Computer-aided modeling and simulation of complex industrial chemical and power processes.
About this course
This course covers computer-aided modeling and simulation of complex industrial chemical and power processes. You will learn to use industry-standard software to create steady-state and dynamic models of plant operations. The focus is on applying these tools to solve real-world engineering problems in the energy and chemical sectors.
You will work through case studies that involve optimizing process flowsheets, designing control systems, and assessing safety parameters. The course builds on your knowledge of process instrumentation and control systems to give you a practical understanding of how modern plants are designed and managed.
Who takes this course
POWR 3400 is an elective course open to students in the Power Engineering Technician program. It is also available to students in other engineering technology programs who have completed the required prerequisites.
Prerequisites
You must have completed POWR 1820 Process Instrumentation and POWR 2710 Control Systems Design before enrolling in this course.
Course details
| Field | Details |
|---|---|
| Credits | 3.0 |
| Contact hours | 45 hours |
| Delivery mode | Full-time |
| Campus | Benchlands Campus |
Credits: 3 · Hours: 45
Prerequisites
- POWR 1820 Process Instrumentation
- POWR 2710 Control Systems Design
Learning outcomes
- Build steady-state and dynamic process models using industry-standard simulation software.
- Analyze and optimize chemical process flowsheets for efficiency and safety.
- Develop control strategies for complex industrial systems.
- Validate simulation results against real-world plant data and design specifications.
- Evaluate process safety and environmental impacts within simulated environments.
- Present technical findings and model limitations to engineering stakeholders.
Evaluation
| Component | Weight (%) |
| Simulation projects | 40 |
| Mid-term exam | 20 |
| Final exam | 30 |
| Class participation and quizzes | 10 |