The biggest, toughest computing challenges in the world are tackled - and very often solved – through High Performance Throughput Computing (HPTC). Right from identifying new drugs that can rid the world of killer diseases to forecasting the next tsunami, HPC is the only way to solve problems of gigantic magnitude. It takes the combined power of a few thousand micro-processors sometime over a few days to provide clues to that help solve such problems. The world of business computing is pales in front of HPC.

Rising performance, plunging costs and surging demand have combined to launch HPC into mainstream business. So apart from helping the scientists solve the puzzles of health & weather, HPC today is also used by: the Animation industry in rendering images within a short period, the Energy industry in Seismic Processing & accurate identification of oil sources, the Automotive & Engineering Services industry for Crash Testing & CFD, the VLSI industry for Chip Design and the Financial Services industry for complex forecasting & risk assessment.

The utilization of High Performance Computing is important in Scientific investigations. To meet the needs of scientist and engineers, it is necessary to develop and apply these new investigative tools to scientific research and engineering design.
HPC adoption helps in design, development of various applications and solutions for Engineering & Science. These computational systems will support for the development of algorithms, software required for various physical processes.

HPC can be the part of curriculum also. Faculty is drawn from several engineering departments and science including Bio Sciences, mathematics, physics and the research professionals of the HPC Centre. Based on the interest of the students and career profile the programs are arranged and delivered.