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The Automation Technician Certificate program is offered to students who want to develop hands on technical skills in robotics and automation.
Ohio University leads the Appalachian Semiconductor Education and Technical (ASCENT) Ecosystem, funded with a $3 million Intel grant to cultivate the next generation of skilled technical professionals for Ohio’s emerging semiconductor industry and regional advanced manufacturing.
Choose a certificate. Or stack them into an associate's degree.
The Automation Technician Certificate program is offered to students who want to develop hands on technical skills in robotics and automation.
The Mechatronics Technician Certificate program is offered to students who want to combine the application of electronics and mechanics to better understand and improve industrial processes.
Learn how to create world-changing technology and embark on a successful engineering career path with an Associate of Applied Science degree in Engineering Technology.
Manufacturing technicians and specialists are at the heart of Intel's mission to build the world's best processors. Otis Chandler describes how Intel technicians enjoy a rewarding career with opportunities for growth and a healthy work/life balance.
Manufacturing technicians are the first to introduce bare silicon into the factory and the last to pack and ship the finished product. Gina Robles describes the excitement of working with “mind-blowing” technology.
Manufacturing technicians are at the heart of Intel’s 24-7 manufacturing. Jesse Flachsbart describes using cutting-edge technology and developing relationships with engineers and tool owners to maximize wafer output without compromising safety.
Chair of Ohio University’s School of Electrical Engineering and Computer Science (EECS) and the Joseph K. Jachinowski Professor. Dr. Karanth leads the Technologies for Emerging Computer Architecture Laboratory (TEAL).
Chair of Ohio University’s Department of Physics and Astronomy and former Director of the Nanoscale & Quantum Phenomena Institute. Dr. Stinaff’s research centers on investigating the optical and electronic properties of novel semiconductor materials, nanostructures and nanostructure-based devices.