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This course is a depth introduction to fundamental python programming concepts by demonstrations in Python programming .
⏱️ Length: 5.5 total hours
⭐ 4.33/5 rating
πŸ‘₯ 213,326 students
πŸ”„ September 2020 update

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  • Course Overview
    • Explore Python’s foundational elements through an immersive, demonstration-centric approach.
    • Understand the practical application of programming concepts beyond theoretical definitions.
    • Experience a structured learning path designed for absolute beginners to Python programming.
    • Grasp core Python syntax and semantics through clear, live coding examples.
    • Discover how Python handles various data types and operations interactively.
    • Learn the importance of modularity and code organization through practical function demonstrations.
    • Uncover the logic behind conditional and iterative statements in various scenarios.
    • Witness the step-by-step execution of Python scripts, demystifying complex processes.
    • Gain an intuitive understanding of program flow and decision-making structures.
    • Prepare for further advanced Python topics by solidifying fundamental principles.
    • Build a strong conceptual framework for general-purpose programming using Python.
    • Get accustomed to the Python interpreter and basic development environment interactions.
    • Understand the role of comments, whitespace, and code readability in practical development.
    • Examine various common error types and basic debugging strategies through demonstrations.
    • Learn about Python’s powerful built-in functions and their practical applications.
  • Requirements / Prerequisites
    • Basic Computer Literacy: Familiarity with operating a computer and navigating file systems.
    • Stable Internet Connection: Essential for accessing course materials and Python resources.
    • Enthusiasm for Learning: A genuine interest in understanding how programming works.
    • No Prior Programming Experience: This course is specifically designed for absolute beginners.
    • Text Editor/IDE Access: Willingness to install and use a basic code editor like VS Code or IDLE.
    • Commitment to Practice: Readiness to actively follow along and reinforce learning with personal coding.
  • Skills Covered / Tools Used
    • Foundational Python Syntax: Mastery of basic language constructs like assignments and operators.
    • Interpreting Python Code: Ability to understand and predict basic script behavior.
    • Basic Scripting Logic: Developing simple programs to automate fundamental tasks.
    • Data Manipulation Fundamentals: Working with numbers, strings, booleans, and basic collections.
    • Algorithmic Thinking (Introductory): Approaching problems with a structured, step-by-step mindset.
    • Problem Decomposition: Breaking down larger challenges into smaller, manageable parts.
    • Interactive Development: Using the Python interpreter for quick tests and exploration.
    • Code Structuring Basics: Understanding how to organize code effectively within functions.
    • Debugging Principles (Introductory): Identifying and resolving simple syntax and logical errors.
    • Using Python Standard Library (Basic): Leveraging common built-in modules and functions.
    • Command Line Interface (Basic): Running Python scripts from the terminal environment.
    • Computational Thinking: Applying abstract thought to solve computational problems.
    • Logical Reasoning: Developing conditional statements and loops for decision-making.
    • Variables and Memory Management (Conceptual): How data is stored and referenced in Python.
    • Python 3 Environment Setup: Practical knowledge of setting up a basic Python workspace.
  • Benefits / Outcomes
    • Solid Programming Foundation: Establish a strong base for learning any other programming language.
    • Enhanced Problem-Solving Capabilities: Develop a systematic approach to technical challenges.
    • Increased Confidence in Coding: Feel comfortable writing and understanding basic Python scripts.
    • Path to Automation: Begin automating repetitive tasks in your daily work or personal projects.
    • Gateway to Data Science/Web Development: Acquire entry-level skills for specialized Python fields.
    • Career Advancement Potential: Open doors to entry-level programming roles or enhance existing ones.
    • Improved Digital Literacy: Gain a deeper understanding of how software works and interacts.
    • Empowerment for Personal Projects: Start building small applications or utilities of your own design.
    • Effective Code Comprehension: Become proficient in reading and interpreting others’ Python code.
    • Future Learning Readiness: Be well-prepared to tackle intermediate and advanced Python topics.
    • Cost-Effective Learning: Access quality education from a highly-rated and widely-taken course.
    • Practical Skill Acquisition: Focus on hands-on application rather than abstract theory.
    • Independent Learning: Develop the ability to self-teach and explore Python further.
    • Analytical Skill Development: Cultivate a more analytical and logical mindset.
    • Quick Start to Development: Rapidly move from zero knowledge to basic functional code.
  • PROS
    • High Student Engagement: Over 213,000 students have enrolled, indicating broad appeal and effectiveness.
    • Strong Rating: A 4.33/5 rating suggests high student satisfaction with the course quality and content.
    • Demonstration-Led Learning: The emphasis on live coding makes complex concepts easier to grasp.
    • Concise and Focused: A 5.5-hour duration is ideal for quickly acquiring foundational skills without being overwhelming.
    • Excellent Value for Beginners: Provides a comprehensive entry point into Python without prior experience.
    • Updated Content: Recent update (September 2020) ensures modern best practices are covered.
  • CONS
    • Limited Depth: As an introductory course, it may not cover advanced topics or complex project applications, requiring further learning for specialized roles.
Learning Tracks: English,Development,Programming Languages
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