🚀 Embarking on a Python Journey: Seeking Recommendations & Sharing Resources! Hello LinkedIn community! 👋 I’m officially diving into the world of Python programming. Whether it's for data science, automation, or web development, the versatility of Python is something I’ve long admired, and I’m excited to build a solid foundation this year. I am looking for your expert recommendations! If you’ve taken a course that truly stands out—especially one with a perfect balance of theory and hands-on practice—please share it in the comments. To help others who might be starting out, I’ve also rounded up a few highly-rated courses that come recommended by the community: 🔹 Python for Everybody (University of Michigan) – Ideal for absolute beginners. 🔹 100 Days of Code: The Complete Python Pro Bootcamp (Udemy) – Perfect for those who learn best by building daily projects. 🔹 Crash Course on Python (Google) – Great for a fast-paced, practical introduction to IT automation. I'd love to hear your thoughts: what was your "lightbulb moment" when learning to code? Any specific tips for staying consistent? Looking forward to your suggestions! 👇 #Python #Programming #LearningToCode #Upskilling #DataScience #WebDevelopment #ContinuousLearning
Python Learning Recommendations and Resources
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Python - Complete Python, Django, Data Science and ML Guide This all-in-one course covers: 🔹 Core Python programming concepts 🔹 Web development with Django 🔹 Game development with Pygame 🔹 Working with Jupyter notebooks 🔹 Data Science & Machine Learning fundamentals https://lnkd.in/dxT3P_CU #Python #Django #DataScience #MachineLearning #Programming
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Most people learn Python… But very few go beyond the basics. While going through 100 Skills to Better Python, one thing became clear: 👉 Knowing syntax is not enough 👉 Mastery comes from practice, patterns, and deeper concepts 💡 What stands out: The book is structured to push us through: 🔹 Beginner → Intermediate → Advanced programs 🔹 Real problem-solving scenarios 🔹 Practical coding techniques It’s not about memorizing… 👉 It’s about building thinking skills 🔍 Realization: From the exercises: 👉 We move from simple tasks like dictionaries and loops 👉 To algorithms like sorting and searching 👉 To advanced structures like stacks, queues, and trees. This shows: 👉 Real programming is progressive and layered ⚡ What this means for us: To truly improve in Python, we must: ✔ Practice consistently ✔ Understand algorithms ✔ Learn data structures ✔ Write efficient and readable code 💡 OUR TAKEAWAY If we want to become better programmers: 👉 We must go beyond tutorials 👉 We must solve problems and build systems Because: 🚫 Knowing Python ≠ Being good at Python ✅ Practice + Depth = Mastery What do you think matters more — learning syntax or solving problems? #Python #Programming #Coding #SoftwareEngineering #Algorithms #DataStructures #TechSkills #Learning #Developers CREDIT: Aditya Prasanna
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📖 Every Python learner reaches a moment where tutorials feel rushed and concepts feel scattered. That’s why handwritten notes still work so well—they slow things down, simplify logic, and make learning feel less overwhelming. Sharing Python Handwritten Notes (Basics ➜ OOP) designed to help beginners understand concepts in a clear, structured, and beginner‑friendly way 🐍📘 📚 What these notes cover: ✅ Variables & Data Types ✅ Conditional Statements ✅ Loops (for / while) ✅ Functions ✅ Lists, Tuples, Sets & Dictionaries ✅ String Handling ✅ File Handling ✅ Exception Handling ✅ Object-Oriented Programming (OOP) Ideal for: 🎓 Students 👩💻 Beginners starting their Python journey 📝 Quick revision before exams or interviews 💡 Because strong fundamentals always lead to strong coding skills. 📌 Save this post for revision 💬 Comment “PYTHON” if you’d like the PDF 🔁 Share with your coding friends 📢 All credit goes to the original creator of this material. Feel free to repost and follow BANDI DIVYA for more informative and beginner‑friendly learning resources. #Python #LearnPython #PythonBasics #OOP #ProgrammingForBeginners #CodingJourney #InterviewPreparation #HandwrittenNotes #DeveloperCommunity
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A smarter way to think about Python: it's not just about writing code; it's about solving problems effectively. Many beginners jump straight into complex scripts without understanding the foundational logic and syntax. This approach often leads to frustration and doubt. Start with the basics. Familiarize yourself with simple concepts like variables, loops, and functions. These building blocks will help you develop a strong understanding of how Python works. Remember: mastering the fundamentals is key to overcoming common coding hurdles. A typical mistake is treating coding as a linear task. Instead, think iteratively. Programming is about refining your thoughts and solutions. Write a piece of code, test it, identify errors, and improve it. It's a cycle that helps solidify your learning. Every coder faces challenges, but overcoming them is part of the journey. The beauty of Python lies in its simplicity and versatility. With hands-on practice and a structured approach, you’ll transform from a novice to a competent coder in no time. Want the full walkthrough in class? Details: https://lnkd.in/g-FM66wq #Python #LearnToCode #CodingForBeginners #TechSkills
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🚀 Starting Your Python Journey? Here’s What Beginners Should Know! Python is one of the most beginner-friendly programming languages, and it’s opening doors in Data Science, AI, Web Development, Automation, and more. If you're just getting started, don’t overcomplicate things. Focus on building a strong foundation 👇 🔹 Start with Basics Variables, Data Types, Loops, and Functions — these are your building blocks. 🔹 Practice Daily Consistency beats intensity. Even 1–2 hours daily can create massive progress. 🔹 Work on Small Projects Try simple programs like: ✔ Calculator ✔ Number Guessing Game ✔ To-Do List App 🔹 Learn Problem Solving Platforms like HackerRank, LeetCode, and CodeChef will sharpen your logic. 🔹 Don’t Fear Errors Errors are part of learning. Every bug you fix makes you stronger 💡 🔹 Stay Consistent & Curious The key is not speed, but consistency. 💬 My Advice: Don’t just watch tutorials — write code, break code, fix code. Python is not just a skill, it’s a career opportunity. 🔥 If you're learning Python right now, comment "PYTHON" and I’ll share some beginner-friendly resources! #Python #Programming #CodingForBeginners #LearnToCode #DataScience #CareerGrowth #TechSkills #Developers
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Stop scrolling if you want Python for free Want to master Python from zero, step by step? No paid bootcamps. No expensive courses. Just solid, beginner friendly resources you can start today. Here is a complete path you can follow: 1/ Official Python Documentation https://docs.python.org/3 Start here to understand how Python really works. You get syntax, built in functions, standard library, and examples. It is the source of truth for everything Python. ------- 2/ FreeCodeCamp Python Tutorial https://lnkd.in/gP8E8H_d Great if you like structured lessons. Walks you through Python basics in a clear, friendly way. Perfect for absolute beginners. ------- 3/ W3Schools Python Tutorial https://lnkd.in/dMg9-6_A Short, simple explanations with examples. You can read, try code in the browser, and learn fast. Ideal for quick reference while you practice. ------- 4/ Python Full Course for Beginners 2025 https://lnkd.in/gSVmBVDn A full video course for visual learners. Covers core concepts so you can follow along and code. ------- 5/ Python Full Course 2025 https://lnkd.in/gvDUyqd5 Another complete video from start to finish. Use it to review, practice, and fill any gaps. ------- Pick one resource and start today. Save this post so you can come back when you are ready to learn. -------- If you find this post helpful, please Rерost & Fоllоw 👉 𝐄𝐚𝐫𝐧 𝐖𝐢𝐭𝐡 𝐀𝐈 ------ *** Want 27+ 𝐅𝐫𝐞𝐞 𝐀𝐈 𝐆𝐢𝐟𝐭𝐬, Worth 💲15000? *** Join Our 100K+ AI Community ⤵️ 𝐒𝐮𝐛𝐬𝐜𝐫𝐢𝐛𝐞 👉 aiplanetx.com
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🚀 Day 4 – Rebuilding My Python Fundamentals Today, I focused on core concepts that form the foundation of writing efficient Python code. 📌 What I learned: 🔹 Variables & Data Types • Variables are used to store data in memory • Python is dynamically typed, meaning the datatype is determined at runtime • Common data types include numeric, text, and boolean types 🔹 Variable Scope • Scope defines where a variable can be accessed in a program • Local scope → accessible within a specific block or function • Global scope → accessible throughout the program 👉 Proper understanding of scope helps in writing structured and error-free code 🔹 Type Casting (Type Conversion) • The process of converting one datatype into another • Useful when handling different types of data in a program • Helps maintain consistency and avoid errors 🔹 Type Checking • Used to identify the datatype of a variable • Important for debugging and ensuring correct operations in a program 🎥 Learning Source: A special mention to Gowtham SB sir, whose clear and practical teaching in the Python masterclass (Data Engineering channel) makes fundamental concepts easy to understand and apply. 💡 Realization: Strong understanding of basic concepts leads to writing cleaner, more reliable code. 📈 Building my foundation step by step.
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🚀 Python for Beginners – Complete Learning Guide If you're starting your journey in programming, Python is one of the best languages to begin with. Here’s a structured roadmap to get you started 👇 🔹 Introduction to Programming & Python 🔹 Installation & Setup (VS Code, Python) 🔹 Writing Your First Program (Hello World) 🔹 Variables & Data Types 🔹 Type Casting & User Input 🔹 Operators & Conditional Statements 🔹 Functions & Arguments 🔹 Strings & String Methods 🔹 Loops (For, While, Nested Loops) 🔹 Data Structures (Lists, Tuples, Sets) 💡 Python is: ✔️ Easy to learn ✔️ Beginner-friendly ✔️ Highly in-demand ✔️ Widely used in Data Science, AI, Web Development 📌 Consistency is the key—practice daily and build small projects. Follow Gowducheruvu Jaswanth Reddy for more content #Python #Programming #Coding #Beginners #DataScience #Learning #CareerGrowth
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🚀 Day 28 of My Python Learning Journey 🚀 Today I learned about two important OOP concepts: Abstraction and Interfaces (Abstract Classes) in Python. 📌 What is Abstraction? Abstraction means hiding implementation details and showing only essential features to the user. It helps in reducing complexity and improves code clarity. 📌 What is an Interface in Python? Python doesn’t have a direct “interface” keyword like some languages, but we achieve it using abstract classes from the "abc" module. These act like a contract — forcing subclasses to implement required methods. 📌 Key Points I Learned: 🔹 Abstract classes cannot be instantiated 🔹 They contain abstract methods (methods without implementation) 🔹 Subclasses must implement all abstract methods 🔹 Helps in achieving abstraction and polymorphism 📌 Simple Example: from abc import ABC, abstractmethod class Animal(ABC): @abstractmethod def sound(self): pass class Dog(Animal): def sound(self): print("Bark") Dog().sound() 📌 Real-World Use Cases I Practiced Today: ✔ Payment System (UPI & Card) ✔ Vehicle System (Car & Bike) ✔ Bank System (Interest Rate) ✔ Employee System (Salary) ✔ Shape Area Calculation ✔ Notification System (Email & SMS) ✔ Database Connections ✔ Online Courses Duration ✔ Transport Fare Calculation ✔ Storage Systems 💡 Key Takeaway: Abstract classes provide a blueprint, and subclasses bring them to life by implementing their own behavior. Every day learning something new and building a strong foundation in Python 💻🔥 #Day28 #Python #Abstraction #AbstractClass #OOP #PythonLearning #CodingJourney #100DaysOfCode #KeepLearning #FutureDeveloper
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I’ll be honest when I first started learning Python, I didn’t get the hype when I took it in my first programming class. It felt like just another language with its own set of rules to memorize. But after spending some time with it at Indiana University Indianapolis, I’ve realized it’s way more than that, it’s basically an easy way for solving problems. One thing I’ve been thinking about lately, though, is how accessible it makes everything. Python is good and sets what it does. Python is good at prototyping, quick development, and data science. I guess what some people don't like about Python is because of how accessible and easy it is. A few friends of mine say that they do not like the syntax. Some consider it not a real deal because it's interpreted rather than compiled. In my opinion, Pythons "slowness" doesn't matter in application code. While I learned Python, it taught me that you do not need to learn the most complicated language, especially if you're a beginner programmer. It has made me change my perspective on how I want to do my future projects. I feel very comfortable doing things in python language. If you have learned Python, what was one thing about Python that changed your workflow? What is your pros and cons about python? #python #programming #development
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