PhD in Chemical Engineering - Smart Buildings in Cincinnati United States | University of Cincinnati

Automated systems enabled by smart building research streamline operations. A smart building employs sensors, microchips, and actuators to gather data and control various systems. This innovative approach enhances energy efficiency and maximizes space utilization.
The Chemical Engineering curriculum provides approximately 35 graduate-level courses annually across four specialized fields: Biomolecular Engineering, Nanotechnology, Energy and Environment, and Separations. Course offerings encompass diverse subjects such as Air Pollution Control Engineering, Biocatalysis and Biotransformations, Bioengineering Principles, Sustainable Chemical Process Design, Computational Molecular Modeling, Advanced Fuel Cell Technology, Membrane Separation Techniques, Nanomaterial Engineering, Polymer Science, Process Control Systems, Catalytic Reaction Engineering for Sustainable Energy, Advanced Separation Methods, Biomedical Tissue Engineering, and Transport Mechanism Analysis.