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AMS Facilities

Our Facilities and Laboratories

This page gives you information about the AMS Department laboratories and facilities we have available to faculty and students. 

Senator Mitch McConnell Advanced Manufacturing & Robotics Laboratory
The Advanced Manufacturing and Robotics Laboratory uses varied computer numerical control (CNC) equipment, computer-aided drafting (CAD), and computer-aided manufacturing (CAM) programming to aid in manufacturing, research and training. The laboratory houses a CNC milling machine, CNC lathe, a water jet, a 3D printer, laser engraver and CNC router. The CNC milling machine uses CAD/CAM cutter paths to cut away material from parts through drilling and turning. CNC lathes allow CAD/CAM programming of tool paths for part design. The water jet uses water at high velocity to slice continuously through various materials. The 3D printer makes three-dimensional solid objects from a digital model for analysis and integration. The laser engraver marks various materials using digital graphic data. The CNC router uses various materials to create three dimensional objects and two dimensional shapes. For more information on the Senator Mitch McConnell Advanced Manufacturing & Robotics Lab, please contact Dr. Greg Arbuckle.

Advanced Manufacturing Lab     Advanced Manufacturing Lab     Lathe and Mill in Advanced Manufacturing Lab     PLC Trainer

Architectural Sciences Laboratories
The Architectural Sciences Laboratories are comprised of multiple classrooms with computers and required software required to assist in the training of the students. The laboratory houses over 60 state of the art computer systems with annually updated software required for class. Students are able to use these laboratories when class is not in session. There is also a stocked laboratory for building architectural models throughout the semester. This gives students the hands on experience they need in industry. For more information on  the Architectural Sciences Lab, please contact Mr. Neal Downing or Ms. Shahnaz Aly.

Architectural Science Lab 202  Architectural Science Lab 202 Architectural Science Lab 201

Construction Laboratories
The Construction Laboratories are comprised of construction, planning, mechanical and electrical systems. Supported by state-of-the-art estimating, scheduling, project control and building information modeling (BIM) software, the facilities allow full scale investigation into blue print reading, residential and commercial construction methods, building materials, construction safety and equipment and power tool operations. For more information on the Construction Lab, please contact Dr. Bryan Reaka.

Construction Lab    Construction Lab

Electronics Laboratory
The Electronics Laboratory is equipped to perform an array of analog analyses using multimeters, power instruments, oscilloscopes and signal generators. The Laboratory also allows experiments with temporary prototypes, circuit design and programmable logic controllers (PLC). The PLC equipment facilitates investigations into ladder logic concepts such as logic gates, latches, interlocks, addressing, timers and counters. In these efforts, students and faculty utilize real time programming and vertical training stations. For more information on the Electronics Lab, please contact Dr. Bryan Reaka.

Electronics Lab

Hot Metals Laboratory
The Hot Metals Laboratory is equipped to produce small sand castings using the cope and drag system of foraging. The castings can be produced either in aluminum or brass. This laboratory is also equipped to perform heat treating of metals. For more information on the Hot Metals Lab, please contact Dr. Mark Doggett.

Manual Machining Laboratory
The Manual Machining Laboratory offers a wide variety of metal cutting machines to perform manufacturing and repair activities. The manual machine metal cutting capabilities include drilling, milling, surface grinding, sawing and cutting. WKU faculty and students are engaged in processes to reduce the need for hazardous coolant, reduces energy consumption in the machining process and reduce the overall machining costs when compared to conventional machining methods. For more information on the Manual Machining Lab, please contact Mr. Brian Janes.

Machining Lab    Manual Machining Lab

Materials Testing Laboratory
The Materials Testing Laboratory has the capability to test a variety of materials. Testing capabilities of the laboratory include tensile, hardness, shear, impact, compression, bend and peel analyses. Faculty and students are planning "green" machining processes and research to find ways to reduce the need for hazardous chemicals, consume less energy and reduce machining costs. For more information on the Materials Testing Lab, please contact Mr. Josh Ferriell.

 Materials Testing Lab  Materials Testing Lab   Materials Testing Lab

Woodworking Laboratory
The Woodworking Laboratory is equipped with all standard tools for creating furniture and wood prototypes. The laboratory houses major equipment such as a planer, joiner, table saws, scroll saws, disc and belt sanders, oscillating spindle sanders, wide belt sanders, band saws, a router table and many other power and hand tools. For more information on the Woodworking Lab, please contact Dr. Brent Askins or Dr. Greg Arbuckle.

 Woodworking Lab    Woodworking Lab

Architecture Manufacturing Sciences Institute
The Architecture Manufacturing Sciences Institute (AMSi) provides faculty and students with the opportunity to partner with business, industry and the community. Through AMSi, WKU support the economic development of south central Kentucky by using faculty and student expertise, providing students with practical experiences in their chosen career path, customizing services to specifically meet the architectural and manufacturing needs of our clients and engaging in workforce development.
The Architectural Sciences arm of the AMSi offers professional design services, construction documentation production and computer-generated renderings and animations. This variety of expertise allows the students of the AMSi to apply the academic lessons of the classroom to real world projects, further preparing them for their future careers. The Manufacturing arm of the AMSi gives students the experience of working in the field using some of the latest technology available. This provides hand-on real world applications of classroom knowledge. For more information on AMSi  visit their website or contact Mr. Neal Downing, AMSi Center Director.

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 Last Modified 4/26/17