Student observe the work of a FANUC robot in the Industrial Automation and Robotics Lab located on the Polytechnic campus.
School of Manufacturing Systems and Networks

Fuel the future of robotics and automation

Earn a bachelor of science degree in robotics and autonomous systems

In the School of Manufacturing Systems and Networks, the bachelor’s degree in robotics and autonomous systems equips students with the skills to address real-world challenges in autonomous systems. The program focuses on robotic system integration, data fusion and simulation modeling. Through hands-on experience in designing, testing and innovating with advanced robotic systems, students are prepared to shape the future of automation and AI-driven technology. Graduates can pursue careers in industries such as manufacturing, transportation, aerospace and defense.

ASU is a leader in integrated robotics research and education, providing students with the support they need to achieve their professional goals.

Sangram RedkarAssociate director and professor

Why robotics and autonomous systems?

Thomas Sugar, President’s Professor of engineering in the Ira A. Fulton Schools of Engineering at Arizona State University, associate dean for Barrett, The Honors College at ASU’s Polytechnic campus and graduate program chair in the School of Manufacturing Systems and Networks, part of the Fulton Schools (left), and Sangram Redkar, professor of engineering in the Fulton Schools, associate director of the School of Manufacturing Systems and Networks and graduate program chair for robotics and autonomous systems (center), examine robotics projects with Fulton Schools systems engineering alumnus Sandesh Bhat (right). Photographer: Deanna Dent/ASU

You will step into immersive lab spaces and partner with faculty who are reimagining the robotics industry.

Ehsan-Dehghan-Niri

You will explore unparalleled job opportunities in industries like aerospace, defense and healthcare.

Arizona State University Polytechnic students in the Simulation Building engage in advanced robotics coursework, programming machines to perform precise, real-world actions.

You will emerge at the forefront of innovation, equipped with the future-forward mindset needed to tackle global issues.

How much can I make after I graduate?

A robotics and autonomous systems graduate in the U.S. can start in entry-level roles like automation and controls engineer, robotics engineer, or mechanical engineer, focusing on system design and troubleshooting. With a few years of experience, they can move into higher positions such as robotics systems engineer, project manager, or technical lead.

The rapidly growing demand for robotics and autonomous systems promises exciting career growth, with abundant opportunities for advancement and innovation in this thriving industry.

$71,500

Controls engineer

$76,992

Robotics engineer

$78,400

Mechanical engineer

A sneak peak into the courses

Life as a Sun Devil: What to expect

Experience our campus

The Polytechnic campus is a hub for innovation and sustainability, featuring unique resources like the Garden Commons for hands-on urban farming and the upcoming ISTB12 building with advanced labs and collaborative spaces. Students can explore makerspaces, flight simulators, and scenic desert landscapes in a dynamic environment that fosters creativity and growth. This close-knit community enjoys on-campus amenities such as the Sun Devil Fitness Center, Citrus Dining Hall, Student Union, bookstore, and library.

Build your community

Arizona State University offers a vibrant, inclusive campus culture that provides students with opportunities to connect and engage. The university fosters an environment of innovation, creativity and collaboration, creating an exciting space for both academic and personal growth. With diverse athletic programs, student organizations and cultural activities, ASU has a spirit like no other. Whether in the classroom, on the field, or at a social event, you’ll find your community here.

Hone your craft

In the robotics and autonomous systems degree, students develop industry-level skills through interactive labs and collaborative spaces. With the support of dedicated professors and advisors, students experience significant personal and professional growth. They gain hands-on experience in robotics and autonomous systems, building a strong foundation in both theory and practical applications of robotic technologies. The campus offers ample opportunities for learning and collaboration, helping students advance in these fields.

Ready to engineer the future of robotics?

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