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B.Tech CSE with Cloud Computing (Powered by IBM)

B.Tech CSE with Cloud Computing (Powered by IBM)

B.Tech CSE with Cloud Computing (Powered by IBM)

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B.Tech CSE with Cloud Computing (Powered by IBM)

Duration
ELIGIBILITY
ADMISSION PROCESS
FEES
04 Years 60% in 10+2 in PCM . On the basis of performance in the online Multiple-Choice Question (MCQ) Test of 2 hours duration and personal interview Rs. 1,60,000 per annum

About the Course

Computer science engineering (CSE) with Cloud Computing(Powered by IBM) is one of the popular courses among engineering aspirants which focuses on the basic elements of computer programming and networking. Students pursuing computer science courses will gain knowledge of design, implementation and management of information system of both hardware and software. Going by the name, CSE course deals primarily with the theory of computation and design of computational systems. The course is offered across the globe in technical institutions at undergraduate as well as postgraduate levels awarding B.Tech and M.tech degrees, respectively.

Job Prospects

  • Computer Programmer
  • Software Developer
  • Entrepreneur
  • Business Analyst
  • Android Developer
  • Researchers
  • Analytical Developer
  • Civil Services
  • Teacher

Course Structure

Semester 1

University Core

  • Proficiency in Co-curricular Activities
  • Mathematics – I
  • Environmental Studies
  • Human Ethics & Value
  • Foundation Course
  • Professional Communication I
  • Web Designing
  • Introduction to Programming Language
  • Professional Communication Lab
  • Computer Programming Lab

Program Core

  • Electrical & Electronics Engineering
  • Electrical & Electronics Engineering Lab
  • Engineering Drawing Lab

Practical

  • Electrical & Electronics Engineering Lab
  • Engineering Drawing Lab

Program Elective

  • Remedial Mathematics
  • Remedial Physics
  • Foreign Language (German/French. Etc.)
  • History of Engineering & Science

Semester 2

University Core

  • Mathematics – II
  • Professional Communication-II
  • Advance Java
  • Engineering Physics
  • Advance JAVA Lab
  • Workshop Practice
  • Employability Skills–I
  • Proficiency in Co-curricular Activities
  • Foundation Course

Program Core

  • Engineering Mechanics
  • Engineering Physics Lab
  • Basics of MATLAB
  • AUTOCAD Lab
  • Introduction to Virtualization of Cloud Computing

Practical

  • Engineering Physics Lab
  • Basics of MATLAB
  • AUTOCAD Lab
  • Introduction to Virtualization of Cloud Computing Lab

Program elective

  • Remedial Mathematics
  • Remedial Physics
  • Professional Ethics and Human Values

Semester 3

University Core

  • Economics and Social Sciences
  • Employability Skill-II
  • Introduction to Android
  • Proficiency in Co-Curricular Activities

Program Core

  • Data Structures and Algorithms
  • Principles of Programming Languages
  • Cloud Computing Architecture
  • Dynamic Paradigm in Cloud Computing-I

Practical

  • Data Structures and Algorithms Lab
  • Industrial oriented Python Project Lab

Program Elective
Open Elective

Semester 4

University Core

  • Employability Skill-III
  • Proficiency in Co-Curricular Activities

Program Core

  • Software Engineering
  • Discrete Mathematics and Graph Theory
  • Web Development and Database (PHP & My SQL)
  • Dynamic Paradigm in Cloud Computing-II
  • Industrial oriented Core Java Project Lab
  • Design Practice with UML Lab

Practical

  • Design Practice with UML Lab
  • Web Development and Database(PHP & My SQL)

Program Elective
Open Elective

  • Introduction to Internet of Things(IoT)
  • Core Java/li>

Semester 5

University Core

  • Employability Skill-IV
  • Practical Training Seminar Stage-I
  • Proficiency in Co-Curricular Activities

Program Core

  • Database Management System
  • Computer Architectures
  • Advance Android-I
  • Dynamic Paradigm in Cloud Computing-III
  • Computer Architectures Lab
  • Database Management System Lab
  • Project Advance Android-I (Lab)

Practical

  • Computer Architectures Lab
  • Database Management System Lab
  • Project Advance Android-I (Lab)

Program Elective
Open Elective

  • Advanced Web Development

Semester 6

University Core

  • Employability Skills-V
  • Proficiency in Co-Curricular Activities

Program Core

  • Design & Analysis of Algorithms
  • Theory of Computation
  • Computer Network
  • Dynamic Paradigm in Cloud Computing-IV
  • Computer Graphics Lab
  • Computer Network Lab
  • Project Advanced Android –II

Practical

  • Computer Graphics Lab
  • Computer Network Lab
  • Project Advanced Android –II

Program Elective
Open Elective

  • Angular JS

Semester 7

University Core

  • Employability Skills-VI
  • Practical Training Seminar Stage-II
  • Proficiency in Co-Curricular Activities

Program Core

  • Information & Network Security System
  • Operating Systems
  • System Security Lab using C
  • Major Project Stage-I

Practical

  • System Security  Lab using C
  • Major Project Stage-I

Program Elective
Open Elective

  • X-Windows Lab
  • Asynchronous Transfer Mode

Semester 8

University Core

  • Intellectual Property Right
  • Seminar

Program Core

  • Real Time Systems
  • Compiler Construction
  • Cloud Computing
  • Compiler Construction Lab

Practical

  • Compiler Construction Lab
  • Advanced Computer Architecture Lab

Program Elective
Open Elective

  • Advance Computer Architectures

Teaching

The typical percentage of time spent in different learning activities for this course is based on student choices. This information is collated from the previous year and will not be available if the course is new.

Year 1

Lecture, Seminar and Similar
90%
Independent Studies
10%

Year 2

Lecture, Seminar and Similar
80%
Independent Studies
20%

Year 3

Lecture, Seminar and Similar
60%
Independent Studies
40%

Year 4

Lecture, Seminar and Similar
50%
Independent Studies
50%

Assessment

Typically how work is assessed for this course is based on student choices. This information is collated from the previous year and will not be available if the course is new.

Year 1

Written Exams
60%
Practical Exams
40%

Year 2

Written Exams
60%
Practical Exams
40%

Year 3

Written Exams
60%
Practical Exams
40%

Year 4

Written Exams
60%
Practical Exams
40%
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