Basic to Advanced
C/C++ with DSA
About Course
Batch Starting 11th Dec 2024
First 3 Classes Free
Unlock your potential and become a coding pro with our ultimate C/C++ programming course! This isn’t just another basic class - it’s a complete journey from zero to mastery, designed to make you a skilled coder ready for real-world challenges. We start from the very basics and guide you step-by-step to advanced levels, making sure you build a strong foundation and gain hands-on experience.
Students from IOTA Academy Are Working At
Why Enroll in this Course
Get Certified
Highlight your skills with an industry-recognized certification that catches recruiters' attention
Learn from Experts
Attend live classes in Hindi and English, taught by industry veterans with 7+ years of experience
Free Recorded Lectures
Enjoy 7 months of free access to class recordings for uninterrupted learning
1-on-1 Mentorship
Resolve doubts and get career guidance without any extra charges
Real World Projects
Build your resume with 10+ industry-grade projects, ideal for job or college submissions
Free Interview Sessions
Boost your confidence with resume building, 100+ coding questions, puzzles, and HR tips.
Be in The Top With Top Rated Institute
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300+ Network of Companies
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1500+ Placements
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Highest Package 16 LPA (Fresher)
Syllabus
C Language
C Language course lays a strong foundation in programming by teaching the core principles of structured coding. It covers essential topics like variables, loops, functions, and memory management, making it ideal for beginners. This course builds the logic and skills needed to progress into advanced programming and problem-solving.
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Introduction to C Language
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Introduction of Computer
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Software and its development
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Introduction of Programming and Programming Language
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History and significance of C
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Applications of C programming
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Setting up the development environment (IDE, compiler)
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Basics of C Programming
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Structure of a C program
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Writing your first C program (Hello, World!)
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Compilation and execution process
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Basic syntax, keywords, and identifiers
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Data Types and Variables
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Primitive data types (int, float, char, etc.)
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Declaring and initializing variables
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Constants and literals
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Scope and lifetime of variables
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Operators and Expressions
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Arithmetic, relational, and logical operators
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Bitwise operators and their usage
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Assignment and compound assignment operators
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Precedence and associativity of operators
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Input and Output
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Using printf and scanf for basic input and output
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Formatting specifiers and their usage
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Error handling in input functions
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Control Statements
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Conditional statements (if, else, switch)
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Loops (for, while, do-while)
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Using break and continue
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Functions
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Declaring and defining functions
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Function arguments and return values
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Scope and storage classes
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Recursion
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Introduction to recursion
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Applications of recursion
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Examples (Factorial, Fibonacci, etc.)
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Arrays
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Declaring and using arrays
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Multi-dimensional arrays
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String handling basics
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Common string functions in <string.h>
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Pointers
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Introduction to pointers and memory addresses
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Pointer arithmetic
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Pointers with arrays and functions
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Understanding NULL and dynamic memory management
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Structures
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Defining and using structures
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Accessing structure members
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Nested structures
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Unions
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Union basics and differences from structures
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Dynamic Memory Allocation
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Understanding malloc, calloc, realloc, and free
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Best practices for memory management
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Memory Management Techniques
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Handling memory leaks
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Practical exercises on memory management
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File Handling in C
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Reading and writing files
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File handling functions (fopen, fclose, fread, fwrite, etc.)
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Working with text and binary files
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Error handling in file operations
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Preprocessor Directives
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Understanding #define, #include, #ifdef
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Creating and using macros
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Advanced Data Structures
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Introduction to linked lists (single, double)
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Implementing basic operations on linked lists
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Stack and Queue implementation
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Trees and Graphs basics
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Error Handling and Debugging
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Common types of errors (syntax, runtime, logic)
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Debugging techniques in C
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Using gdb or other debugging tools
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C++ Language
C++ Language course focuses on object-oriented programming to build robust and efficient applications. It covers key concepts like classes, inheritance, polymorphism, and advanced features like templates and STL. This course is perfect for developing both foundational and advanced programming skills.
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Introduction to C++
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History and evolution of C++
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Overview of Applications and Industry Use cases
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Setting up the environment (IDE, compiler setup)
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Basic Syntax and Structure
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Structure of a C++ program
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Main function and namespaces
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std namespace and I/O operations (cout, cin)
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Data Types, Variables, and Operators
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Primitive data types: int, float, double, char, bool
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Variable declaration and initialization
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Type casting and const keyword
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Operators: arithmetic, relational, logical, bitwise, and assignment
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Control Structures
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Conditional statements: if, else if, else, and switch
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Loops: for, while, and do-while loops
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break and continue statements
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Functions
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Function declaration, definition, and calling
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Function parameters and return types
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Inline functions and function overloading
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Scope and lifetime of variables
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Recursive functions
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Pointers and References
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Introduction to pointers and memory address
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Pointer operations and pointer arithmetic
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References and their differences from pointers
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Dynamic memory allocation with new and delete
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Pointers to functions
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Object-Oriented Programming (OOP) Basics
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Introduction to classes and objects
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Constructors and destructors
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Access modifiers: public, private, and protected
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this pointer and friend functions
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OOP Advanced Concepts
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Inheritance: types of inheritance and base/derived classes
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Polymorphism: method overriding and virtual functions
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Abstract classes and pure virtual functions
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Encapsulation and data hiding
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Operator overloading
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Standard Template Library (STL)
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Introduction to STL and generic programming
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Containers: vector, list, map, set, etc.
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Iterators and algorithms (sorting, searching)
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Function objects and lambda functions
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Exception Handling
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Error handling basics
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try, catch, and throw keywords
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Standard exceptions and custom exception classes
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File Handling
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Basics of file handling in C++
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Reading from and writing to files
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File modes and operations
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Error handling in file operations
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Data Structure & Algorithm
Our Data Structures and Algorithms (DSA) course equips students with essential problem-solving skills using efficient techniques. It covers key topics like arrays, linked lists, trees, graphs, sorting, searching, and dynamic programming. This course is ideal for mastering logical thinking and preparing for technical interviews and competitive programming.
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Introduction & Complexity Analysis
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Introduction to DSA – importance and real-life applications.
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Types of data structures – linear vs. non-linear.
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Overview of algorithms – categories and use cases.
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Complexity Analysis – Big O notation, examples.
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Space and Time Complexity practice questions.
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Arrays & Strings
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Array basics – declaration, initialization, and access.
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Array operations – insertion, deletion, traversal.
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Multidimensional arrays – representation and access.
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Introduction to strings – string functions, and manipulations in C.
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Interview-style questions: finding duplicates, reversing an array/string.
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Linked Lists
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Linked lists introduction – singly linked list basics.
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Operations on singly linked lists – insertion, deletion, traversal.
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Doubly linked lists – structure and basic operations.
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Circular linked lists – differences, advantages, basic operations.
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Practice questions on linked lists – merging, and reversing a linked list.
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Stacks & Queues
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Stack data structure – implementation using arrays.
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Stack operations and applications – balanced parentheses, infix to postfix conversion.
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Queue data structure – implementation using arrays.
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Types of queues – simple, circular, and deque.
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Day 5: Practice questions on stacks and queues.
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Recursion & Trees
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Basics of recursion – understanding recursive functions.
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Common recursion problems – factorial, Fibonacci sequence.
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Introduction to trees – terminology and binary trees.
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Binary tree traversal methods – inorder, preorder, postorder.
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Binary Search Tree (BST) – insertion, deletion, search operations.
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Searching, Sorting, and Final Interview Prep
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Linear Search and Binary Search Algorithms.
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Sorting basics – Bubble Sort, Selection Sort, and their complexities.
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Advanced sorting – Merge Sort and Quick Sort.
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Comprehensive review – sorting and searching interview questions.
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Final mock interview and competitive coding exercises.
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Projects
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Library Management System
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Hospital Management System
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File Encryption and Decryption System
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ATM Simulation
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Weather Monitoring System
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Smart Parking System
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Database Management System
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Flight Reservation System
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Online Exam System
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Car Rental System
Course Details
Duration: 4 months
Class Schedule: Monday to Friday
Class Duration: 1 hour per session
Doubt-Solving: 15 minutes after each class
Library Access: access to the library facility for additional study and project work
Notes and Resources: Class notes will be shared at the end of each class
Recorded Sessions: Access recorded sessions anytime for flexible learning
First 3 Classes Free
Job Profile You Can Target
Software Developer
IoT Developer
System Programmer
Algorithm Engineer
Game Developer
Middleware Developer
Our Approach Towards Teaching
Learn With Ease
Embark on your learning journey from the basics with industry experts. Starting with familiar tools like Excel and fundamental math concepts
Take on Challenges
Learning technology is like learning swimming - you can truly learn it only when you practice. After each subject, dive into challenging projects that let you apply what you've learned
Active Engagement
Stay connected through dedicated WhatsApp groups where you can post doubts—our vibrant community of students and faculty is there to provide quick solutions
Placement Guidance
Prepare for success with our placement guidance led by industry experts. Dive into resume building (ATS friendly resume), tackle puzzles and aptitude challenge, 100+ coding interview questions and much more.
Frequently Asked Questions
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What will be covered in this course?
This course will cover both C/C++ programming along with Data Structures and Algorithms (DSA). Students will gain strong foundational knowledge and practical skills in coding and problem-solving
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Why teach DSA with C and not C++?
We teach DSA with C because it’s a simpler, low-level language that helps you understand memory management and data structures more clearly. C focuses on the basics, allowing you to build a strong foundation for solving algorithms efficiently without distractions from extra features like classes in C++. It also helps you understand how data is stored and accessed in memory, which is key for mastering DSA
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Why live classes instead of offline in-person classes?
Live online classes offer flexibility, allowing students to attend from anywhere without the need to be physically present. This makes it more convenient for students with different schedules or locations. Additionally, live classes allow real-time interaction, instant doubt-solving, and the ability to review recorded sessions later. This combination makes learning more accessible and effective compared to traditional in-person classes
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Will the recording be available?
Yes, the recordings of live classes will be available for students. You can access them anytime to review the lessons or catch up on any missed content
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How long will the recorded classes be available?
The recorded classes will be available for 2 months after the course completion. You can access and review the recordings during this period
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Will I get any certifications after completing the course?
Yes, students will receive a certification upon successful completion of the course, which can be added to your resume to showcase your skills
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Can I attend in-person doubt-solving sessions if I miss a class?
Yes, if you miss a class, you will have access to the video lecture. If you still have doubts after watching the video, you can visit the institute to clarify them with the instructor
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What kind of projects will I work on in this course?
You will work on industry-level projects, solving real-world problems using C/C++ and DSA concepts. These projects will help you apply what you've learned and build a strong portfolio to show potential employers
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What are the prerequisites for enrolling in this course?
The only prerequisite is having a laptop or desktop. If you're a beginner, don't worry—this course is designed to help you learn step by step, and we'll guide you through everything you need to know
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I don't know anything about Coding, is this batch good for me?
Yes, this course will cover all important concepts from basic to advanced. So, there is no need to know anything about coding beforehand
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Do I need to be a Computer Science student to take up this batch?
Anyone, from any background or field of study, can take up this batch and learn DSA
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I already know the basics of C and C++, is the batch good for me?
Yes, this batch is perfect for you! Since you already have a basic understanding of C and C++, the course will help you deepen your knowledge by focusing on advanced topics like Data Structures and Algorithms. You'll gain a stronger grasp of how to implement and optimize algorithms efficiently
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Is the batch in Hindi or English?
The batch is taught in Hinglish (a mix of Hindi & English)
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I just completed 12th and I want to start preparing for my internship/job as a Software Developer, can I take it?
Yes, you are eligible to enrol as we will cover everything from basics to advanced. It is always better to start as early as possible. It will give you a good head start and ample time to practice.
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Is there any refund policy for the course?*
At IOTA Academy, we prioritize student satisfaction and confidence in their learning journey. That's why we offer 3 days of free trial classes for our C/C++ with DSA course. This allows students to evaluate the course content, teaching style, and overall experience before committing. After the trial period, if you wish to continue, you can make the payment and officially enroll.
