we have expanded and refined these materials to better prepare students for careers in this field. These curricula are aligned with Career and Technical Education (CTE) pathways, ensuring that students gain the practical skills needed for success. Additional details are available on our Robotic Technician Curricula page.

	Robot Operations with CoDrone EDU More Information	View on CS2N
	Autonomy Foundations with NVIDIA Jetson Nano More Information	View on CS2N
	Robotics Integration with Arduino (ShieldBot)	View on CS2N
	Fabrication Foundations with Hand Tools	View on CS2N
	Mechanical Foundations with VEX V5	View on CS2N
	Mechanical Foundations with REV DUO More Information	View on CS2N
	Software Foundations with Arduino (ShieldBot)	View on CS2N
	Software Foundations with VEX V5	View on CS2N
	Electrical Foundations with Arduino	View on CS2N
	Machine Vision	View on CS2N

Earn SMART Micro-Certifications through Robotics Competitions

Participants of the FIRST Robotics Competition, FIRST Tech Challenge, and VEX Robotics Competition learn an incredible amount from these experiences, but many potential schools and employers are unaware of the specific Knowledge, Skills, and Attitudes that are fostered. Participants who have gone through at least one competition season can now provide evidence of their experience to earn SMART Robotics Technician Micro-Certifications from the Carnegie Mellon Robotics Academy, and more clearly showcase their abilities.

	Earn SMART Micro-Certifications through FIRST Robotics Competition (FRC) or FIRST Tech Challenge (FTC)	More Information
	Earn SMART Micro-Certifications through VEX Robotics Competition (VRC)	More Information

Legacy Curricula

Curricula in this section are no longer actively supported and are freely available on an as-is basis.