ICTQual Level 3 Diploma in Chemical Engineering 60 Credits

Learning Objectives

Below are the learning outcomes for each of the study units in the ICTQual Level 3 Diploma in Chemical Engineering program:

1. Introduction to Chemical Engineering Principles

• Demonstrate an understanding of basic chemical engineering processes, including material and energy balances.
• Apply mass flow calculations to solve chemical engineering problems.
• Utilize fundamental thermodynamics to analyze chemical systems.
• Develop skills to perform basic chemical engineering calculations and design tasks.

2. Process Control and Instrumentation

• Identify and describe key components of process control systems used in chemical engineering.
• Analyze and apply control loops in process systems to optimize chemical production.
• Evaluate the role of instrumentation in monitoring and controlling chemical processes.
• Use control theory to design and troubleshoot chemical engineering systems.

3. Fluid Mechanics and Transport Phenomena

• Explain the principles of fluid dynamics and their applications in chemical engineering processes.
• Apply fluid flow calculations in various chemical engineering systems, including pipes and reactors.
• Understand and calculate heat and mass transfer in chemical processes.
• Analyze transport phenomena (e.g., diffusion, convection) and their impact on chemical engineering designs.

4. Chemical Reaction Engineering

• Explain the fundamentals of chemical reaction kinetics and mechanisms.
• Design and analyze chemical reactors, including both batch and continuous systems.
• Evaluate the effects of catalysts on reaction rates and process efficiency.
• Apply principles of reaction engineering to improve process safety, productivity, and sustainability.

5. Safety, Health, and Environmental Considerations in Chemical Engineering

• Recognize and apply safety regulations and protocols in chemical engineering practices.
• Evaluate and mitigate health risks in chemical plant environments.
• Assess the environmental impact of chemical processes and recommend sustainable practices.
• Identify and manage hazards associated with the handling, storage, and disposal of chemicals.

6. Project Management and Communication in Chemical Engineering

• Demonstrate effective project management skills, including planning, scheduling, and budgeting for chemical engineering projects.
• Apply leadership and teamwork principles to manage engineering projects in a collaborative setting.
• Communicate technical information clearly and effectively to stakeholders, both in written and oral formats.
• Utilize case studies and project-based learning to apply theoretical knowledge to real-world chemical engineering problems.