Directs Principal Engineers responsible for the design of refrigerated display cabinets, including remote, self-contained, and microDS R-290 equipment. Collaborates with other industry experts to develop and revise safety, method-of-test, and performance standards through IEC, ASHRAE, AHRI, UL, and other organizations.Current Industry Positions: Member of ASHRAE Technical Committee 10.7 Secretary of ASHRAE SSPC 72 Chair of AHRI Standard 1200 Working Group Member of IEC SC61C Working Group 4 Member of U.S. TAG to ISO/TC 86

Integrated new technologies in product platforms.Developed new product platform design concepts.Served as a technical representative with customers.Developed material and component specifications.Developed global knowledge network and technical core competency.

• Directed engineers, designers, and lab technicians through multiple stages of a new product development process for commercial refrigerated merchandisers.• Designed and tested commercial refrigerated merchandisers operating with pumped liquid CO2 refrigerant.• Designed, modeled and prototyped solid-state (LED) light fixtures for low and medium-temperature food merchandisers as part of a new product development process.PUBLICATIONSAnderson, T. (2008, July). Overview of LED Lighting for Refrigerated Display Merchandisers. Paper presented at the 12th International Refrigeration and Air Conditioning Conference at Purdue

• Worked in a laboratory environment to develop and test medium-temperature food merchandisers using microchannel coil evaporators.• Teamed with the AHRI CRMD Engineering Committee on development of an online compliance database for commercial refrigeration products.

• Worked with plant facilities manager to implement projects to improve worker productivity.• Designed layout for new material control and maintenance buildings at plant.• Designed modifications to 200-ton hydraulic press to extend operating range down to zero load.• Created users’ manual and troubleshooting guide for dry-process oven computer controls.• Learned the 5S system of workplace organization and standardization.

• Conducted independent research on high-temperature, solid-oxide fuel cells and developed a computer-based model of the fuel cell stack using Simulink and Femlab.• Advised mechanical engineering students on their senior projects.• Lectured to undergraduate thermodynamics class in professor’s absence.

• Worked with engineers and designers in the design of a new fabrication method for winding coil bundles within liquefied natural gas heat exchangers.• Performed structural calculations for the design of aluminum members within LNG heat exchangers.• Coordinated with engineers to automate the instructions for winding coil bundles within the heat exchanger.

• Designed building mechanical systems (HVAC and plumbing) for new and existing structures including hospitals, schools, commercial, and military.• Coordinated design with architects and engineers to comply with applicable codes.• Drafted building mechanical systems using AutoCAD software. • Reviewed shop drawings from contractors to ensure conformance with project specifications.