ADCA Syllabus and Subjects

Duration: 1 Year
Avg Fees: ₹10K - 1 LPA

The ADCA syllabus is meant to familiarize students with the technologies used in the core computer technology-based industries. The ADCA computer course is designed to give students a theoretical and practical approach to their studies. Students can learn the skills that are required in the Technical industry.

 

Semester Wise ADCA Syllabus

The syllabus of the Advance Diploma in Computer Application has various subjects such as Forms, databases, Photo editing software, Design Process, etc. The ADCA courses cover a wide range of topics and are divided into two semesters. The ADCA course is a flexible course that aims to ensure that the students gain access to all the information they need. The semester-by-semester ADCA subject list is listed below:

ADCA First Year Syllabus

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

Semester I

Semester II

Computer Fundamentals

Corel Draw

Microsoft Windows

Tally 5.4

Microsoft Office

Visual Basic

Email and Internet

Photoshop CS

Computer Network and Multimedia

C Programming

Introduction to Computers

C++ Programming

Principle of Programming

Project Management

Word Processing and Spreadsheet

Unix Operating System

System Analysis and Design

Financial Accounting System

Computer Graphics

Management Information Systems

ADCA Subjects

ADCA subjects cover a wide range of subjects and topics that are essential for aspirants to learn over the course of three years. Subjects for the ADCA Computer Course are divided into core and elective categories. The following is a list of ADCA subjects:

ADCA Core Subjects

The core ADCA subjects list of essential subjects that all ADCA students study is as follows:

  • Forms, Databases
  • Operating Systems
  • Basic concepts of Accounting
  • Microsoft Office
  • Programming
  • Web Designing
  • Computer Fundamentals
  • Software Installations

ADCA Course Structure

Advance Diploma in Computer Application is a one-year course with two semesters. The ADCA course structure is designed to provide students with all of the necessary and relevant information to become successful in the field of Computer-Application Technology. The subjects in the ADCA course teach not only theoretical knowledge but also practical and interpersonal skills that are necessary. The following is a breakdown of the ADCA course structure:

  • II Semesters
  • Core Courses
  • Elective Courses
  • Practicals
  • Seminars
  • Project Work

ADCA Teaching Methodology and Techniques

ADCA has its own teaching methods and techniques. The subjects are developed with practical instruction so that the students have a clear idea of ​​what is being taught. Hands-on sessions and seminars provide students with hands-on exposure to a variety of tools and technologies, allowing them to gain an in-depth understanding of computer-application technology. This leads to the acquisition of theoretical and practical knowledge of the course. The following are the different teaching approaches used in the ADCA course:

  • Practical sessions
  • Workshops
  • Seminars
  • Regular Lectures
  • Computer Lab

ADCA Course Projects

Working on projects is primarily intended to ensure that students understand the concepts from beginning to end. The following are some of the most common ADCA projects:

  • Symbol Recognition
  • Crime Rate Prediction
  • Evaluation of Academic Performance
  • Online Auction System
  • Customer Billing System

ADCA Course Books

The ADCA books give students an in-depth study of their area of concentration in addition to providing a foundational understanding of the course. Students can make an informed decision by thoroughly understanding the course requirements by downloading the course details prior to enrolling in the course. The following are the reference books for the ADCA course syllabus:

Name of Book

Author

Management

Stoner J A and Freeman R.E.

Management: Principles and Practice

S.K. Mandal

Basics of C Programming

Greg Perry and Dean Miller

The C++ Programming Language

Bjarne Stroustrup

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