Become an innovator with NDSU’s robotics and automation degree

As robotics and automation transform industries around the world, NDSU is preparing students to lead the next wave of innovation. Designed for makers and innovators, the robotics and automation degree program provides you with the technical skills, interdisciplinary knowledge and hands-on experience needed to design, build and deploy intelligent robotic systems that solve real-world challenges.

Robotics is one of the most exciting and rapidly growing areas of technology because it brings together multiple disciplines to solve complex problems. Throughout the program, you’ll build a strong foundation in mechanical systems, electronics, sensors and computer programming, while learning how these components work together to create intelligent machines.

“The field of robotics and automation uses smart, integrated machine systems that can sense their environment and perform complex tasks with speed, precision and efficiency,” said Scott Pryor, the associate dean of undergraduate programs in the College of Engineering. “As our sensing and controls capabilities advance, robotics and automation systems are becoming increasingly common in a wide variety of applications, from manufacturing and construction to transportation and remote inspection.”

The degree program gives you the flexibility to shape your degree based on your interests by choosing between two specialized tracks while still gaining a full understanding of how automated systems operate.

The programming-focused track emphasizes coding, robot programming and system integration, preparing you to develop the software and logic that powers modern robotics. The mechanical-focused track focuses on machines, tooling, fluid power and hands-on hardware, giving you a deeper experience with the physical systems that make automation possible. Regardless of the path you choose, you’ll develop a comprehensive understanding of the entire robotic cell — from initial concept to real-world operation.

Rather than simply studying how robots work, you’ll gain hands-on experience operating, troubleshooting and maintaining robotic systems while learning how different technologies work together in real-world environments, developing the problem-solving skills and technical confidence that today’s employers value. You’ll be able to get involved in student organizations, including Bison Robotics.

Kaitlyn Nickel, a senior software engineering major from Carver, Minnesota, has always had a passion for robotics, and chose to attend NDSU because of its strong reputation for hands-on experiential learning.

“I got interested in robotics because it combines a lot of the cool aspects of engineering: getting to see some of that software, working on the hardware side, the wiring and then also getting to see the mechanical components,” Nickel said. “Robotics is important because the world is continuing to move towards automation, and there’s more and more of a need for robotics in the manufacturing industry.”

Nickel has enjoyed her involvement in the Bison Robotics club, where she serves as the organization’s president. She has participated in the NASA Robotic Mining Competition, the Autonomous Snowplow project, the Ri3D, where participants build a robot in three days, and she volunteers at various FIRST Robotics Competition regional events throughout the year.

State-of-the-art facilities at NDSU, including the NDeavor building and the Richard Offerdahl ’65 Engineering Complex, set to open this fall, provide the space and resources needed to create and collaborate with peers.

Faculty in the department are experts in the field and are available to help you achieve your career goals.

“The faculty have been very welcoming and knowledgeable,” Nickel said. “They really care about you and want to make sure you have the best experience possible.”

Graduates of the Robotics and Automation program enter a rapidly growing field with opportunities across many sectors. Companies involved in drone manufacturing, industrial automation, automotive systems, aerospace technology and agricultural innovation increasingly rely on engineers and scientists who understand robotics and intelligent systems.

Nickel encourages interested students to pursue a degree in robotics and automation.

“NDSU gives you a competitive edge. You’re offered lots of great curriculum with different student organizations that can help expand your knowledge beyond the classroom and lots of hands-on learning opportunities to help connect theory to reality,” she said.

See how NDSU is preparing students for exciting careers on the official NDSU YouTube channel.

Shape your future by applying today or scheduling a visit.