John Phillips and Sam Finnegan were hard at work in Kenneth H. Keller Hall the week after spring semester ended, adding the eyes to clay busts of University of Minnesota President Eric Kaler, which ...
The engineering program is housed in VanderWerf and Van Zoeren halls and is highlighted by the Haworth Engineering Center. In addition to the facilities featured below, the engineering department ...
The Department of Mechanical and Manufacturing Engineering offers to its students a wide range of contemporary facilities. Undergraduate instruction takes place in Garland Hall’s numerous laboratories ...
As a University of Dayton School of Engineering student, you won't just learn about engineering in the classroom — you'll get the chance to experience it firsthand. Our state-of-the-art facilities ...
The Engineering Design x Prototyping (DxP) Lab is an open-access workspace where approved engineering students can work independently or in teams on class projects or related extracurricular ...
Students in the Electrical and Computer Engineering (ECE) program are getting the hands-on training they need to apply theory from their classes to real-world engineering. This is made possible by a ...
The Computer Aided Engineering Lab is one of two computer labs dedicated for MMET student use. The lab includes 30 computer workstations, loaded with various engineering and productivity applications, ...
Interdisciplinary engineering instruction in our multi-purpose mechatronics lab transforms engineering students into career professionals. Experiments build core knowledge in electrical and electronic ...
Do you like to make things? Do you want to enhance your engineering design and prototyping skills while earning credit towards an engineering degree? Are you a budding entrepreneur? Are you seeking ...
The ICE Laboratory provides a Linux based high performance computing platform used primarily for teaching integrated circuit design courses, such as Analog Electronic Design, Design of Digital Systems ...
Mechanical engineers apply the principles of motion, energy, force, and materials to design products that are safe, efficient, reliable, and cost effective. Learn to design components, devices, ...
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