| Name |
Description |
Period |
| Chemical Process Simulation | The purpose of this course is to provide the background needed by chemical engineers to carry out computer-aided analyses of large-scale chemical processes. Major focus will fall on steady-state processes with hands on experiences on Aspen plus software. | October 2016 - TO-DATE |
| Process Control Systems Engineering I | This course gives an introduction to control systems, systems modeling as well as analysis of their performance and stability. The ultimate goal is to produce chemical engineers who are capable of functioning in the design and operation of modern automated industries. | October 2016 - TO-DATE |
| Process Control Systems Engineering II | The objective of this course is to advance the knowledge gained in Process control systems engineering I. It introduces the instruments used to effect control of a system. In addition, the learner is introduced to controller tuning, control system compensation and operation. | October 2016 - TO-DATE |
| Heat Transfer | Design and theoretical analysis of energy transfer systems to ensure efficient utilization of energy within processes and production units | 2016 - TO-DATE |
| Chemical Process Optimization | Developing efficient processes for production and continuous improvement of existing systems. Hands-on case studies using Simulation and optimization software. | 2018 - TO-DATE |
| Industrial Chemical Processes | Typical chemical processes that chemical engineers deal with in Industry. Their operation, continuous improvement opportunities, energy efficiency improvement etc. | 2016 - TO-DATE |
