Free Data Structures and Algorithms using Python Certification Course [Hindi]
What will you take home from this Free DSA using Python Course?
- Self-paced video course
- 170+ hrs of study material, practicals, quizzes
- Acquire practical knowledge which industry needs
- Practical DSA using Python course with real-time case-studies
- Lifetime access with industry renowned certification
Why should you enroll in this Free DSA with Python course?
- A solid understanding of Python’s syntax and core concepts
- Proficiency in DSA concepts under the Python programming language
- Hands-on experience with Python libraries and frameworks for various applications
- The ability to develop web applications, automate tasks, and work with data
- Practical knowledge of algorithm paradigms and efficient optimization of code
- A strong foundation for further specialization in machine learning, data science, and more
- Grab opportunities and ultimate job careers in the IT industry
- Learn as a beginner and become a pro of DSA with Python
- The availability of a plethora of tools, tasks, and projects to help you reinforce your learning
- Flexible learning opportunities that let you go at your own pace in accordance with your schedule
- Consolidate your knowledge of fundamental programming topics
- Learn data structures and Algorithms from the experts
- A completion certificate attesting to your DSA proficiency
- Practice on quizzes and apply professional practical knowledge
- Take advantage of Python’s numerous uses to improve your employment prospects
- Gain knowledge from seasoned business experts who provide practical knowledge
DSA using Python Course Objectives
The goal of the Data Structures and Algorithms (DSA) with Python course is to provide students a firm grounding in the fundamental ideas that underpin effective coding and problem-solving. This DSA using Python course delves into the world of data structures, which serve as a program’s fundamental units for organizing and storing data.
The several types of data structures that are covered include arrays, linked lists, stacks, queues, trees, and graphs. Algorithms are also covered in the course, offering insights into creating effective and optimum approaches to tackling computational challenges. Participants will not only understand the theoretical principles but also receive practical experience by implementing these data structures and algorithms using Python code, which is one of the most widely used and flexible programming languages.
The DSA with Python course stresses application of knowledge to real-world situations through practical problem-solving sessions and coding activities, in addition to the essential ideas. Individuals will have the knowledge and abilities necessary to select the appropriate data structures and algorithms for a given problem, evaluate the time and space complexity of those methods, and performance-optimize their code by the end of the course. This course offers a strong foundation that is essential for creating efficient and successful software solutions, whether one is interested in a job in software development, preparing for technical interviews, or simply honing coding abilities.
This course of Data Structures and Algorithms with Python is created to give the learner a wholesome experience. Being proficient in DSA with Python is quite a catcher when it comes to IT industries. The demand of software engineers/developers and data analysts of any kind is very high. Through this course you will get to open a wide range of job opportunities and set up your dream career.
One should understand that Data Structures defines the organization and judicial storage of data whereas Algorithms help you to solve the technical problems step-by-step. Combining these two processes brings us to the fundamentals of computer science and the foundation of programming.
In this DSA with Python course, it is advisable that you attain basic knowledge of python language and have a clear vision of why you wish to learn DSA under it. This DSA using Python course is designed to cater to the needs of the beginners and so it will be enough if you can have an optimistic attitude of problem-solving.
In conclusion, this DSA using Python course is a complete guide to learn DSA skills with Python. You will not only attain a certificate of completion but also be able to enter the IT sector with an amazing job. The practical knowledge will implant in you the confidence of solving any unique problem which comes your way, using our professional guidance of data structures and algorithms.
Why should you learn DSA with Python?
Python has established itself as one of the top programming languages, as evidenced by the fact that it ranks highly in the TIOBE Index and is sometimes referred to as the “Swiss Army knife of programming languages” by Forbes. Python has established itself as a flexible and potent language, with a remarkable user base of over 8 million developers worldwide.
Its crucial function in the fields of artificial intelligence, machine learning, and data science is what accounts for its broad adoption. Notably, Python’s readability and simplicity are unmatched, making it a great choice for newcomers exploring the world of programming. Python stands out as an essential language in today’s dynamic technological scene, whether empowering specialists in cutting-edge technologies or fostering novices.
Through and through, you should learn DSA with Python for the following benefits- It’s applicability is widespread and is in high demand
- With Python it is easier to understand the concepts of DSA
- Python offers rich set of libraries and intuitive syntax
- Python’s dynamic typing makes it easy to apply the concepts of DSA
- Tech industry always stays in high demand for Python with DSA
What is DSA with Python?
The core of computer science is Data Structures and Algorithms (DSA), which includes the fundamental ideas and approaches required for effective data management and problem-solving. In order to implement a wide variety of data structures and algorithms within the Python programming language, DSA must take advantage of Python’s flexibility and simplicity. This fusion provides programmers with a powerful toolkit to easily organize, manage, and analyze data.
This DSA using Python course puts a lot of focus on algorithmic thinking and problem-solving. Students are given situations from the real world where they must analyze issues, create effective algorithms, and put those algorithms into practice using Python. They learn to optimize solutions for time and space complexity while honing their coding skills through this iterative process.
This DSA with Python course incorporates programming assignments, quizzes, and coding exercises to provide a practical learning experience. These exercises test students’ ability to convert abstract ideas into useful Python code. Students improve their ability to translate abstract ideas into practical solutions by actively working on these assignments, which is an essential skill for any programmer.
Making and using different data structures, which act as organized data storage, is at the heart of DSA in Python. Ordered collections are provided by arrays and lists, and effective data manipulation is made possible by stacks and queues using last-in, first-out (LIFO) and first-in, first-out (FIFO) techniques, respectively. These ideas are developed by linked lists, which introduce nodes coupled in a way to produce dynamic structures. Trees, which are hierarchical structures that branch out from a single root, and graphs, which are networks of interconnected nodes, show up as more complex arrangements. By using Python’s built-in dictionaries as hash tables, key-value pair storage can be streamlined.
For programmers in all disciplines, DSA Python proficiency is crucial. Data scientists examine enormous databases, software developers create effective code, and algorithmic problem solvers take on challenging tasks. The mutually beneficial relationship between DSA and Python equips programmers to successfully negotiate the complexity of contemporary computing, whether managing data structures or putting algorithms into practice.
What to do before you begin?
DSA with Python language is a complex course in itself but our course and strategies will make it quite easy for you. We have segregated the whole course into chunks so that you learn every bit of topics in a cohesive and interesting way. Even though this course is made for you to start from the beginner’s level, we recommend to go through the following ideas-
- Basic computer literacy
- Familiarity with any programming language is advantageous but not essential
No worries if you’re a complete beginner; this course is designed to accommodate learners of all backgrounds. Just bring your enthusiasm and curiosity!
Who should go for this free DSA with Python course?
- Web developers and data analysts who wish to take advantage of Python’s capability
- Aspirants who wish to develop their programming skills in DSA using Python
- Students who are preparing for coding interviews
- Aspirants who are aiming to make a career in software development
- Beginners who wish to start from the basics of Python and DSA
- IT enthusiast who are into coding and Python programming
By enrolling in our DSA using Python course, you can expect the following benefits:
This DSA training course under Python is exclusively made to help you in advancing your programming skills and using those skills to avail ultimate job opportunities. Let’s look at some of the benefits of this training course-
- Professional Coding The aim of this course is to take you from the beginner level and elevate you to the expert level. This DSA course under Python is made keeping in mind the intricate details and the requirement of a basic beginner. The foundational learning will give you a hold of your basic concepts which will remain helpful throughout.
- Problem-Solving Aptitude The main focus of this training is to develop your problem-solving aptitude. In the field of programming, the problems will be in variety and you should be able to design a unique answer for each. With this thought you can solve any technical function through and through.
- Understanding Algorithms The ability to understand algorithms equates to professional development as a programmer. Be it a software engineer or a data analyst, algorithmic thinking is what stands you out from all the rest. It gives you the edge of competitiveness and sharpens your coding skills in any sphere.
You’ll work on hands-on exercises, coding challenges, and perhaps even a capstone project that demonstrates your mastery of utilizing Python for DSA throughout the session. The objective is to provide you with the abilities and frame of mind necessary to handle coding issues methodically and effectively, whether in interviews, software development, or other technical contexts. These practical implementations of coding and problem-solving strategies are something which gets better with practice. Therefore, this training is all about learning from our best IT industry guides and implanting the strategies on repeat to become the best at it.
- Arrays, linked lists, trees, graphs, and other fundamental data structures.
- Searching, sorting, and optimisation algorithms
- Ways for tackling problems in coding interviews
- Examining the complexity of time and place
- Creating effective algorithms for different situations
Jobs after Learning this DSA with Python Course
Python will help you build a strong foundation in Data Structures and Algorithms (DSA), preparing you for a variety of jobs in the computer sector. Here are some suggestions for possible job choices you could investigate-
- Software Engineer / Developer: If you have a solid understanding of Python and DSA, you can work as a software engineer or developer and contribute to the creation, upkeep, and support of a variety of software programmes and systems. Your aptitude for formulating efficient code and optimizing algorithms will be highly regarded.
- Web developer: With frameworks like Django and Flask, Python is frequently used for web development. Using your DSA abilities, you can focus on developing online applications, websites, and APIs to improve performance and user experience.
- Data Scientist: Because of its extensive ecosystem of libraries, including Pandas, NumPy, and scikit-learn, Python is a prominent language in the field of data science. Your understanding of DSA can be put to use to manage big datasets, analyze them for patterns, and create prediction models.
- Game Developer: Python is a programming language that can be used to construct video games, particularly for scripting and formulating game logic. Your DSA abilities can aid in streamlining gaming mechanics and improving game performance.
- Cyber Security Analyst: Python can be used in cybersecurity for activities such as network analysis, penetration testing, and creating security tools. Understanding and fending off different cyber risks might be aided by your DSA skills.
Python is the preferred language for machine learning projects, according to a machine learning engineer. You will use your DSA knowledge as a machine learning engineer to create and improve the algorithms that drive intelligent systems and predictive models. Similar to machine learning, artificial intelligence engineering entails developing tools that can imitate human intelligence. Building AI algorithms and decision-making systems will require a lot of your DSA skills.
Python proficiency in Data Structures and Algorithms (DSA) allows for a wide range of exciting and fulfilling professional possibilities in the constantly changing world of technology. With a solid understanding of DSA concepts and how they are applied in Python, you can pursue a variety of careers that make use of your analytical thinking and problem-solving abilities.
Those skilled in DSA with Python are warmly welcomed for software engineering professions. You will architect, build, and manage programmes as a software developer, using the best data structures and algorithms for effectiveness and performance. System programmers optimize software systems for optimum performance while web developers employ DSA to create seamless user experiences.
A profession as an AI engineer is available to anyone who is interested in artificial intelligence. You will use sophisticated computer vision, natural language processing, and machine learning methods here. Having DSA proficiency helps AI systems design effective decision-making processes.
If cybersecurity is your calling, becoming an expert in DSA in Python can help you succeed. You’ll create tools for network traffic analysis, anomaly detection, and fortifying digital defenses against online threats.
If you decide to pursue a career in game development, Python’s adaptability along with DSA expertise will enable you to script game systems and enhance performance, resulting in engaging gaming experiences.
Our students are working in leading organizations
Online DSA using Python Free Training Course Curriculum
- Data Structures and Algorithms
- Asymptotic Analysis
- Big O Notation
- Finding of Big O
- Operating Tight and Loose Upper Bounds
- Big O Analysis of Algorithms
- Finding Time Complexity
- Abstract Data Types
- Introduction to Python with Linked List
- Understanding p.link
- Single Linked List
- Insertion and Deletion
- Single Linked List Reversion
- Bubble sorting of Linked List
- Merging of sorted Linked List
- Finding and removing cycle
- Operating Doubly Linked List
- Operating Circular Linked List
- Concatenation
- Header Node and Linked List
- Array Implementation of Stack
- Implementing Linked List on Stack
- Implementing Array on Queue
- Circular Queue
- Implementing Linked List on Queue
- Understanding priority Queue
- Validity check and Nested Parentheses
- Understanding Arithmetic Expressions
- Operating Notations
- Infix and Postfix Expressions
- Introduction to Binary Trees
- Extended Binary Tree
- Array Representation of Binary Tree
- Linked Representation of Binary Tree
- Binary Tree using Python
- Binary Tree Traversal
- Pre Order and Preorder Traversal
- Understanding height of Binary Tree
- Constructing Binary Tree
- Traversal in Binary Search Tree
- Minimum and Maximum key Nodes
- Inserting Binary Search Tree
- Deleting Binary Search Tree
- Representation of Heap
- Insertion and Deletion
- How to build Heap
- Applications of Heap
- Selecting Sort in Python
- Analysis of Selection Sort
- Bubble Sort in Python
- Analysis of Bubble Sort
- Insertion of Sort in Python
- Analysis of Insertion Sort
- Shell Sort in Python
- Analysis of Shell Sort
- Recursive Merge Sort in Python
- Analysis of Merge Sort
- Iterative Merge Sort in Python
- Quick Sort in Python
- Analysis of Quick Sort
- Binary Tree Sort in Python
- Analysis of Binary Tree Sort
- Python Implementation in Heap Sort
- Python Implementation in Radix Sort
- Linear Search
- Sort List Linear Search
- Binary Search
- Implementing Binary Search
- Binary Search Analysis
- Direct Addressing
- Collisions
- Hash Functions
- Linear Probing Open Addressing
- Quadratic Probing Open Addressing
- Double Hashing Open Addressing
- Implementing Open Addressing
- Deletion of Open Addressing Tables
- Separate Chaining