M.Sc./P.Grad.Dip. High Performance Computing
Course Overview
This one-year, full-time MSc in High Performance Computing provides practical, advanced training for the rapidly growing HPC technology sector. The program equips students with the skills to apply high-performance technical computing to complex problems in industry, finance, and scientific research. It features a strong hands-on component with access to state-of-the-art computing facilities, preparing graduates for highly technical careers or further research.
Key Program Highlights
- Hands-on training with unlimited access to a dedicated teaching lab and large-scale parallel computers at the Trinity College Centre for High-Performance Computing
- Core curriculum covering parallel programming, software optimization, computer architecture, and classical simulation
- Specialization opportunities through optional modules in application areas like financial risk, data mining, and scientific simulation
- Designed for careers in advanced software development, mathematical modeling, simulation, and forecasting
- Ideal foundation for further research in mathematics, physics, engineering, finance, and biotechnology
Course Overview
This one-year, full-time MSc in High Performance Computing provides practical, advanced training for the rapidly growing HPC technology sector. The program equips students with the skills to apply high-performance technical computing to complex problems in industry, finance, and scientific research. It features a strong hands-on component with access to state-of-the-art computing facilities, preparing graduates for highly technical careers or further research.
Key Program Highlights
- Hands-on training with unlimited access to a dedicated teaching lab and large-scale parallel computers at the Trinity College Centre for High-Performance Computing
- Core curriculum covering parallel programming, software optimization, computer architecture, and classical simulation
- Specialization opportunities through optional modules in application areas like financial risk, data mining, and scientific simulation
- Designed for careers in advanced software development, mathematical modeling, simulation, and forecasting
- Ideal foundation for further research in mathematics, physics, engineering, finance, and biotechnology
Requirements
Modules
- Computer Architecture
- Software Optimisation
- Parallel Programming
- Classical Simulation
- Stochastic Modelling
- Simulation Of Physical Systems
- Simulation Of Chemical Systems
- Simulation Of Biological Systems
- Financial Risk Management
- Telecommunications Performance Modelling
- Optimisation
- Data Mining
- Mathematical Modeling
- Simulation And Forecasting
- Data-Base Mining
- Resource Management
- Parallel And Concurrent Software Applications
- High-Performance Technical Computing Methods
