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Postgraduate Programme Structures for 2003/04
Department of Chemical Engineering
TECE-ADL01 : PG Dip Integrated Environmental
Management
Mode of attendance: Distance Learning 30 weeks equivalent
CE50002
Environmental impact assessment
6 Credits
CE50003
Environmental audit
6 Credits
CE50004
Cost benefit analysis
6 Credits
CE50005
Management residential school
6 Credits
CE50006
Life cycle assessment
6 Credits
CE50007
Clean technology 1
6 Credits
CE50008
Technical residential school
6 Credits
Optional Units: Select 2 Unit(s) from the following
list:
CE50009
Energy management
6 Credits
CE50011
Clean technology II - process design
6 Credits
TECE-ADM02 : MSc Integrated Environmental Management
Mode of attendance: Distance Learning 45+ weeks equivalent
CE50002
Environmental impact assessment
6 Credits
CE50003
Environmental audit
6 Credits
CE50004
Cost benefit analysis
6 Credits
CE50005
Management residential school
6 Credits
CE50006
Life cycle assessment
6 Credits
CE50007
Clean technology 1
6 Credits
CE50008
Technical residential school
6 Credits
Optional Units: Select 2 Unit(s) from the following
list:
CE50009
Energy management
6 Credits
CE50011
Clean technology II - process design
6 Credits
Mode of attendance: Full time
CE40044
Environmental monitoring & clean technology
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
Select either List A, List B OR List C:
CE40030
Chemical separation processes 3
5 Credits
CE40041
Pollution control
5 Credits
CE40065
Chemical reaction engineering 4
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE40031
Biochemical separation processes
5 Credits
CE40041
Pollution control
5 Credits
CE40066
Biomedical engineering
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE40043
Environmental management systems
5 Credits
CE40066
Biomedical engineering
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE40067
Final design project
20 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
TECE-AFM02 : MSc Biochemical and Biomedical
Engineering
Mode of attendance: Full time
CE40031
Biochemical separation processes
5 Credits
CE40044
Environmental monitoring & clean technology
5 Credits
CE40066
Biomedical engineering
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
XX30115
Mathematical modelling 3
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE50006
Life cycle assessment
6 Credits
CE50100
Fundamentals of drug delivery
6 Credits
CE50101
Molecular biochemical engineering
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
TECE-AFM03 : MSc Catalysis and Reaction Engineering
Mode of attendance: Full time
CE40044
Environmental monitoring & clean technology
5 Credits
CE40065
Chemical reaction engineering 4
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
XX30115
Mathematical modelling 3
5 Credits
ZZ40003
Director of Studies approved unit (s)
10 Credits
CE50006
Life cycle assessment
6 Credits
CE50098
Catalytic reaction pathways
6 Credits
CE50099
Industrial catalytic processes
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
Mode of attendance: Full time
CE40044
Environmental monitoring & clean technology
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
Select either List A, List B OR List C:
CE40030
Chemical separation processes 3
5 Credits
CE40041
Pollution control
5 Credits
CE40065
Chemical reaction engineering 4
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE40031
Biochemical separation processes
5 Credits
CE40041
Pollution control
5 Credits
CE40066
Biomedical engineering
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE40043
Environmental management systems
5 Credits
CE40066
Biomedical engineering
5 Credits
ZZ40002
Director of Studies approved unit (s)
5 Credits
CE50006
Life cycle assessment
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
ZZ50003
Director of Studies approved unit (s)
12 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
Mode of attendance: Full time
CE40044
Environmental monitoring & clean technology
5 Credits
CE40065
Chemical reaction engineering 4
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
XX30115
Mathematical modelling 3
5 Credits
ZZ40003
Director of Studies approved unit (s)
10 Credits
CE50006
Life cycle assessment
6 Credits
CE50102
Electrochemical engineering 1: principles
of eletrochemical reactors
6 Credits
CE50103
Electrochemical engineering 2: electrochemical
engineering techniques
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
Mode of attendance: Full time
CE40044
Environmental monitoring & clean technology
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
XX30115
Mathematical modelling 3
5 Credits
ZZ40004
Director of Studies approved unit (s)
15 Credits
CE50006
Life cycle assessment
6 Credits
CE50009
Energy management
6 Credits
CE50106
Energy engineering
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
TECE-AFM07 : MSc Environmental Chemical Engineering
Mode of attendance: Full time
CE40041
Pollution control
5 Credits
CE40043
Environmental management systems
5 Credits
CE40044
Environmental monitoring & clean technology
5 Credits
CE40047
Environmental legislation
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
CE50002
Environmental impact assessment
6 Credits
CE50004
Cost benefit analysis
6 Credits
CE50006
Life cycle assessment
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits
Mode of attendance: Full time
CE40031
Biochemical separation processes
5 Credits
CE40044
Environmental monitoring & clean technology
5 Credits
CE50107
Â鶹´«Ã½ project unit 1
6 Credits
XX30115
Mathematical modelling 3
5 Credits
ZZ40003
Director of Studies approved unit (s)
10 Credits
CE50006
Life cycle assessment
6 Credits
CE50104
Membrane fundamentals
6 Credits
CE50105
Membrane applications
6 Credits
CE50108
Â鶹´«Ã½ project unit 2
6 Credits
Year 1, Dissertation period
CE50109
Â鶹´«Ã½ project unit 3
30 Credits