MSc High Performance Computing

Students on the MSc High Performance Computing at the University of Edinburgh develop practical skills through intensive hands-on programming, software development, and access to world-class HPC platforms hosted by EPCC, the UK's leading supercomputing center. They gain experience using advanced parallel programming techniques and scientific computing tools on systems like the UK national supercomputer ARCHER2 and Tier-2 facility Cirrus. The program emphasizes applied learning via coursework, projects, and a research dissertation supported by expert faculty.

Experiential learning includes:

• Access to national and university HPC systems including ARCHER2 and Cirrus for running large-scale simulations and data analysis.

• Training in parallel programming languages such as C, C++, Fortran, and practical use of message-passing and threaded programming frameworks.

• Completion of group and individual projects simulating real-world HPC challenges and research problems.

• Development of professional software engineering skills tailored to HPC environments.

• Participation in seminars, workshops, and technical discussions led by EPCC HPC experts.

• Use of university computing resources and support services enhancing practical and research capabilities.

This immersive environment ensures graduates are well-prepared to excel in HPC research, scientific computing, and technology development roles

Graduates of the MSc High Performance Computing at the University of Edinburgh are well-equipped for a range of advanced careers in research, software development, data analysis, and scientific computing. Typical job roles include HPC software engineer, computational scientist, data scientist, and research analyst, reflecting the program's focus on preparing students to utilize cutting-edge supercomputing technologies for complex scientific and industrial problems.

Specifically:

• The university’s Careers Service offers tailored support such as HPC-focused career workshops, one-on-one counseling, employer networking events, and internship placement assistance.

• Employment data indicate that graduates can expect competitive starting salaries with continued growth, reflecting the demand for HPC expertise in sectors like finance, engineering, and research.

• The MSc benefits from strong connections with EPCC and other national supercomputing centers, providing opportunities for collaborative projects, internships, and research placements with leading technology and science organizations.

• Although not professionally accredited, the program's delivery by EPCC, a globally respected HPC center, confers significant prestige and practical advantage to graduates.

• Graduates proceed to PhD research or take up roles in academia, finance, engineering firms, and high-tech industries, applying HPC skills to solve data- and compute-intensive challenges.

Further Academic Progression:
Graduates are encouraged to pursue doctoral studies in HPC or computational science at Edinburgh or other leading institutions, leveraging their MSc experience to engage in pioneering research or advanced technical careers.