Of special significance, this prototype - affectionately nicknamed R2D2 by the students - provides results in real-time, which in turn gives Intertek a unique advantage in the efficiency of its operations and customer service. The new system is capable of highly detailed sampling measurements that meet both the stringent requirements of regulatory compliance under the Environmental Protection Agency's U.S. ![]() Under Griffin's supervision, the students integrated numerous off-the-shelf components and instrumentation, along with unique software and hardware, to create a novel particulate matter (PM) exhaust emissions sampling console - known in the testing industry as a "bench". Intertek's General Manager Steve Griffin served as a mentor to the team since October 2019, with added guidance from UTSA engineering professors James Johnson, Leah Enders and Keith Axler. The R2D2 Visionaries team (clockwise from top): Dylan Gonzalez (CAD Designer), Diego Bass (Project Analyst), Raj Patel (Team Leader) and Rene Holguin (Equipment Specialist). ![]() In recent months, a group of energetic engineering students at The University of Texas - San Antonio (UTSA) worked hand-in-hand with Intertek's facility at Port San Antonio to significantly improve the technology used as part of particulate matter (PM) sampling, which is the most difficult measurement to gauge when testing the emissions produced by many different types of diesel engines.
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