📖Program Curriculum
PROGRAMME STRUCTURE
Modes of delivery of the in Quantum Technology include lectures tutorials seminars laboratory practical classes small group supervisions and private study In the final part of the programme you will undertake a research project which will be supervised by a member of staff who works within the area of quantum technologies This extended project will give an opportunity to be embedded into a research group working at the cutting edge of their particular field
Each course is assessed separately; assessment methods include written examinations verbal and written reports of practical project work multiple choice questions oral and poster presentations of project work
Core courses
FUNDAMENTALS OF SENSING AND MEASUREMENT (20 credits semester 1)
EXPERIMENTAL TECHNIQUES IN QUANTUM OPTICS (10 credits semester 1)
INTRODUCTION TO RESEARCH IN NANOSCIENCE AND NANOTECHNOLOGY (20 credits semester 1)
ADVANCED DATA ANALYSIS FOR PHYSICS AND ASTRONOMY (10 credits semester 2)
MICRO & NANO TECHNOLOGY (20 credits semester 2)
project - either
MSC PROJECT in Physics or
MSC PROJECT in Engineering
Optional courses
RELATIVISTIC QUANTUM FIELDS (10 credits semester 1)
GROUPS AND SYMMETRIES (10 credits semester 1)
STATISTICAL MECHANICS (10 credits semester 1)
QUANTUM THEORY (10 credits semester 1)
ELECTRONIC DEVICES 3 (10 credits semester 1)
NANOFABRICATION (10 credits semester 1)
LASERS AND INTEGRATED OPTICS M (10 credits semester 1)
MANAGING CREATIVITY AND INNOVATION (ENGINEERING) (10 credits semester 1)
QUANTUM AND ATOM OPTICS (10 credits semester 2)
QUANTUM INFORMATION (10 credits semester 2)
IMAGING AND DETECTORS (10 credits semester 2)
MAGNETISM & SUPERCONDUCTIVITY (10 credits semester 2)
QUANTUM ELECTRONIC DEVICES 4 (20 credits semester 2)
OPTICAL COMMUNICATIONS (20 credits semester 2)
MSC PROJECT
Programme alteration or discontinuation
The University of Glasgow endeavours to run all programmes as advertised In exceptional circumstances however the University may withdraw or alter a programme For more information please see Student contract
CAREER PROSPECTS
You will be well equipped for a variety of careers either in an academic or industrial setting You will also be well qualified to pursue a doctoral degree eg in the School of Physics & Astronomy or the James Watt School of Engineering The Glasgow-led Quantum Technology Hub has strong links with national labs industry and these present an excellent opportunity for future career opportunities including
Leonardo (defence & security)
Thales (defence & security)
BAE Systems (defence & security)
Lockheed Martin (defence & security)
DSTL (defence & security)
National Physical Laboratory (national standards laboratory)
Bridgeporth (environmental monitoring)
Clydespace (space technology)
Schlumberger (seismic monitoring)
M-squared (sources and detectors)
Coherent (sources and detectors)
Photon Force (sources and detectors)
ST Micro (nanofabrication)
Kelvin Nanotechnology (nanofabrication)
Our graduating students working within this area have an excellent track record of further academic study (postdoctoral research posts or academic positions) and employment within industry




