C++ with DSA – Complete C++ & DSA with C++ Certification Course [Hindi]
Take a deep dive into C++ programming and Data Structures & Algorithms (DSA) with our all-inclusive combination course, and embark on an unforgettable journey. You will leave this C++ and DSA using C++ course with the skills you need to tackle any task. Along with advanced problem-solving abilities through the use of algorithms, expertise in building a variety of data structures, and fluency in C++, you will earn the confidence to ace technical interviews.
What will you take home from this C++ and DSA using C++ Course?
- 120+ hrs self-paced expert-led course
- 210+ hrs of comprehensive study material
- 150+ hrs of real-world practicals
- 50+ Interactive quizzes & assessments
- 290+ Interview questions for top MNCs
- 135+ Real-time implementation with code
- 165+ C++ programming practical code examples
- 98% Positive reviews from learners
- 65+ Comprehensive assignments
- 30+ Real-time industry case-studies
- 165+ C++ programming tutorials
- 1:1 Career counselling with expert
- Practical knowledge which industry needs
- Industry-renowned certification
Your C++ Coding Journey Starts Here — Enroll Now
Master C++ and DSA from Scratch
Join our hands-on C++ and DSA course crafted by industry veterans and build real-world skills. It’s not just a course, it’s a job-ready bootcamp.|
Start Anytime (self-paced) |
Duration 120+ Hrs |
Access Duration 2 Years |
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| Course + Placement Prep + 1 Live Session with Instructor + Resume Prep + Interview Prep + Mock Interview + Internship + Job Placement Assistance + LOR | Enroll Now | |||
Why should you enroll in this C++ and DSA using C++ Course?
- Knowledge of the syntax, ideas, and best practices of the C++ programming language
- Competence in using basic data structures, including trees, graphs, queues, stacks, linked lists, and arrays
- Advanced skills in using different algorithms, including sorting, searching, graph traversal, and dynamic programming, to solve problems
- Practical experience using newly learnt concepts to solve problems and overcome obstacles in the actual world
- A strong grasp of C++ and DSA ideas and their applications, as well as the confidence to approach technical interviews
- Access to a helpful learning community that promotes conversation, cooperation, and more chances for learning
- A certificate of completion recognizing your commitment to and proficiency with DSA and C++ programming
- Get a competitive advantage in the job market by learning in-demand DSA and C++ programming skills
- Open doors in the computer and software development fields, where having strong C++ and DSA skills is highly regarded
- Gain knowledge from seasoned business experts who can offer useful advice and real-world applications
- Take advantage of flexible learning alternatives that can be adjusted to your pace and schedule, enabling you to manage your studies alongside other obligations
- Lay a solid basis for your future education and professional development in areas such as artificial intelligence, data science, and software engineering
- Become a part of a lively learning community that will help you on your learning path by encouraging networking, collaboration, and peer support
- To properly improve your comprehension and abilities, get individualized comments and direction from your instructors
- With reasonable costs and insightful course material that is intended to provide noticeable outcomes
C++ and DSA using C++ Course Objectives
The purpose of the C++ and Data Structures & Algorithms (DSA) utilizing C++ Combo Course is to provide students with a thorough education in both C++ programming and DSA. This online C++ and DSA C++ course is designed for students of all skill levels, from novices to seasoned programmers who want to expand their knowledge, with a structured curriculum that covers basic to advanced topics.
Students will master object-oriented programming ideas, C++ syntax, a variety of data structures, and algorithmic techniques through a combination of educational videos, practical coding assignments, quizzes, and projects. Furthermore, the training goes beyond abstract ideas by offering useful perspectives on actual C++ and DSA applications.
Students will go through industry-inspired coding challenges to hone their problem-solving skills and get ready for technical interviews and software development positions. Students can participate in collaborative learning activities and receive individualized supervision with the help of committed professors and a thriving community of fellow learners, guaranteeing a fulfilling and enriching educational experience.
The main goal of the C++ and Data Structures & Algorithms (DSA) utilizing C++ Combo Course is to give students a thorough understanding of two essential areas of software development and computer science. The C++ and DSA with C++ course covers everything from fundamental grammar to sophisticated object-oriented programming ideas, with the goal of providing learners with a solid foundation in the C++ programming language through organized learning modules and practical application.
Through this C++ Programming and Data Structures using C++ course, participants will learn how to build C++ code that is effective, scalable, and maintainable, allowing them to create a variety of software systems and applications. Additionally, the course seeks to equip participants with the problem-solving abilities necessary for software development by demystifying the fundamentals of Data Structures & Algorithms (DSA).
Through the exploration of many data structures, including arrays, linked lists, stacks, queues, trees, and graphs, participants will acquire the ability to efficiently organize and manage data. Additionally, they will study algorithmic methods such as sorting, recursion, searching, and dynamic programming, which will help them create optimal solutions for computational issues.
Why should you learn C++ and DSA using C++?
The technological impact of the combination on DSA and C++ has made a huge impact in the IT industry. The value of learning this C++ and DSA with C++ course is extended through the following factual statements-
- “C++ is the backbone of the software industry, powering critical systems worldwide.” – According to the TIOBE Index
- “C++ offers unparalleled performance and efficiency, making it indispensable for resource-intensive applications.” – TechEmpower
- “C++ is the language of choice for industries like finance and telecommunications, where reliability and performance are paramount.” – Stack Overflow
- “DSA proficiency is crucial for excelling in technical interviews and securing top positions at leading tech companies.” – Source: InterviewBit and LeetCode
- “Understanding DSA enables engineers to design efficient algorithms, leading to breakthroughs in fields like machine learning and cryptography.” – Source: MIT Computer Science and Artificial Intelligence Laboratory
- “DSA skills are highly sought after by employers, with 75% of hiring managers considering them essential for software engineering roles.” – Source: HackerRank
What is C++ and DSA using C++?
The C++ and DSA utilizing C++ Combo is a thorough training course that integrates two fundamental ideas in computer science and software development: knowledge of Data Structures & Algorithms (DSA) and fluency in the C++ programming language. The goal of this C++ and DSA using C++ combo course is to give students a comprehensive education by covering both the advanced methods of algorithmic problem-solving and the fundamental ideas of programming.
With the aid of a well-organized curriculum, practical exercises, and real-world applications, students acquire the skills and knowledge required to become competent programmers and critical thinkers. The basic concepts of object-oriented programming, data types, functions, control structures, and grammar will all be covered in this course on C++ programming.
In addition, they will examine the fundamentals of algorithms and data structures, including arrays, linked lists, stacks, queues, trees, and graphs, in addition to algorithmic methods like recursion, sorting, searching, and dynamic programming. Through proficiency in both C++ and DSA C++, students will be ready to take on programming tasks, create effective software, and shine in technical interviews and software development positions.
What to do before you begin?
Before starting this C++ and DSA with C++ course, students are recommended to go through the prerequisites of this course. It is not compulsory to follow these prerequisites since this course covers everything through and through-
- Get familiar with fundamental programming ideas, like loops, conditional expressions, and variables.
- It will be helpful to gain an elementary comprehension of the concepts of object-oriented programming.
- Learn the fundamentals of programming by being familiar with at least one programming language (Python, Java, etc.).
- In order to comprehend algorithmic principles and analysis better, brush up on your mathematical knowledge, especially in areas like algebra and discrete mathematics.
Who should go for this C++ and DSA using C++ course?
The C++ and Data Structures & Algorithms (DSA) using C++ Combo Course is appropriate for people at different phases of their educational journeys and professional goals. The following people ought to think about signing up for this training-
- Programming Enthusiasts
- IT Graduates and Students
- Aspiring Software Developers
- Tech Entrepreneurs
- Aspiring Game Developers
- Freelancing Coders
By enrolling in our C++ and DSA using C++ course, you can expect the following benefits:
The C++ programming language’s nuances will be thoroughly covered in this online course, and participants will gain a thorough understanding of variables, data types, control flow, functions, and classes. They will gain knowledge of how to take advantage of C++’s features for effective memory management, modular code structure, and the encapsulation, inheritance, and polymorphism of object-oriented programming concepts.
Furthermore, participants will investigate basic data structures such as arrays, linked lists, stacks, queues, trees, and graphs in the field of Data Structures & Algorithms (DSA). In addition, they will study a variety of algorithmic strategies like sorting, recursion, searching, and dynamic programming, which will enable them to solve challenging computational issues and enhance algorithm performance.
Participants will obtain practical experience in creating C++ programs and addressing algorithmic issues in addition to theoretical understanding through hands-on coding exercises, projects, and real-world applications. They will have a solid foundation in both C++ programming and DSA by the end of the course, enabling them to confidently and competently pursue jobs in software development, algorithm engineering, or computer science education.
Participants in the C++ and DSA using C++ Combo Course get invaluable knowledge and skills that will enable them to thrive in the fast-paced, cutthroat world of software development. Following are the prime advantages of this training-
- Participants receive a thorough understanding of Data Structures & Algorithms (DSA) and the C++ programming language, giving them the tools they need to develop applications and solve problems.
- Having a strong grasp of C++ and DSA makes participants more marketable in the IT sector and competitive for a variety of software development positions.
- By giving students access to real-world apps, projects, and hands-on coding exercises, the course enables them to put their knowledge to use in real-world situations and develop a solid portfolio of completed work.
- Participants learn programming fundamentals, algorithmic problem-solving strategies, and typical coding challenges in order to prepare for technical interviews at leading tech organizations.
- Whether self-paced or instructor-led training is preferred, the course’s various learning choices let participants learn at their own pace and leisure.
- Throughout the course, participants receive professional advice and support from instructors and teaching assistants, guaranteeing a welcoming learning atmosphere and on-demand help.
- Through online forums, networking events, and community platforms, participants can engage with industry professionals, alumni, and other learners, thereby broadening their professional network and promoting collaboration.
- By giving participants access to extra materials, challenging classes, and opportunities for professional development after the original training, the course encourages participants to keep learning and developing in their jobs.
Jobs after Learning this C++ and DSA using C++ Course
Students who successfully complete the C++ and Data Structures & Algorithms (DSA) using C++ Combo Course will be qualified for a range of positions in the software development industry. Perhaps the potential positions are-
- Software Engineer or Developer
You will be in charge of planning, creating, and maintaining software programs in your capacity as a software engineer or developer. You’ll work on a variety of projects with your C++ expertise and grasp of DSA, from developing desktop programs to building intricate backend systems for online and mobile applications.
- System Programmer
Programmers specializing in systems work with low-level software components, including firmware, device drivers, and operating systems. You’ll be able to maximize system performance, effectively manage system resources, and guarantee the stability and dependability of computer systems thanks to your proficiency with C++ and understanding of DSA.
- Game Developer
To produce engaging, high-performance games, game developers utilize C++. Your comprehension of DSA will enable you to handle challenging programming problems, apply game mechanics, and create immersive gaming experiences on a variety of platforms.
- Algorithm Engineer
Algorithm engineers work on creating and refining algorithms for particular uses, like data analysis tools, recommendation engines, and search engines. With the help of your DSA expertise, you’ll be able to create effective algorithms, evaluate huge datasets, and resolve challenging optimization issues to spur innovation across a range of sectors.
- Embedded Systems Developer
Developing software for embedded systems, including microcontrollers, Internet of Things devices, and automotive systems, is the responsibility of embedded systems developers. You’ll be able to design effective code, maximize system efficiency, and guarantee real-time responsiveness for embedded systems across a variety of domains because of your proficiency with C++ and grasp of DSA.
- Backend Developer
Backend developers create the infrastructure and server-side programs that enable mobile and web applications. You’ll streamline database operations, create effective data processing pipelines, and guarantee scalability and reliability for backend systems managing massive volumes of data and user requests by applying your C++ expertise and understanding of DSA.
- Quantitative Analyst
When analyzing financial data and making investment decisions, quantitative analysts, or quants, rely on mathematical and statistical models. You’ll create risk models, put trading strategies into practice, and write algorithms to help with financial market decision-making with your grasp of DSA and C++.
- Research Scientist
C++ and DSA are used by research scientists in domains including computational biology, artificial intelligence, and machine learning to create models, simulations, and algorithms for scientific investigation and learning. By applying your knowledge, you’ll help advance fields like bioinformatics, natural language processing, and image processing.
- Cybersecurity Analyst
Cybersecurity analysts guard digital assets of companies against online threats and intrusions. You will create security algorithms, examine network traffic, and spot software system flaws using your grasp of DSA and C++ to guarantee the security and integrity of vital data.
- Developer of High-Frequency Trading Systems
HFT developers create software and algorithms to enable quick trade execution in financial markets. You’ll create high-performance trading platforms, optimize algorithmic trading methods, and put risk management systems in place with your C++ expertise and understanding of DSA to take advantage of market opportunities instantly.
Our students are working in leading organizations
Online C++ and DSA C++ Training Course Curriculum
- What is C++?
- History of C++
- Top reasons to learn C++
- Procedural Oriented vs Object Oriented Programming
- Introduction to Object Oriented Programming
- How to write program in C++
- How to install Turbo C++ on windows
- How to install & set VS Code for C++
- First program in C++
- Error and its types
- What is stream and types of stream?
- Cout & Cin
- How yo use clrscr function in VS Code
- Keywords & Identifiers
- Escape Sequences
- Comments in C++
- Data types and their types
- int data type
- Integer Representation – Decimal, Octal, Hexadecimal
- Character Data Type
- Float and double data type
- How to build correct programming logic
- Types of operators
- Increment and decrement operator
- Logical operator
- Conditional operator
- Bitwise operator
- How to solve circuit expression
- Assignment Operators
- Conditional statements
- Nested if else
- Switch case
- Goto statements
- What are loops?
- While loop
- C++ program to find sum of digits
- C++ program to reverse number
- C++ program for palindrome number
- Armstrong number
- C++ program to check prime number
- C++ program to print series of prime number
- Fibonacci series
- C++ program to convert number into word
- for loop
- Nested loop
- Pyramid program
- While vs do while
- What is Arrays?
- C++ program for largest & smallest element of an array
- Memory Allocation of array
- Advantages & disadvantages of array
- Linear search
- Binary search
- Convert decimal to binary
- Convert decimal to octal
- Convert decimal to hexadecimal
- Delete an element from array
- Two dimensional array
- C++ program for matrix
- Addition, subtraction, division of matrix
- Multiplication of matrix
- Types of functions
- Function declaration, definition, calling
- Local and global variables
- Scope resolution operator
- Call by value function
- Default arguments
- Return by value
- Menu driven program
- Function overloading
- Storage classes
- Recursion
- Passing array as an argument to function
- sizeof an operator
- What are Pointers?
- Types of Pointers
- Data type of a Pointer
- Call by reference
- Array of pointers
- What are classes and objects?
- Constructors
- Default constructor
- Parameterized constructor
- Constructor Overloading
- C++ Constructor with Default Arguments
- Copy constructor
- Constructor for multiple object
- this pointer
- Static keyword
- Static variable
- Method overloading
- What is operator overloading?
- Types of operator overloading
- Unary operator overloading
- Pre post increment operator overloading
- Pre post decrement operator overloading
- Pre and post increment with assignment operator overloading
- Binary operator overloading
- Arithmetic operator overloading
- Friend function
- Relational operator overloading
- What is Inline Function?
- Inheritance
- Role of constructor in inheritance
- Multiple inheritance
- Difference Between Method Overloading and Method Overriding
- Pointers to an object
- Virtual fucntion
- Hybrid inheritance
- Virtual base class
- Aggregation in C++
- C++ I/O Streams
- get() and getline() functions
- What is File Handling?
- How to Open a File Using Constructor?
- How to Open File Using Open Method?
- How to Read Data from File Line by Line
- How to read and write data
- Preprocessor Directives
- Templates in C++
- Types of Templates in C++
- Template pointer in C++
- What is Dynamic Memory Allocation?
- new and delete Operators
- Difference Between new & malloc() and delete & free()
- Bank Management System Project
- Hotel Management Billing System Project
- What is Data Structures with C++?
- Data Structure using C++ Syllabus and Prerequisite
- What is Stack in DSA using C++?
- Practical implementation of Stack
- Infix, Prefix and Postfix Expressions in DSA C++
- Infix to Postfix using Stack
- Practical implementation of Infix to Postfix using Stack
- What is Queue in DSA C++?
- Linear Queue in DSA C++
- Limitation of Linear Queue in DSA C++
- Circular Queue in DSA C++
- Practical implementation of Circular Queue in DSA C++
- Deque in DSA C++
- Insertion in Deque in DSA C++
- Delete and Display in Deque in DSA C++
- Practical implementation of Deque in DSA C++
- Priority Queue in DSA C++
- Create and Display Method in Priority Queue in DSA C++
- Practical implementation of Priority Queue in DSA C++
- What is Linked List in DSA C++?
- Create and Display Elements of Linked List in DSA C++
- Insert element in Linked List
- Delete an element from Linked List
- Searching in Linked List
- Display element of Linked List in reverse order
- Sorting in Linked List
- Stack Linked List in DSA C++
- Queue Linked List in DSA C++
- Create, insert, display and delete in Queue Linked List
- What is a Circular Linked List in DSA C++?
- Create and Display Elements of Circular Linked List in DSA C++
- Insert element in Circular Linked List
- Delete an element from Circular Linked List
- Practical implementation of Circular Linked List
- What is Doubly Linked List in DSA using C++?
- Create and Display in Doubly Linked List in DSA C++
- Insert element in Doubly Linked List
- Delete element from Doubly Linked List
- Practical implementation of Doubly Linked List
- Searching and Sorting in Doubly Linked List
- Practical implementation of Searching and Sorting in Doubly Linked List
- What is Circular Doubly Linked List in DSA using C++?
- Create and Display in Circular Doubly Linked List in DSA C++
- Insert element in Circular Doubly Linked List
- Delete element from Circular Doubly Linked List
- Practical implementation of Circular Doubly Linked List
- Linear Search in DSA C++
- Practical – Linear Search with time complexity
- Binary Search in DSA C++
- Practical – Binary Search with time complexity
- Recursion in DSA C++
- Implementation of Recursion in DSA C++
- What is Sorting in DSA C++?
- Linear Sort
- Bubble Sort
- Selection Sort
- Insertion Sort
- Quick Sort
- Shell Sort
- Heap Sort
- Two way merge Sort
- Merge Sort
- What is Tree in DSA C++?
- Binary Tree in DSA C++
- Binary Search Tree in DSA C++
- Tree Traversing Inorder, Preorder, Postorder
- Creation of Tree from Inorder to Preorder
- Creation of BST in DSA C++
- Inorder, Preorder and Postorder Traversing of BST in DSA C++
- Searching in BST in DSA C++
- Strictly Binary Tree in DSA C++
- Delete an Element from Tree in DSA C++
- Delete an Element from BST in DSA C++
- AVL Tree in DSA C++
- Threaded Binary Tree in DSA C++
- B Tree in DSA C++
- Address Calculation of 1D, 2D Array in DSA C++
- Address Calculation of 3D Array in DSA C++
- Address Calculation of Lower & Upper Bound of Array in DSA C++
- What is Graph in DSA C++?
- Graph representation in DSA C++
- Kruskal’s Algorithm in DSA C++
- Prims Algorithm in DSA C++
- Dijkstra’s Shortest Path Algorithm DSA C++
- Floyd Warshall Algorithm in DSA C++
Features of C++ and DSA using C++ Course
C++ and DSA using C++ Online Training FAQs
The C++ and DSA using C++ Combo Course is a thorough educational program created to give students a solid foundation in Data Structures & Algorithms (DSA) ideas as well as the C++ programming language. From fundamental grammar and programming concepts to sophisticated data structures and algorithmic approaches, it covers all the important subjects.
Both novice programmers and intermediate students wishing to expand their knowledge of C++ and DSA C++ should take this course. It serves professionals, learners, and anybody else who wants to become an expert in algorithmic problem-solving and programming.
The course covers many subjects in DSA and C++ programming through modules. To support learning, each module includes projects, quizzes, practical coding exercises, and video lectures. There are also additional resources including reading lists, coding templates, and practice challenges.
To engage students and promote learning, the C++ Programing and DSA with C++ course makes use of interactive coding exercises, videos, quizzes, and projects. The coding assignments give students practical experience and strengthen their comprehension of the ideas, while the instructional videos provide clear and simple explanations of the topics.
It would be helpful to have some past experience with C++ or another programming language, as well as a fundamental understanding of programming ideas, however these are not absolute requirements. Success in the course requires a strong desire to learn programming and problem-solving skills.
Depending on the availability and pace of each student, the course time may change. When they commit a few hours of study time per week, students can finish the course in a few weeks to a few months on average.
Yes, both novice and seasoned programmers are catered to in this training. Although this C++ Programming and DSA with C++ course is intended for novices, experienced programmers can use it to brush up on their knowledge, gain a deeper understanding of more complex topics, and improve their problem-solving abilities.
Absolutely, you will receive a certificate of completion acknowledging your accomplishment and mastery of C++ programming and DSA concepts upon successfully completing the course.
You will be able to communicate with other students and ask questions in the community forums and with a dedicated support team during the course. In addition, teachers are on hand to offer advice and support as required.
You will obtain a strong foundation in C++ programming and DSA ideas by enrolling in this course, which is very desirable in the tech sector. You will gain useful problem-solving abilities, improve your employability, and be ready for graduate school or a job in software development or similar disciplines.
You must have a computer with internet access and an integrated development environment (IDE) or code editor that supports C++ programming in order to complete this course. Popular options include JetBrains CLion, Code::Blocks, and Visual Studio Code. For practicing coding exercises, having access to online coding platforms and compilers could be helpful.
Yes, in order to support learning and help students apply concepts in real-world settings, the course incorporates practical problem-solving scenarios, projects, and hands-on coding activities. These projects include everything from data structure and algorithm implementation to algorithmic problem solving motivated by real-world circumstances.