Departmental Research and Development Facility
Research facilities located in the Department of Chemical Engineering include a fully-staffed Research and Development Facility. Ask the manager Paul Rodriguez what they do in the Chemical Engineering Research and Development Facility, and he'll tell you "we build cool things."
Rodriguez and his team agree that the best part of their jobs is that "the work is challenging and always changing." This work includes everything from actually designing the working parts of experiments to building the experiments themselves, putting them in functional order, and maintaining their performance.
The research and development facility is experienced in the design and fabrication of experimental equipment for the department with over $1.5 million worth of equipment available. It is equipped with CNC turning, CNC milling, automated surface grinding, water-jet, laser engraver, overarm spindle polisher, and all conventional machine shop equipment. The staff is experienced in design software such as SolidWorks, Inventor, AutoCad, and the latest CAD/CAM software.
Computing at ChE
Our resources include LAN with more than 120 PCs and one network administrator.
The undergraduate student labs include teaching experiments utilizing control systems from Nation Instruments, Fisher-Rosemont, and Honeywell TPS.
The department also has extensive experimental and diagnostic facilities in the areas of environmental processes, catalytic and solid-state surface characterization, and materials processing.
Center for Advanced Microstructures & Devices - a synchrotron radiation source in the UV and X-ray regions for analytical techniques such as XAFS/XANES, UPS high resolution XRD, microtomography, and microfabrication.
Polymer Analysis Laboratories - a group of laboratories providing specialized equipment for polymer characterization.
High Performance Computing - graduate students have access to 1024-node and 256-node Pentium-based supercomputers, Unix-based high-performance computing, and Access Grid node.