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Information Technology - Undergraduate Programs

B.Tech. in Computer Science Engineering with specialisation in Mainframe Technology

Overview

Mainframe is the industry term used for a large computer, which supports thousands of users across the globe. IBM Mainframes have dominated the IT server market for running the mission critical workloads. Ever since the first mainframe was launched in April 1964, IBM mainframes have been known for their reliability, availability, scalability & security. The IBM mainframe MTBF (meantime between failures) is measured in decades. The only platform which is EAL5 (highest security certification) certified, which has never been hacked. It is the chosen server for process hungry mission critical I/O applications. Top 490 of the Fortune 500 enterprises use IBM mainframes. Approximately 70 percent of the world's data still resides on mainframes.

The next time someone says that the mainframe is dead or that the era of the mainframe is over, ask them what computing platform manages their credit-card payments, controls the ATM network they use to withdraw cash, or underpins the globe's airline ticketing systems; almost without exception it is a mainframe.

We are seeing more and more businesses adopting the mainframes for Linux consolidation, SOA, cloud computing and data warehousing environments, etc.

This B.Tech degree program prepares the students on mainframe technologies, increases the employability of the student. This is the foundation for mainframe application development. This course starts with the history and basics of the mainframe, mainframe hardware, Mainframe networking, Virtualisation, z/OS, Parallel Sysplex. The course also covers the application development modules and open source technologies.

Curriculum
Semester I
  • Physics I
  • Chemistry
  • Mathematics I
  • Problem Solving with 'C'
  • Professional Communication I
  • Environmental Studies
  • Introduction to Open Source & Open Standards; & OSS Development Methodology
Practical
  • Physics Lab I
  • C Programming Lab
  • Chemistry Lab
  • Professional Communication Lab I
Semester II
  • Physics II
  • Mathematics II
  • Data Structures using C
  • Engineering Graphics
  • Professional Communication II
  • Introduction to PHP using IDE on Linux
  • Dynamic Paradigm in Mainframe Technology I
  • Introduction to Mathematical Logic
Practical
  • Data Structures using C Lab
  • Engineering Graphics Lab I
  • Physics Lab II
  • Professional Communication Lab II
  • PHP Lab
Semester III
  • Mathematics III
  • OOPS using C++
  • Computer Systems Architecture
  • Fundamentals Systems Skills on z/OS
  • Technical Communication
  • Database Management Systems & Data Modelling
  • Philosophy of Science
  • Electronic Devices & Circuits
Practical
  • OOPS using C++ Lab
  • DBMS Lab
Semester IV
  • Microprocessors
  • Data Communication & Networks
  • Linux Implementation for System z
  • Dynamic Paradigm in Mainframe Technology II
  • Operating Systems
  • Advanced SQL
  • Theory of Automata & Computation
  • Mainframe Operating Systems
  • Principles of Management
Practical
  • Microprocessors Lab
  • Operating System Lab
  • Advanced SQL Lab
Semester V
  • Software Engineering & UML
  • Computer Graphics
  • z/OS services
  • Java Programming
  • Advanced IDE
  • Web Application server and Advance PHP
  • HTML programming
  • Organizational Behavior
Practical
  • Advanced PHP & IDE Lab
  • Java & HTML Lab
  • Minor Project I
  • Industrial Visit
Semester VI
  • Software Project Management
  • Enterprise Java
  • Components or products of z/vm
  • Dynamic Paradigm in Mainframe Technology III
  • Storage Technology Foundation
  • Parallel Sysplex for z/OS
Practical
  • Enterprise Java Lab
  • Minor Project II
  • Comprehensive Viva-I
  • Computer Graphics Lab
Semester VII  
  • Resource allocation on System z
  • Advanced Scripting
  • Versioning & Bug Tracking
  • Transaction manager on z/os – CICS
  • SMP/E - Maintenance of z/os
  • Managerial Economics
Practical
  • Scripting Lab (REXX)
  • Seminar
  • Industrial Training
  • Comprehensive Viva II
  • Major Project I
Semester VIII  
  • Network Security & Cryptography
  • Dynamic Paradigm in Mainframe Technology IV
  • Business Intelligence & Data Warehouse
  • Networking under z/vm - zv10
  • Application development – II
  • Entrepreneurship and Product Development
  • Professional Ethics
Practical
  • Major Project  II
To Know the details about Eligibility and Admission Process click here
Duration
4 Years
Fee Structure (Per Semester in Rs.)
Semester Tuition Fee Academic Services Fees Total Fee
I 57,750 38,500 96,250
II 57,750 38,500 96,250
III 60,600 40,400 1,01,000
IV 60,600 40,400 1,01,000
V 63,600 42,400 1,06,000
VI 63,600 42,400 1,06,000
VII 66,780 44,520 1,11,300
VIII 66,780 44,520 1,11,300
Campus
Dehradun
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