Wright can perform work in ETAS 530 that he cannot perform in the UALR shop, which has to be reconfigured for student projects on an hourly basis. Since the machines can be configured and left set up, Dr. For instance, the CASSY robot platforms have been designed and built in conjunction with the ETAS 530. Wright uses this facility to support his independent research projects. Fabrication Lab II, which will be required with the beginning of the Mechanical Systems Engineering program beginning in Spring 2017.ĭr. The plastics fabrication equipment will be used to support SYEN 2118. The vibration equipment will be used to support the new vibrations course which will be required with the beginning of the Mechanical Systems Engineering program beginning in Spring 2017. Having the fabrication space adjacent to the Capstone room (ETAS 529) allows students to assemble their projects and use the tools in ETAS 530, rather than trekking down to the UALR shop. In the past, students who need specialized instruction or access when UALR shop personnel are not available have been accommodated by Dr. The lab is used to support both Capstone and Mechanical Design classes. The student needs fabrication equipment, space to test the drones, measuring equipment to characterize the devices, and secure storage space for materials and equipment. This project should lead to funding opportunities in Arkansas. The lab supports an active doctoral student (Trigun Maroo) who is developing a drone project for precision agriculture. The mechanical work in the grant will be made using the specialized machining capabilities in the lab. The lab will be used in an upcoming NSF grant (11/2 due date) that is being developed this semester on active learning in engineering education. The lab has supported through the years several sponsored projects and was largely funded by NASA grants ($1,500,000). Use(s) of the lab: Research, undergraduate/graduate research, and teaching. Materials (metal, electronics components): $50,000Īcoustic and Vibration equipment: $10,000 Mill, Lathe, specialized machining equipment: $20,000 Name of the lab: Mechatronics and Acoustics Lab Being used for graduate student research.Mentioned in several proposals submitted to external agencies (NSF).Being used for teaching the advanced computer operating system and communication network courses.Name of the lab: Laboratory of Network Optimization and Operating Systems. Use(s) of the lab: The laboratory facilitates both undergraduate and graduate students to conduct research in the area of software-defined radio and helps instructors to use in offering laboratory instructions in cognitive radio. The lab consists of eight Ettus Research Universal Software-defined Radio Pheripherals (USRP) N210 and a dozen work stations costing approprimately $40,000 The lab offers the ability to implement software-defined radio testbed or cognitive radio testbed and test them. Name of the lab: Software-defined Radio Laboratory Networks and Combinatorial Optimization.Multicriteria Decision and Risk Analysis.Optimization Methods in Systems Engineering.Currently working with three MS thesis students and two PhD students.
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Software: VISSIM and VISUM micro-simulation package, LINGO Optimization Software, TransCAD GIS Software, ILOG Optimization Libraries, Scientific Workplace with Maple Software, GAMS/CONOPT & XA Optimization Software and Criterion Decision Plus Software, TreePlan Decision Analysis, IDL (interactive Data Language), IMSL, MATLAB, and Microsoft Visual Studio.Summary of the equipment and the estimated $ value:
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