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Department of Chemistry Course Catalogue 2025/26


USSC-AFM10: MSci(Hons) Natural Sciences

Route: MSci(Hons) Natural Sciences (Physics with Chemistry)


Leading to the award of MASTER IN SCIENCE IN NATURAL SCIENCES


Mode of Attendance: Full-time


Normal course duration: 4 Years

[Page last updated: 23 April 2025]


Key Information
Applicable assessment regulations:
 Undergraduate assessment regulations - /publications/undergraduate-assessment-regulations/
Applicable NFAAR appendices:
 N/A
Approved exemptions:
 None
Coexistent Masters course?:
 Yes
DACS and exit awards:
 USSC-AFB10: BSc(Hons) Natural Sciences is the designated alternative course (DAC).

Transfer to DAC is possible in years 1 or 2 if co-existent master's progression threshold is not met.

Exit awards:

BSc(Hons) Natural Sciences. Overall course average: weighted stage 1 0%, stage 2 32%, final stage 68%

Diploma of Higher Education

Certificate of Higher Education
Weighting towards final award by stage:
 Stage 1: 0%
Stage 2: 16%
Stage 3: 34%
Final Stage: 50%

Please consult your course handbook or contact your Director of Studies for further information on assessment regulations


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Notes:

  • 好色tv and units may be changed in accordance with normal University procedures.
  • This course catalogue is applicable for all years of study for the 2025/26 academic year only. Students continuing their studies into 2026/27 and beyond should not assume that this programme, or its component units, will be delivered in future years in the format displayed here.
  • Assessment regulations are subject to review and update. Links given here will provide access to the latest versions of documentation. The regulations described in this documentation may not necessarily be those which applied in previous academic years. For detailed information on how assessment regulations were applied to this course in previous academic years, please contact the relevant Director of Studies.
  • Availability of units is subject to constraints such as staff availability, minimum and maximum group sizes, and timetabling factors as well as a student's ability to meet any pre-requisite rules.
  • Find out more about these and other important University terms and conditions here.


Year 3

Students must select units worth 15 credits from the options available in this course year:
  • Either PH32053 (MPhys/MSci laboratory) or PH32042 (Computational physics);
  • 5 credits from the list of S2 options.

Semester 1: Stage 3

Compulsory Units:
Unit Code
Title
ECTS Credits
CH32050 Advanced chemistry 1 for Natural Sciences 10 Credits
PH32013 Advanced quantum mechanics 5 Credits
PH32046 Electronic and optical properties of matter 5 Credits
PH32056 Photonics 5 Credits
Optional Units: Select 1 unit from the following list:
Unit Code
Title
ECTS Credits
PH32042 Computational physics [10 credits] 10 Credits
PH32053 MPhys / MSci laboratory 10 Credits

Semester 2: Stage 3

Compulsory Units:
Unit Code
Title
ECTS Credits
CH32019 Problems and solutions in modern chemistry B 10 Credits
PH32017 MPhys / MSci project preparation 5 Credits
Optional Units: Select 10 credits from the following list:
: students may be permitted to take a Director of Studies approved option as an alternative to one of the units from this list
Unit Code
Title
ECTS Credits
ED32014 Issues in science education 5 Credits
PH32021 Symmetry and topology 5 Credits
PH32050 Laser physics 5 Credits
PH32051 Magnetism and superconductivity 5 Credits
PH32054 Networks and quantum information 5 Credits
PH32057 Sustainable energy technologies 5 Credits

Notes:

  • 好色tv and units may be changed in accordance with normal University procedures.
  • This course catalogue is applicable for all years of study for the 2025/26 academic year only. Students continuing their studies into 2026/27 and beyond should not assume that this programme, or its component units, will be delivered in future years in the format displayed here.
  • Assessment regulations are subject to review and update. Links given here will provide access to the latest versions of documentation. The regulations described in this documentation may not necessarily be those which applied in previous academic years. For detailed information on how assessment regulations were applied to this course in previous academic years, please contact the relevant Director of Studies.
  • Availability of units is subject to constraints such as staff availability, minimum and maximum group sizes, and timetabling factors as well as a student's ability to meet any pre-requisite rules.
  • Find out more about these and other important University terms and conditions here.