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School of Manufacturing Systems and Networks

  • An illustration representing the new Bachelor of Applied Science in manufacturing systems offered by the School of Manufacturing Systems and Networks, part of the Ira A. Fulton Schools of Engineering at Arizona State University. The illustration highlights how engineering education prepares graduates to apply technical expertise across industries. AI-generated image courtesy of Aisha Kaddi.

    ASU launches new pathway for manufacturing careers

    New degree program helps community college graduates and technicians advance their education while supporting Arizona’s growing manufacturing workforce.

  • Agilan Kumara, a Fulton Schools student, works with colorful wires and electronic equipment in an engineering lab while smiling down at a circuit setup. An oscilloscope and other testing instruments are visible on the table.

    Innovation Showcase opens doors for students

    Innovation Showcase connected future engineers and technologists through projects displaying the hands-on learning that takes place each semester.

A robotics instructional lab with a FANUC ER-4iA robotic arm fitted with a gripper and camera system. The workspace includes automated assembly machinery and surrounding workbenches in a clean, industrial environment.

A building for innovators

Spanning more than 170,000 square feet, ISTB 12 is a hub for education and industry collaboration. It houses both the School of Manufacturing Systems and Networks and The Polytechnic School — both part of the Ira A. Fulton Schools of Engineering at ASU. The building is also the newest addition to the ASU Polytechnic Innovation Zone.

The facility supports teaching and research in fields such as machining, robotics and automation, semiconductor manufacturing and clean energy systems. Across its three stories are specialized labs, a 200-seat lecture hall, classrooms and collaborative spaces that bring together students, faculty,  industry and community partners.

MSN continues to advance engineering at the intersection of advanced manufacturing processes, industrial robotics and autonomous systems and artificial intelligence. We are fueling the national manufacturing renaissance that spans semiconductor, aerospace, defense and energy industries

  • Xiangfan Chen and Bruno Azeredo working in the Advanced Manufacturing and Functional Device Laboratory

    The hidden powers of porous copper

    ASU engineering researchers discovered a new way to 3D print porous copper structures, unlocking faster manufacturing for applications in security and energy.
    TopicsManufacturing
  • Pooyan Fazli and Hasti Seifi

    2025 Year in review

    Throughout the year, the Fulton Schools community remained focused on innovation with purpose, responsibility at scale and impact that extends from student success to global communities and beyond.
  • An AI-generated illustration depicts a woman working on a laptop, surrounded by abstract technological graphics. ASU Universal Learner Courses enable high school students to complete coursework online with the ability to use classes for college credit. A new ULC, RAS 210 Computer-Aided Design and Manufacturing (CAD/CAM), is available in 2026. Graphic generated by Aisha Kaddi/ASU using Adobe Firefly

    Opening doors to a future in engineering

    ASU’s Universal Learner Courses help high school students explore engineering through virtual education that offers insight into future career pathways.
    TopicsEducationManufacturing
  • A student operates a robotic arm using a handheld control interface to sort colored blocks

    ASU and UMich launch manufacturing research center

    A new ASU-led center to accelerate digital twin innovation, making manufacturing systems smarter, more adaptable and ready for real-world impact.
    TopicsManufacturing
  • young student in front of computer

    Leveling up manufacturing with virtual reality and AI

    Researchers team up with Los Alamos National Laboratory and ASU’s SWAP Hub to create immersive training simulations.
    TopicsArtificial intelligence
  • Researcher Pu Han holds a prototype of an extrusion 3D printing tool head end-effector

    From rubble to rockets

    ​ASU researcher’s DARPA-funded project is set to redefine design-to-use paradigms.
    TopicsManufacturing

Not just simple input-output machines.

Modern manufacturing systems demand genuine innovation in the design and implementation of technologies that not only push the boundaries of what’s possible but also integrate diverse engineering disciplines. This involves developing human-machine teams that seamlessly combine expertise from fields like robotics, artificial intelligence, data science and electrical engineering.

MSN faculty members serve as mentors, educators and guides in these interdisciplinary areas providing students with the knowledge, skills and critical thinking abilities they need.

Portrait of Binil Starly

Thriving at the forefront of technology innovation, advanced manufacturing curriculum and industry collaboration are top priorities for the School of Manufacturing Systems and Networks.

Binil StarlySchool director and professor