📖Program Curriculum
PROGRAMME STRUCTURE
In semesters 1 and 2 students take core courses in Advanced Imaging and Sensing and select optional courses from the wider field of imaging and sensing from the lists below
Semester 1
Students take 30 credits of core courses and 30 credits of optional courses
Core
FUNDAMENTALS OF SENSING AND MEASUREMENT
RESEARCH SKILLS
Optional
MICROSCOPY AND OPTICS M
GRAVITATIONAL WAVE DETECTION
EXPERIMENTAL TECHNIQUES IN QUANTUM OPTICS
CIRCUITS & SYSTEMS
NUMERICAL METHODS
MACHINE LEARNING & ARTIFICIAL INTELLIGENCE FOR DATA SCIENTISTS M*
INTRODUCTION TO DATA SCIENCE AND SYSTEMS M*
DIGITAL SIGNAL PROCESSING 4
MICROELECTRONICS IN CONSUMER PRODUCTS 4
WAVES & DIFFRACTION
LASERS AND ELECTRO-OPTIC SYSTEMS 4
HONOURS COMPUTATIONAL PHYSICS LABORATORY
*MACHINE LEARNING & ARTIFICIAL INTELLIGENCE FOR DATA SCIENTISTS M and INTRODUCTION TO DATA SCIENCE AND SYSTEMS M should preferably be taken together
Semester 2
Students take 30 credits of core courses and 30 credits of optional courses
Core
IMAGING AND DETECTORS
MEDICAL IMAGING
ADVANCED DATA ANALYSIS FOR PHYSICS AND ASTRONOMY
Optional
QUANTUM AND ATOM OPTICS
NANO AND ATOMIC SCALE IMAGING 2
ELECTROMAGNETIC THEORY 1 or ELECTROMAGNETIC THEORY 2
RADAR AND ELECTRO-OPTIC SYSTEMS M
INTRODUCTION TO RESEARCH IN NANOSCIENCE AND NANOTECHNOLOGY
ELECTRONIC SIGNALS TRANSMISSION
LASERS & NON-LINEAR OPTICS
BIOSENSORS AND DIAGNOSTICS 4
Semester 3
Students conduct a research project in either the School of Physics & Astronomy or in the James Watt School of Engineering
MSC PROJECT School of Physics & Astronomy
MSC PROJECT James Watt School of Engineering
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