- This study centers on developing and validating a predictive model to accurately forecast roll forces during hot rolling in steel manufacturing plants. Recognizing that current physical models present limitations in predictiveness, the objective is to introduce a robust regression model that takes into account a range of relevant predictors. The ultimate goal is to substantially enhance the efficiency of hot-rolling processes, thereby improving safety measures, quality assurance, and overall productivity in steel manufacturing operations.
Speaker 1: Edikan Udofia
Bio: Edikan Udofia is a Ph.D. candidate in Operations Research with Engineering at the Colorado School of Mines. Prior to his academic pursuit, he spent over a decade in industries including oil and gas, mining, agribusiness, and logistics. In these roles, he developed expertise in strategy and implementation, business development, project management, and new venture planning.
Edikan's research focus is industrial-scale data analysis, combining principles from statistics and operations research. He is particularly interested in the application of these concepts to improve efficiency in complex systems. His unique perspective, grounded in both industry experience and academic rigor, enhances his approach to data-driven problem solving.
Beyond his research, Edikan is committed to collaboration and believes in the importance of academia and industry working together to address complex challenges. This commitment informs his work and his broader approach to his field of study.
2nd Presentation: Improving Energy Efficiency of Off-Grid Research House
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Buildings are one of the most significant contributors to greenhouse gas emissions. The high levels of emissions are due to the poor energy efficiency of the buildings. To improve energy efficiency, the way buildings produce and use energy must change. Renewable energies can be used along with better materials and construction methods to reduce emissions. At Southern University, a research house is being installed with solar panels, and an air-to-water filtration system is being used to supply the water. A thermal simulation was performed to research different building methods and materials to help improve thermal efficiency. A single-walled construction house was modeled, and a steady thermal simulation was performed using the model.
Speaker 2: Chase Robinson
Bio: Chase Nathaniel Robinson is a senior mechanical engineer major at Southern University and A&M College. He has been President of the National Society of Black Engineers. Currently, he is an active member of the NSBE chapter and is working on establishing a Ph.D. bridge program between Southern University and the Colorado School of Mines. Chase worked at the National Aeronautics and Space Administration (NASA) Marshall Space Flight Center (MSFC) for about a year, and more recently, at the National Renewable Energy Laboratory (NREL). Chase has been accepted for a GEM National Consortium Fellowship, with NREL being the employer sponsor. GEM, NREL, and Mines will support Chase graduate studies in Advanced Energy Systems at the School of Mines.