Can you beat the computer? 🤖 I just finished building this Rock, Paper, Scissors game. It was a great way to sharpen my Python skills and work on logic-based programming. Watch the demo below and let me know what you think! Find the source code here: https://lnkd.in/gi5NyTYS #Developer #GitHub #CodingProject #Innovation

 Just finished coding a Dijkstra’s Algorithm Visualizer! 🧐 It finds the shortest path between countries based on connection weights. A fun way to apply graph theory concepts using Python's standard libraries. Features: Interactive Node Selection Real-time Path Calculation Visual GUI using Tkinter Check out the video to see it in action! 👇 #WebDev #Python #CodingLife #Programmer #Tech

🏎️ Day 13 of The Product-Engineer-Max Challenge Alongside Rust, I started Python fundamentals and shifted fully to a Vim + terminal-first workflow. Check it out: https://lnkd.in/gmqTy8Ga > Reflections: - Set up a distraction-free, terminal-only environment using Vim - Learned Python variable declaration and reassignment - Understood Python’s dynamic typing through type reassignment - Practiced numeric operations using variables - Learned string concatenation and repetition - Converted numbers to strings explicitly using `str()` - Used multivariable declaration for cleaner, related assignments - Focused on writing readable, beginner-proof Python code - Compared Python’s flexibility with Rust’s strictness - Built discipline around intentional code instead of convenience tools - Reinforced fundamentals without relying on IDE assistance - Overall takeaway: fundamentals matter more when tooling gets out of the way Coding_is_meditation #ProductEngineer #Python #Rust #Vim #TerminalFirst #SoftwareEngineering #LearnBuildShip

🚀 Built a Command-Line Blackjack Game in Python ♠️ 📅 Day 14 of #100DaysOfCode To strengthen my Python fundamentals, I implemented a fully functional Blackjack game that simulates real casino rules. 🔹 Key Features: Random card dealing using Python’s random module Automatic Blackjack detection Dynamic Ace value adjustment (11 → 1 when total exceeds 21) Dealer logic implementation (draws until score ≥ 17) Replayable game loop 🧠 What This Improved: Control flow mastery Edge-case handling State management Writing modular, reusable functions 🔗 GitHub Repository: https://lnkd.in/dtAx4uMR #Python #CodingJourney #BeginnerProject #Programming #100DaysOfCode

🧑💻 Curious about how to securely run AI-generated code? Learn how to build a Python application that uses GitHub Copilot CLI running in a Koyeb Sandbox! Watch the full video 👉 https://lnkd.in/dxtpjztm

Hello everyone, I recently published a beginner-friendly Python tutorial focused on using Python’s turtle module as a visual learning tool in computer science. In this video, I walk through how turtle graphics work and explain how simple commands translate into visual output on the screen. We start by checking the Python environment and creating a file from the terminal, then break the code down line by line while building a logo-style design with “CUC BatKnights” centered inside a box. The goal of this tutorial is to emphasize understanding over memorization by explaining why each part of the code behaves the way it does, including turtle movement, pen control, and coordinate-based positioning. Topics covered include: What Python’s turtle module is and how it works Creating and running Python scripts from the terminal Drawing geometric shapes and centering text Customizing fonts, colors, and layout This serves as an accessible introduction to visual programming and is well suited for those new to Python or computer science. 🎥 Watch here: https://lnkd.in/gGTa5Xtk #Python #ComputerScience #SoftwareEngineering #ProgrammingEducation #LearningToCode #STEM

Practiced problem-solving by implementing a Python function to find the second largest element in a list without using built-in sorting functions. The solution uses logical iteration and conditional checks to efficiently determine the maximum and second maximum values from the array. This exercise helped strengthen my understanding of loops, condition handling, and algorithmic thinking. Time Complexity = O(n) Space Complexity = O(1) (Constant Space) Tech Used: Python | Logical Programming | Problem Solving #Python #Coding #ProblemSolving #Programming #LearningJourney #1000010000 Coders #SpandanaSpandana Chowdary.

Master Python fundamentals with PYLOGIC Studio 🚀 Follow for daily logic. . #PYLOGIC #PythonLearning #CodeDaily #ProgrammingLife #SoftwareDeveloper

Functions just got REAL 👀🔥 Arguments vs Parameters explained simply Why return > print() How programs actually process data Day 16 of Python 🐍 Start thinking like a programmer. #LearnPython #CodingForBeginners #TechTok #ProgrammingBasics #PythonTips #IFUTechHub

Brushing up on my python with some leetcode, boy do I ever still love one line solutions. For the contains-duplicates problem: return len(nums) != len(set(nums))