Mainframe technology is an extensive capacity system with powerful processing, superior to midrange computers and PCs. Traditionally the mainframe technology is associated with a centralised, instead of distributed, computer environment. The requests are processed fast and then directly sent to the related processor card in this technology. IT(Information Technology) organisations often use mainframe technology to host high priority and mission-critical applications. Typically these applications include financial transactions, production and inventory control, customer order processing, payroll, and other important works.
There are a lot of myths and misconceptions about the mainframe swirling around the IT industry. Contrary to common belief, mainframes remain well and alive. There are programmers writing code for mainstream technology. Moreover, the programming languages used in the mainframe are not in the languages not commonly heard. They use a combination of traditional mainframe languages, like COLOB and REXX, alongside the more recently used ones like C++ and JAVA. Hence, mainframe systems are still being purchased. Leading companies like IBM have continued investing in the platform.
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Mainframes are extremely helpful for large organisations
Irrespective of the technological advancements, mainframe-hosted systems are still critical to businesses and found to be at the heart of enterprise computing. It is also stated that nothing else can match their consistency, performance, and reliability levels.
In large organisations,the mainframe systems efficiently record, hold and protect the complex, transactional, and operational rules and policies established and defined by the organisation. A single mainframe can replace hundreds of smaller servers, whereas reversing this would be challenging to achieve with equivalent reliability.
Organisations and enterprises still use the mainframe because they are best at their job and can do more than any similar platform.
Mainframes are deeply embedded into the IT of any organisation. So much entrenched that IBM reveals that nearly 80% of the world’s corporate data resides or originates on mainframes.
Academic course for Mainframe Technology
The top-tier engineering colleges in India are offering B.Tech in Computer Science and Engineering with Mainframe Technology as a specialisation. The mainframe programme is a hub of domains, including Cloud Computing, Open Source, Banking, Insurance, Data Analytics, Machine Learning, and many more. B.Tech(CSE), with a specialisation in mainframe technology, opens doors for numerous lucrative career opportunities. Pursuing this course offers extensive industrial exposure while providing hands-on training at the mainframe.
If you are interested in mainframe technology and desire to develop the skills and knowledge relevant to it, you must consider pursuing a B.Tech(CSE) in mainframe technology. The four-year programme is divided into eight-semester coursework to equip ambitious students with industry-oriented knowledge and skills.
Eligibility Criteria for Admission to the Course
To pursue a B.Tech(Computer Science Engineering) with specialising in mainframe technology, a candidate must have obtained at least 50% in secondary and senior secondary school. However, the applicant must havea 50% score in PCM( Physics, Chemistry, and Mathematics) in class 12th.
Conclusion
Now you know that mainstream is an integral part of the corporate world. Hence, specialising in mainstream technology can offer you an edge over your competitors. Enroll now in B.Tech(CSE) with specialisation in mainstream technology and broaden your horizons!
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