Programme Learning Outcomes

This programme will enable students to appreciate the scientific and engineering context of the chemical & process engineering discipline. In a broad sense, students graduating from this programme would: 
  • Understand the principles of fluids and solids formation and processing
  • Be proficient in applying these principles to problems involving fluid flow, heat transfer, mass transfer and reaction engineering
  • Be able to apply the principles to the analysis of complex systems within a structured approach to safety, health and sustainability
Graduates will be able to practically apply chemical engineering skills by combining theory and experience, together with the use of other relevant knowledge and skills in areas such as: operations and management, projects, providing services or consultancy, developing new technology. Graduates must also must display competence in chemical engineering design, which requires bringing together technical and other skills, the ability to define a problem and identify constraints, the employment of creativity and innovation. The chemical engineering design components of this programme will equip graduates in the creation of systems, processes, products or plants to meet identified needs of industry while understanding the concept of ‘fitness for purpose’ and the importance of delivery.

These outcomes encompass elements Core Chemical Engineering, Chemical Engineering Practice, and Chemical Engineering Design Practice under the internationally accepted standard for a bachelors degree in chemical engineering. 

 

Accreditation

The BSc (Hons) in Chemical & Process Engineering is accredited by the Institution of Chemical Engineers (IChemE, UK) to the BEng Level, en route to CEng. Currently effective from academic entry year 2022, and up to and including academic entry year 2022.

 

Course Requirements

Students are required to complete 95 credits for the award of the BSc (Hons) Chemical & Process Engineering.

 

Course Listing

LEVEL 1
Semester 1: 16 Credits
 
Course Code     
Course Title                                                                            
Credits
CHNG 1000
Introduction to Chemical & Process Engineering
E3
CHNG 1001
Applied Chemistry I
E2
CHNG 1003
Science of Materials
E3
CHNG 1008
Communication / Ethics
C2
ENGR 1001
Information Technology for Engineers
E3
ENGR 1180
Engineering Mathematics I
E3

 

LEVEL 1
Semester 2: 17 Credits
 
Course Code     
Course Title                                                                           
Credits
CHNG 1002
Applied Chemistry II
E3
CHNG 1004
Chemical Process Principles I
E3
CHNG 1006
Transport Phenomena I
E3
CHNG 1007
Chemical Engineering Laboratory I
C2
ECNG 1007
Electrical Engineering Technology
E3
MENG 1001
Engineering Thermodynamics I
E3

 

LEVEL 2
Semester 1: 17 Credits
 
Course Code     
Course Title                                                                           
Credits
CHNG 2000
Transport Phenomena II (Prerequisite: CHNG1006)
E3
CHNG 2001
Process Design & Economics I
E3
CHNG 2002
Chemical Process Principles II
E3
CHNG 2004
Separation Processes I
E3
CHNG 2009
Chemical Engineering Laboratory II
C2
MATH 2230
Engineering Mathematics II (Prerequisite: ENGR 1180)
E3

 

LEVEL 2
Semester 2: 15 Credits
 
Course Code     
Course Title                                                                           
Credits
CHNG 2003
Computer-Aided Engineering
C3
CHNG 2006
Process Dynamics & Control (Prerequisite: ENGR 1180)
E3
CHNG 2007
Particle Technology
E3
CHNG 2008
Chemical Engineering Practice
C2
CHNG 2010
Chemical Engineering Laboratory III
C2
MATH 2240
Statistics
E2

 

LEVEL 3
Year-Long: 6 Credits
 
Course Code     
Course Title                                                                           
Credits
CHNG 3012
Chemical Engineering Design Project
C6

 

LEVEL 3
Semester 1: 15 Credits
 
Course Code     
Course Title                                                                           
Credits
CHNG 3001
Transport Phenomena III (Prerequisite: CHNG 2000)
E3
CHNG 3004
Chemical Reaction Engineering I
E3
CHNG 3006
Process Design & Economics II (Prerequisite: CHNG 2001)
E3
CHNG 3007
Separation Processes II (Prerequisite: CHNG 2004)
E3
MENG 3000
Engineering Management I
E3

 

LEVEL 3
Semester 2: 9 Credits
 
Course Code     
Course Title                                                                           
Credits
CHNG 3002
Biochemical Engineering
E3
CHNG 3013
Chemical Engineering Research Project
C3
CHNG 3014
Safety & Loss Prevention in Process Industries
E3

 

What's Next

For further information on the BSc (Hons) Chemical & Process Engineering programme, please contact us with your questions. Information on the application and registration process can be found via the links below.
 

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