BCA SEMESTER 1 • ONLINE COURSE

BUILD A STRONG FOUNDATION FOR YOUR BCA JOURNEY

AICTE UG CURRICULUM BASED

A structured Semester 1 learning program focused on the core subjects that build the foundation of your BCA journey.

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BCASem 1

BCA

Semester 1

Mathematics

Foundation

Programming

Problem Solving

Architecture

Digital Systems

Course Overview

Complete Semester 1 Learning Program

A focused learning experience covering the major technical subjects of BCA Semester 1, along with supporting academic resources.

Major Subjects

Additional Subjects

Complete Semester

FREE

Notes for Every Student

Learning Focus

What You'll Learn

A clear academic path across the three major technical pillars of BCA Semester 1.

Mathematics Foundation

Build discrete mathematics fluency across sets, counting, graphs, and matrix algebra.

Problem Solving with C

Develop structured problem-solving skills and C programming fundamentals.

Computer Architecture

Understand digital principles, circuits, organization, memory, and I/O systems.

Major Subjects

The Core of Your Semester 1

Three major subjects form the primary focus of this program.

Subject 01

Mathematics Foundation to Computer Science - I

4 UnitsComplete Syllabus Included

Set
Set Operations
Properties of Set Operations
Subset
Venn Diagrams
Cartesian Products
Relations on a Set
Properties of Relations
Representing Relations using Matrices and Digraphs
Types of Relations
Equivalence Relation
Equivalence Relation and Partition on Set
Closures of Relations
Warshall's Algorithm
Functions
Domain and Range
Composition of Functions
Surjective / Onto Functions
Injective / One-to-One Functions
Bijective Functions
Inverse of Functions
Exponential Functions
Logarithmic Functions
Polynomial Functions
Ceiling and Floor Functions

Basics of Counting
Pigeonhole Principle
Permutation
Combination
Binomial Coefficients
Binomial Theorem
Recurrence Relations
Modelling Recurrence Relations
Fibonacci Numbers
Tower of Hanoi Problem
Solving Linear Recurrence Relations
Characteristic Equation Roots Method

Basic Terminologies of Graphs
Connected and Disconnected Graphs
Subgraph
Paths
Cycles
Complete Graphs
Digraphs
Weighted Graphs
Euler Graphs
Hamiltonian Graphs
Trees
Properties of Trees
Spanning Tree
Planar Graphs
Definitions and Basic Results

Types of Matrices
Matrix Addition
Matrix Subtraction
Matrix Multiplication
Determinant of a Matrix
Symmetric Matrices
Skew-Symmetric Matrices
Orthogonal Matrix
Rank of a Matrix
Inverse of a Matrix
Applications of Matrices to Solve Linear Equations
Eigenvalues
Eigenvectors
Cayley-Hamilton Theorem

Subject 02

Problem Solving Techniques

Focus: C Programming + Problem Solving

4 UnitsComplete Syllabus Included

Problems and Problem Instances
Generalization and Special Cases
Types of Computational Problems
Classification of Problems
Analysis of Problem-Solving Approaches
Algorithm Development
Analysis of Algorithm
Efficiency
Correctness
Role of Data Structures
Problem Solving Steps
Problem Understanding
Plan
Execute
Review
Breaking Problems into Subproblems
Input/Output Specification
Input Validation
Pre and Post Conditions

Sequence
Input / Output / Assignment
Selection
If
If-Else
Repetition
For
While
Do-While
Control Structure Stacking
Nesting
Different Kinds of Repetitions
Entry Controlled
Exit Controlled
Counter Controlled
Definite
Indefinite
Sentinel Controlled Repetitions
Pseudocode
Flowcharts
Algorithm Characteristics
Standard Algorithm Format
Problems Involving Iteration
Arithmetic and Geometric Progression
Fibonacci and Other Sequences
Approximate Values
Mathematical Functions
Signed Magnitude
1's Complement
2's Complement
Floating Point Representation
ASCII
Unicode
C Language Introduction
Programming Languages
Generations of Programming Languages
History of C
Empty C Program
C Statements
Assignment
Arithmetic Operators
Relational Operators
Logical Operators
If-Else
For
While
Do-While
Data Types
Translation
Compilation
Testing
Debugging
Increment / Decrement Operators
break
continue
Input / Output Statements

Problems on Arrays
Extracting Digits
Palindrome
Prime Number
Prime Factors
Amicable Number
Perfect Number
Armstrong Number
Factorial
Counting Number of More Than One Base
Statistics
Maximum
Minimum
Sum
Average
Sentinel-Controlled Repetition
C Variables
else-if Ladder
switch Case
Increment / Decrement
break
continue

Modular Programming
Top-Down Approach
Bottom-Up Approach
Recursion
Arrays
Reading and Writing Array Elements
Maximum
Minimum
Sum
Average
Median
Mode
Sequential Search
Binary Search
Sorting Algorithm
Matrix Operations
Function Definition
Function Declaration
Prototype
Return Statement
One Dimensional Arrays
Two Dimensional Arrays
String Functions
Other Operators
Operator Precedence
Associativity
Debugging

Subject 03

Computer Architecture

4 UnitsComplete Syllabus Included

Digital Signals
Digital Logic
Digital Computers
Von Neumann Architecture
Boolean Laws and Theorems
K-Map
Truth Tables
2, 3 and 4 Variable K-Map
K-Map Simplification
Don't Care Conditions
SOP
POS
Number Systems
Decimal
Binary
Octal
Hexadecimal
Number System Conversions
Binary Arithmetic
BCD
Octal Arithmetic
Hexadecimal Arithmetic
Binary Codes
Decimal Codes
Error Detecting and Correcting Codes
ASCII
EBCDIC
Excess-3 Code
Gray Code

Combinational Circuits

Half Adder
Full Adder
Subtractor
Decoder
Encoder
Multiplexer
Demultiplexer

Sequential Circuits

SR Flip-Flop
D Flip-Flop
JK Flip-Flop
T Flip-Flop

Registers

4-bit Register
Parallel Load
Shift Registers
Bidirectional Shift Register
Parallel Load

Counters

4-bit Synchronous Binary Counter
4-bit Asynchronous Binary Counter

Instruction Codes
Computer Registers
Computer Instructions
Timing and Control
Instruction Cycle
Memory-Reference Instructions
Input-Output Interrupt
Complete Computer Description
Basic Computer Design
Accumulator Logic
Central Processing Unit
General Register Organization
Stack Organization
Instruction Formats
Addressing Modes
Data Transfer
Data Manipulation
Program Control
RISC
CISC

Parallel Processing
Pipelining
Arithmetic Pipeline
Instruction Pipeline
RISC Pipeline
Peripheral Devices
Input-Output Interface
Asynchronous Data Transfer
Modes of Transfer
Priority Interrupt
Direct Memory Access
Input-Output Processor
Memory Hierarchy
Main Memory
Auxiliary Memory
Associative Memory
Cache Memory
Virtual Memory
Memory Management Hardware

One batch. A complete semester learning experience.

Batch Features

Everything You Need to Learn, Practice & Progress

A structured learning experience with live classes, recorded lessons, practice resources and complete academic support for your BCA Semester 1 journey.

LIVE

Live Interactive Classes

Attend structured live classes where concepts are explained step by step with examples, problem solving and real-time interaction.

● LIVE CLASSES

REWATCH

Recorded Class Access

Missed a live class? Revisit the recorded lessons and learn at your own pace whenever you need to revise a concept.

▶ REWATCH ANYTIME

3 Major Subjects

Complete Semester Coverage

Focused preparation for the core BCA Semester 1 major subjects covered in the program.

CODE

C Programming from Basics

Build a strong programming foundation through Problem Solving Techniques, C programming concepts, examples and structured practice.

MATH

Mathematics Foundation

Learn the mathematical concepts required for Computer Science with a structured and problem-oriented approach.

SYSTEMS

Computer Architecture

Understand the fundamentals of computer organization, digital concepts, CPU, memory and architecture through structured lessons.

PRACTICE

Regular Practice & Problem Solving

Strengthen your concepts through examples, programming problems, exercises and structured practice alongside the classes.

SUPPORT

Doubt Support

Get help when you are stuck. Ask questions related to class topics, programming problems and course concepts.

₹4,999

One-Time Payment

Pay once and get access to the complete Semester 1 course.

Option 2 - Two Installments

₹2,499 × 2

Two Installments

Split your Semester 1 course fee into two convenient installments.

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FAQ

Frequently Asked Questions

Quick answers about the course, subjects, payments, and admission.

This is a structured Semester 1 learning program focused on the core technical subjects that build the foundation of your BCA journey, along with supporting academic resources. Students also receive free study materials for the remaining Semester 1 subjects.

The program focuses on three major subjects: Mathematics Foundation to Computer Science - I, Problem Solving Techniques, and Computer Architecture. Free notes are also provided for General English - I, Indian Knowledge System, Environmental Science and Sustainability, and Additional Language / Optional Course.

Yes. This course is AICTE UG curriculum based.

There are two payment options: a one-time full semester payment of ₹4,999, or two installments of ₹2,499 each. A coupon code may also be available for the full semester plan.

Yes. You can split your Semester 1 course fee into two installments of ₹2,499 each.

After completing your payment, use the admission form CTA on this page to complete your admission. Your course enrollment will be processed after payment verification.

Yes. Free notes are provided for every student for the remaining Semester 1 subjects: General English - I, Indian Knowledge System, Environmental Science and Sustainability, and Additional Language / Optional Course.