High Performance Computing (M.Sc. / P.Grad.Dip.)

1 Year On Campus Masters Program

Trinity College Dublin TCD

Program Overview

The M.Sc. in High Performance Computing at Trinity College Dublin equips you with the practical and theoretical skills to harness powerful computing systems for solving real-world numerical problems in science, engineering, finance, and beyond, blending hands-on computing with mathematical modelling. It’s ideal for graduates from maths, physics, engineering, or related technical degrees who want to specialise in advanced computing applications and accelerate into research, industry, or high-level technical roles.

Curriculum structure

Year / Full Programme (1-Year Intensive)
Over this one-year, full-time Masters (90 ECTS), you’ll first build foundational knowledge in key areas like computer architecture, high performance computing systems and hardware, and advanced software optimisation to understand how multi-core and parallel systems work and how to get the most out of them.

As you progress, you’ll deepen your technical expertise with modules such as High Performance Computing Software, where you write and optimise parallel programs using MPI and shared-memory tools, and programming units like C and C++, while specialised electives let you explore topics such as GPU programming with CUDA or parallel numerical algorithms to apply HPC methods to simulation, data mining, or financial applications.

The final and most substantial component is your High-Performance Computing Project (30 ECTS), giving you a chance to lead an advanced research or technical development project using Trinity’s large-scale computing facilities, integrating everything you’ve learned in a practical, real-world context.

Focus areas: high-performance and parallel computing, software optimisation, numerical methods, simulation, advanced programming, and real-world computing applications for science, engineering, and finance.

Learning outcomes: graduates will design and implement efficient HPC solutions, master parallel and concurrent programming techniques, translate complex systems into computable models, and carry out independent research or development projects using state-of-the-art computing infrastructure.

Professional alignment (accreditation): this programme is a Level 9 qualification on Ireland’s National Framework of Qualifications (NFQ), equivalent to a master’s degree that meets recognised European standards for advanced technical and scientific mastery.

Reputation (employability rankings): Trinity College Dublin is ranked #75 in the QS World University Rankings 2026 and is widely acknowledged as Ireland’s leading university, with strong outcomes for graduate employability and international recognition in research and technical disciplines.

Experiential Learning (Research, Projects, Internships etc.)

At Trinity College Dublin’s M.Sc. in High Performance Computing, students gain hands-on experience with real high-performance systems and software from the start, building practical skills that are highly valued in both research and industry. From the dedicated teaching computing laboratory where you’ll develop, test, and optimise code, to access to large-scale parallel computing clusters managed by Research IT, practical learning is integrated throughout the programme. The focus on applied work ensures you learn how to write and optimise parallel programs using industry-standard tools and then apply those skills in real research or technical projects under expert guidance.

In addition to structured lab work and project supervision, the programme’s strong links with research centres like the School of Mathematics and Research IT expose students to cutting-edge computational research throughout their studies:

Dedicated computing facilities: Unlimited access to a teaching computing lab equipped with workstations for coding, running simulations, and testing parallel applications as part of coursework and assessments.
Large-scale HPC clusters: Use powerful parallel computing systems such as the IITAC cluster, a multi-node parallel system with high-speed interconnects, to run large simulations and data-intensive workloads essential for real high-performance computing experience.
Scientific visualisation tools: Access a scientific visualisation facility with advanced stereoscopic capabilities to explore and interpret complex data beyond simple outputs.
Project-based learning: The 30 ECTS MSc research/project component allows you to lead a substantial, practical project, designing, implementing, and evaluating HPC solutions under academic supervision.
Collaborative environment: Work alongside students and researchers from mathematics, physics, engineering, and other disciplines, sharpening teamwork and communication skills while applying HPC techniques to diverse real-world problems.

Progression & Future Opportunities

Graduates of the M.Sc. in High Performance Computing at Trinity College Dublin move into exciting careers where they apply advanced computing and modelling skills in both industry and research. Typical roles include HPC Systems Developer, Simulation and Modelling Specialist, Software Engineer in parallel and high-performance applications, and research or PhD positions in scientific computing. The programme’s strong technical and analytical foundation ensures you are well-prepared to contribute at a high level in cutting-edge computing environments:

Career support from day one: Trinity’s Careers Service provides personalised guidance through workshops, one-to-one coaching, interview preparation, and access to a portal listing graduate roles, internships, and employer events throughout the year.
Strong employability and industry relevance: Trinity graduates consistently achieve high employment rates within six months of graduating, backed by the university’s global reputation and strong connections across technology, finance, and scientific sectors. Employers include organisations in tech, finance, consulting, and research.
University–industry connections: The HPC programme is closely linked with Research IT and interdisciplinary projects like IITAC, bridging academic research and applied computing, while the wider Careers Service fosters links with multinational employers through career fairs and skills events.
Accreditation and long-term value: As a Level 9 NFQ qualification at Ireland’s leading university, this degree is recognised across Europe and globally for roles in advanced computing, research, and technical leadership.
Graduation outcomes: Many graduates enter highly technical positions in scientific and industrial computing, and a substantial number continue into PhD-level research in areas such as astrophysics, biomolecular modelling, fluid mechanics, and financial mathematics.

Further Academic Progression:
After completing this MSc, students could pursue a PhD in high performance computing or a related computational science discipline, either at Trinity or at top research universities worldwide. This pathway is ideal for those passionate about contributing to new discoveries in simulations, numerical methods, or interdisciplinary applications of HPC, positioning graduates for careers in academia, research institutes, or advanced technical leadership in industry.