PGDCM Syllabus and Subjects

Duration: 1 Year
Avg Fees: ₹2K - 1.8 LPA
Roumik Roy
Roumik Roy

Updated on - Jan 7, 2023

PGDCM syllabus can differ for the students based on the specialisation that the students decide to pursue. PGDCM subjects are spread across two semesters and are designed to give the students a deeper understanding of the course and specialisation they choose to pursue.

Table of Contents

Semester Wise PGDCM Syllabus

PGDCM subject list differs according to the specialisation that the candidates decide to pursue. With every specialisation, the subjects in PGDCM courses differ, as the primary focus topics change. The PGDCM syllabus primarily focuses on the foundational subjects related to the field of Computer Management.

Due to this reason, the PGDCM first-year syllabus doesn’t change all that much. PGDCM course introduces students to all the vital information they need. Listed below are the syllabi of PGDCM according to the semester which is core subjects and therefore, tend to be the same across the board.

PGDCM First Year Syllabus

The table below contains the list of PGDCM subjects in the first year:

Semester I

Semester II

Introduction to C and C++ languages

Basic Java

Programming using Visual Basic

HTML

Elements of Information Technology

WebTechnology including e-Commerce

Practicals

Database Management and Oracle

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Software Engineering

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Practicals

PGDCM Subjects

PGDCM subjects are dependent on the specialisation that the aspirants decide to pursue. PGDCM subjects are decided based on the core topics in computer management, as well as the topics in the specialisation.

PGDCM Core Subjects

The core PGDCM subjects list contains essential subjects that all PGDCM students study irrespective of their specialisation, which is as follows:

  • web technology including e-Commerce
  • Software Engineering
  • Programming using Visual Basic
  • Elements of Information Technology

PGDCM Course Structure

The PGDCM course structure consists of both core and elective subjects. The course is a one-year-long postgraduate diploma course, divided into two semesters. The course structure is:

  • II Semesters
  • Core Subjects
  • Postgraduate Course
  • Research Project

PGDCM Teaching Methodology and Techniques

PGDCM teaching methodology and techniques encompass traditional lecture-based training. The traditional classroom teaching methods allow the students to ask the queries they might have and get answers to them. The course has teaching methodologies and techniques designed to ensure that the students pursuing this course have access to all the infrastructure and facilities available.

Listed below are the teaching methodology and strategies in general:

  • Lectures
  • Practical Sessions
  • Research Papers
  • Seminars
  • Group Discussions
  • Traditional Classroom-Based Teaching

PGDCM Projects

When pursuing a PGDCM course, research projects are an integral part of the studies. These projects are assessed by the professors to judge the student's understanding of the subjects. Students can choose their project topics based on the specialisation they choose to pursue. Some of the popular research projects are listed below:

  • Employee Record System
  • Library Management System
  • Hotel Reservation System
  • EBook Shopping
  • Event Management System
  • Hostel Management System

PGDCM Books

When pursuing a PGDCM course, books can be a great investment for the students as they can really help them learn about their specialisation in great detail. Books can be a source of information for the students whereby they can further learn about topics of their interest. Students can rent out reference books from libraries, download them online or purchase them.

Listed below are some of the popular PGDCM course books that the students can invest in:

Name of Book

Author

Code: The Hidden Language of Computer Hardware and Software

Charles Petzold

Clean Code: A Handbook of Agile Software of Craftsmanship

Robert C. Martin

Code Complete: A Practical Handbook of Software Construction

Steve Mc Connell

Algorithms

Robert Sedgewick, Kevin Wayne

Types and Programming Languages

Benjamin C. Pierce

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