Department of Chemistry, Programme Catalogue 2013/14 |
RXXX-AFM23: Integrated PhD Sustainable Chemical Technologies |
Leading to the award of DOCTOR OF PHILOSOPHY |
Mode of attendance: Full-time |
 NFAAR-PGT assessment regulations for students commencing study from 2011/12 onwards (students who commenced prior to 2011/12 should consult their programme handbook for their assessment regulations):- This programme does not have a DAP
- Assessment Regulations: Appendix 11
 - Programme progression requirement: not applicable
- Taught credits: 42; Dissertation/Project credits: 48
|
Academic Year: Project/Dissertation Units |
| XX50192 | Research project 1 | 24 Credits |
| CE50171 | Clean technology: design of sustainable chemical processes | 6 Credits |
| CE50173 | Sustainable development | 6 Credits |
| Optional Units: Select 1 Unit(s) from the following list: |
| Students with a Chemistry related background must take CE50170; students with a Chemical Engineering related background must take CH50180. |
| CE50170 | Principles of chemical engineering for non-engineers | 6 Credits |
| CH50180 | Fundamentals of organic chemistry for non-chemists | 6 Credits |
| ZZ50001 | Director of Studies approved unit | 6 Credits |
| ZZ50003 | Director of Studies approved unit | 12 Credits |
| CE50172 | Introduction to environmental management | 6 Credits |
| Optional Units: Select 2 Unit(s) from the following list: |
| Students without a background in Chemistry must take CH10087. |
| CE50174 | Green chemistry and processes metrics | 6 Credits |
| CE50175 | Industrial catalytic processes | 6 Credits |
| CE50206 | Design and assembly of continuous flow set-ups | 6 Credits |
| CH10087 | General chemistry | 6 Credits |
| CH50181 | Catalysis and sustainability | 6 Credits |
| CH50182 | Materials chemistry for sustainable energy | 6 Credits |
Dissertation Period: Taught Units |
| CH50183 | Public engagement 1 | 6 Credits |
Dissertation Period: Project/Dissertation Units |
| XX50193 | Research project 2 | 24 Credits |
