ABOUT COMPUTER SCIENCE AND ENGINEERING (HIGH PERFORMANCE COMPUTING)

It is one of the branches of computer science engineering that deals with finding the solution for challenging scientific and engineering problems with the help of advanced high-speed networks, computers having high-end parallel networks, and advanced visualisation methods. The future is in the hands of parallel computing, so the growth curve of this field will reach the most significant height in few years. This course has a tremendous intrinsic value and needs the overall development of future trends.

WHAT IS COMPUTER SCIENCE AND ENGINEERING (HIGH PERFORMANCE COMPUTING)?

Computer science and engineering in high-performance computing technology is a study of high-performance computing systems and their parallel nature. This field is algorithmically designed to build high-performance architecture. This course is designed to provide students with depth knowledge in analysing the current issue in this High-performance computing sector that includes parallel computing, power-aware computing, the architecture of new processors. Advanced topics on petascale computing, optical system, and this similar model of computation like data flow, demand are driven, etc. will give the tremendous scope to survive in this field. Monitoring the air traffic flow, visualisation of molecules in the molecular Dynamics app and identification of hidden plaques in the arteries are some of the significant applications of this field. This course will also help develop knowledge about art processing architecture like IBM CELL BE, NVidia tesla GPU, intel Larrabee microarchitecture and Nehalem microarchitecture. This course aims to bring the engineers with sound theoretical knowledge and a great skill set along with the aspect of creating, managing, processing, and converting the dates with expertise. Graduation in this field will give depth knowledge about data science technology.

ELIGIBILITY AND CAREER IN COMPUTER SCIENCE AND ENGINEERING (HIGH-PERFORMANCE COMPUTING)

To pursue this bachelor degree, a candidate must clear the pre-university course of 10+2 examination with physics, mathematics and computer science as a compulsory subject, Obtaining aggregated mark of a minimum of 60%  and eligibility to pursue this course. This is an undergraduate program of 4 years along with eight semesters. This includes top engineering institutions such as IITs and NITs. A bachelor's degree on the topic is a four-year course, and students can pursue post-graduation where they specialise in the wireless communication field in a two-year course. Further, many premium colleges offer PhD programmes that often last three or more years. The future is bright in the wireless communication sector. This course will also provide an opportunity to work with senior faculty who are actively researching this field. This field has great demand in this today’s world, and the engineers in this field are also getting the highest paid salaries. This demand shows the value of this field and the needs of high-performance computing engineering in today’s world.  Yes, there is a high demand for professionals in this domine, and that market is prevalent in every field. The employment potential and the carrier opportunities are enormous as high-performance computing technologies has an impact on all science, business and everyday life.