COMPUTATIONAL MODELLING|PROCESS DESIGN AND SIMULATION|COMUTATIONAL TOOLS|NUMERICAL METHODS|SUSTA

Aims:

To provide the core computational and modelling skills that underpin studies in chemical engineering with emphasis on the modelling and analysis of...

Computational Modelling and Analysis (CENG0006)

Aims:

To provide the core computational and modelling skills that underpin studies in chemical engineering with emphasis on the modelling and analysis of systems through integration of computation, modelling theory and engineering practice.

Learning Outcomes:

Upon completion of this module students should:

have a knowledge of, and be able to use, a range of modeling strategies, computational methods and tools for process design and simulation;
	have an understanding of numerical methods for the solution of simple sets of algebraic and differential equations and of linear programming problems;
	understand the role of the computational tools in building management strategies
Synopsis:

Development of mathematical models for Chemical Engineering process design and simulation
	Basic theoretical knowledge of numerical methods: nonlinear equations, differential equations, optimization
	Tools for design and simulation

CHEMICAL PROCESS ANALYSIS|MODELLING|MATERIAL BALANCES|ENERGY BALANCES|PROCESS SAFETY|SUSTAINABI

Aims: 

To provide the basic principles of chemical process analysis.

Learning Outcomes: 

Upon completion of this module students should:


	have a knowledge...

Introduction to Chemical Engineering (CENG0002)

Aims: 

To provide the basic principles of chemical process analysis.

Learning Outcomes: 

Upon completion of this module students should:

have a knowledge of basic chemical process properties;
	have an understanding of basic process analysis and problem solving procedures.
Synopsis:

Definition of a chemical process
	Process analysis and modelling
	Physical quantities and process variables
	Material balances, with and without reactions
	Single and multi-phase systems
	Energy balances
	Combined mass and energy balances
	Process safety