Of Science (MSc) in Engineering Physics

Overview

The Master of Science in Engineering Physics allows students with a strong interest in both the fundamental sciences and engineering to pursue a programme at the intersection of science and technology.  It is a multidisciplinary programme with a broad scope that spans scientific research, fundamental and applied physics, and engineering. 

 

The Master of Science in Engineering Physics is composed of courses grouped in three main areas: applied physics (specifically, electronics and materials, fluids, and solids), mathematical and numerical methods (including high-performance scientific computing), and experimental methods.  The programme involves two integrated projects, the first one focusing on physics-based modelling and scientific computing, and the second one leading students to design and carry out an original experiment.  The programme also involves a master's thesis, which can be prepared in a research group at the university, in a research centre, or in industry.

 

The Master of Science in Engineering Physics allows students to acquire a multidisciplinary profile combined with a specialisation in a more specific domain of engineering physics.  The scope of the course programme is particularly well-suited to allow students to develop a specialisation in the domain of electronics and materials at microscopic and nanoscopic scales, in the domains of fluids or solids, or in the domain of computational physics. 

 

Programme content Courses