Year 1, Academic year 2014/15, Starting month: September
Notes: Students may undertake this programme by intermittent study, accruing the 60 credits for the PG Certificate over two years.
The PG Certificate comprises the following 3 courses of 20 credits each. Each course can be taken in either of the two years of study subject only to the constraint that CHEM11046 (Electronic Structure Theory and Classical Simulation Methods) is passed prior to enrolment on CHEM11047 (Computational Modelling of Materials), unless by explicit permission of the Programme Director.
COMPULSORY COURSES
This DPT has 0
compulsory course(s).
Code |
Course Name |
Period |
Credits |
COURSE OPTIONS
This DPT has 1
set(s) of course options with the following rules.
Select
a minimum of 20 credits and maximum of 40 credits
from the following list of courses, as available
Code |
Course Name |
Credits |
CHEM11046
|
Electronic Structure Theory and Classical Simulation Methods
|
20
|
CHEM11047
|
Computational Modelling of Materials
|
20
|
CHEM11048
|
Computer-Aided Drug Design
|
20
|
Notes: Note that CHEM11046 (Electronic Structure Theory and Classical Simulation Methods) must be passed prior to enrolment on CHEM11047 (Computational Modelling of Materials), unless by explicit permission of the Programme Director.
|
Year 2, Academic year 2014/15, Starting month: September
Notes: The PG Certificate comprises the following 3 courses of 20 credits each. Each course can be taken in either of the two years of study subject only to the constraint that CHEM11046 (Electronic Structure Theory and Classical Simulation Methods) is passed prior to enrolment on CHEM11047 (Computational Modelling of Materials), unless by explicit permission of the Programme Director.
COMPULSORY COURSES
This DPT has 0
compulsory course(s).
Code |
Course Name |
Period |
Credits |
COURSE OPTIONS
This DPT has 1
set(s) of course options with the following rules.
Select
a minimum of 20 credits and maximum of 40 credits
from the following list of courses, as available
Code |
Course Name |
Credits |
CHEM11046
|
Electronic Structure Theory and Classical Simulation Methods
|
20
|
CHEM11047
|
Computational Modelling of Materials
|
20
|
CHEM11048
|
Computer-Aided Drug Design
|
20
|
Notes: Note that CHEM11046 (Electronic Structure Theory and Classical Simulation Methods) must be passed prior to enrolment on CHEM11047 (Computational Modelling of Materials), unless by explicit permission of the Programme Director.
|
|