CORE OBJECTIVES

1. Fundamentals of Chemical Engineering Principles

• – Basic Chemical Engineering Principles : Introduce students to the core principles of chemical engineering, including material balances, energy balances, and thermodynamics.
• – Fluid Mechanics : Teach the behavior of fluids in industrial processes, focusing on fluid flow, pressure drops, and pump systems.
• – Heat and Mass Transfer : Equip students with the knowledge of heat and mass transfer processes in industrial systems, such as heat exchangers, distillation, and filtration.

2. Process Design and Operation

• – Process Flow Diagrams : Teach students how to create and interpret process flow diagrams (PFDs) and piping and instrumentation diagrams (P&IDs), which are essential for designing and understanding industrial processes.
• – Unit Operations : Provide students with the skills to understand and apply the principles of key unit operations such as distillation, filtration, absorption, and membrane processes.
• – Chemical Reaction Engineering : Equip students with knowledge of chemical reaction kinetics, reactor design, and optimization of chemical reactions in industrial settings.

3. Process Control and Automation

• – Process Control Systems : Teach students how to design and manage control systems used to regulate and optimize processes, such as feedback loops, controllers, and sensors.
• – Instrumentation and Automation : Provide students with hands-on experience in the operation of instruments and automated systems used in modern chemical engineering processes, including SCADA systems and PLCs (Programmable Logic Controllers).
• – Control Strategies : Introduce students to advanced control strategies, such as PID control, to ensure stable and efficient operation of complex processes.

4. Safety and Environmental Sustainability

• – Process Safety : Teach students the principles of process safety management, hazard analysis (HAZOP), and risk assessment techniques to ensure safe operation in chemical processes.
• – Environmental Impact Assessment : Equip students with the knowledge to assess the environmental impact of chemical processes, including waste management, pollution control, and resource conservation.
• – Sustainable Engineering Practices : Provide students with an understanding of green chemistry, renewable energy, and sustainable chemical processes that minimize environmental harm.

5. Chemical Engineering Thermodynamics

• – Thermodynamics in Chemical Processes : Teach students the fundamental concepts of thermodynamics, including phase equilibria, Gibbs free energy, and the application of thermodynamic principles in chemical processes.
• – Energy and Heat Integration : Provide students with the skills to apply energy balances to optimize the use of energy in chemical processes, including the use of heat exchangers and energy recovery systems.

6. Materials Science and Corrosion Control

• – Material Selection : Equip students with the knowledge of material properties and selection criteria for designing and constructing equipment used in chemical plants.
• – Corrosion Engineering : Teach students how to prevent and control corrosion in chemical processes, ensuring the durability and safety of equipment and pipelines.

7. Fluid Mechanics and Hydraulics

• – Flow Systems : Equip students with a deep understanding of fluid mechanics, focusing on pipe sizing, pump systems, and fluid transportation in process industries.
• – Piping Design : Provide students with the skills to design and analyze piping systems, ensuring they meet safety and operational standards.
• – Hydraulic Engineering : Teach students about the behavior of liquids in systems such as pumps, valves, and pressure vessels, with a focus on optimizing flow and energy usage.

8. Chemical Plant Economics and Management

• – Cost Analysis and Budgeting : Provide students with the tools to perform economic evaluations of chemical processes, including cost analysis, budgeting, and financial planning for chemical plant operations.
• – Project Management : Equip students with project management skills, including resource management, timeline estimation, risk management, and stakeholder communication.
• – Supply Chain and Logistics : Teach students how to manage the supply chain for raw materials and finished products, ensuring efficient operation of the chemical production process.

9. Research and Development in Chemical Engineering

• – Innovation in Process Design : Encourage students to engage in R&D projects that involve the design and optimization of novel chemical processes.
• – Laboratory and Pilot Plant Work : Provide practical experience in laboratory and pilot plant settings, allowing students to experiment with process parameters and learn about real-world applications of chemical engineering concepts.
• – Data Analysis and Modeling : Equip students with the skills to use simulation software, process modeling, and data analysis tools to predict and optimize the performance of chemical processes.

10. Professional Skills and Career Preparation

• – Communication Skills : Teach students how to communicate technical information clearly to diverse audiences, including preparing reports, presentations, and technical documentation.
• – Leadership and Teamwork : Develop leadership skills in students, preparing them to lead multidisciplinary teams and manage projects in process engineering environments.
• – Industry Internships : Offer students the opportunity for internships with industry partners to gain hands-on experience and enhance employability in chemical and process engineering roles.