What will I learn with a robotics minor?
Robotics involves designing, building and operating intelligent machines capable of performing tasks autonomously or semi-autonomously in diverse environments. Advances in computing, sensing technologies, electronic systems and mechanical design have made robots versatile and essential for applications such as manufacturing automation, medical assistance, precision agriculture, disaster response, environmental monitoring and more.
The robotics minor at the 91ԭƬ provides you with foundational knowledge and hands-on skills needed for success in this dynamic field. This interdisciplinary program draws from Computer Science & Engineering, Electrical & Biomedical Engineering and Mechanical Engineering to offer a broad base in robotics technologies, systems integration and real-world applications.
Learning outcomes
The robotics industry demands individuals who understand
- systems design and integration,
- autonomous and semi-autonomous control systems,
- sensing and perception technologies,
- software and hardware co-design, and
- analysis and interpretation of robotics data.
The objective of this interdisciplinary minor is to provide students with the skills and experience to apply what they learn in their major toward solving robotics engineering challenges.
Why choose a robotics minor?
Robotics technology is increasingly important and accessible. Thanks to advances in component cost, open-source software and interdisciplinary tools, many industries — manufacturing, healthcare, agriculture, environmental science, logistics and more — are using robotics in transformative ways.
Nevada and the broader region offer growing opportunities for robotics innovation, design and deployment in both academic and industry settings. Students who complete the robotics minor will be well-positioned to enter the workforce in roles such as robotics design, software/hardware development, control and sensing systems or to continue their training at the graduate level.
