A new study by TSYS School faculty Mohamed Riduan Abid and Yesem Peker develops a real-world smart building energy fault detection system on a cloud-based workspace. Developed within one calendar year, the system currently provides fault detection in the form of predictions and anomaly detection for 96 buildings on an active military installation, all which is capable of converging within 14 minutes on average. The study, which appears in the current issue of Computers, was coauthored with TSYS School students Kaleb Horvath, Thomas Merino, and Ryan Zimmerman, along with Shamim Khan, who recently retired from the TSYS School. The paper outlines their system's general architecture and how it differs from previous smart building diagnostics initiatives. It also provides the necessary configuration steps required to maintain and develop a big data analytics application in the cloud like that discussed in the study.
Officials in the Turner College's Butler Center for Research and Economic Development recently put the finishing touches on an extensive report on trends in educational programs and occupations in the Columbus area. The report also includes data on business and technology trends. According to Fady Mansour , Director of the Butler Center, there are several key takeaways from the report regarding 10 occupational gaps that currently exist in the Columbus area. First, software development occupation exhibits the biggest labor shortage, with the report adding that the TSYS School has a bachelor's degree program in information technology along with a new AI track for the bachelor's degree in computer science, both of which can qualify students for this occupation. Other educational programs are in demand, such as computer programming and cloud computing. Second, there is a gap of 30 employees per year in general and operations management. This gap could be addressed by the Turn...

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