Micro Learning – Python Basics Crash Course

Free Download Micro Learning – Python Basics Crash Course
Published 7/2024
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 11m | Size: 451 MB
Master the Fundamentals of Python Programming in Just Two Days

What you’ll learn
Understand the Basics of Python: Grasp the history, features, and real-world applications of Python. Set up the Python environment and write simple scripts.
Write and Execute Python Programs: Create and run Python scripts using various IDEs. Write the "Hello, World!" program and understand its structure.
Use Basic Python Syntax: Understand Python code structure, including indentation and comments.
Work with Variables and Data Types: Declare and use variables with different data types: integers, floats, strings, and booleans.
Perform Basic Operations: Use arithmetic operators to perform calculations. Manipulate strings through concatenation and repetition.
Implement Control Structures: Write conditional statements (if, elif, else) to make decisions in code.
Create and Use Loops: Write for and while loops to iterate over data. Apply break and continue statements to control loop execution.
Define and Call Functions: Create functions with parameters and return values. Understand the scope of variables within functions.
Work with Data Structures: Create and manipulate lists, including using methods like append() and remove(). Understand the differences between lists, tuples, a
Basic Computer Literacy: Ability to operate a computer, including using a keyboard and mouse. Familiarity with basic computer operations, such as opening files, saving documents, and navigating the file system.
Understanding of Basic Mathematics: Knowledge of basic arithmetic operations (addition, subtraction, multiplication, division). Comfort with basic mathematical concepts such as variables and simple equations.
Willingness to Learn and Experiment: An open mind and eagerness to learn new concepts. A proactive attitude towards experimenting with code and solving problems.
Access to a Computer with Internet Connection: A personal computer (Windows, macOS, or Linux) with internet access to download Python and any necessary IDEs. Ability to install software on your computer.
Basic English Proficiency: Ability to read and understand English, as the course materials and instructions will be provided in English. Basic writing skills to write and debug code.
ime Commitment: Availability to dedicate 4 hours per day over the course of 2 days for the crash course sessions. Willingness to spend additional time outside of class for practice and exercises if needed.
Problem-Solving Mindset: Enjoyment in solving puzzles and logical problems. Patience and persistence in debugging and troubleshooting code.
Basic Familiarity with Programming Concepts (Optional): While not mandatory, a basic understanding of what programming is and some familiarity with any programming language concepts can be helpful.
Python Basics Crash CourseCourse Overview:This crash course is designed to introduce beginners to the fundamentals of Python programming. By the end of the course, participants will be able to write basic Python scripts, understand core programming concepts, and solve simple problems.Course Duration:2 days (4 hours per day)Day 1: Getting Started with PythonSession 1: Introduction to Python (2 hours)What is Python?Brief history and featuresApplications of PythonSetting Up PythonInstalling PythonIntroduction to Python IDEs (IDLE, PyCharm, VSCode)Writing Your First Python Program"Hello, World!" programRunning Python scriptsSession 2: Basic Syntax and Data Types (2 hours)Basic SyntaxCode structure (indentation, comments)Basic input and output (print, input)Data Types and VariablesIntegers, floats, strings, booleansDeclaring and using variablesBasic OperationsArithmetic operatorsString concatenation and repetitionPractice ExercisesSimple calculationsString manipulationsDay 2: Core Programming ConceptsSession 3: Control Structures (2 hours)Conditional StatementsIf, elif, and elseComparison and logical operatorsLoopsFor loopsWhile loopsBreak and continue statementsPractice ExercisesSimple decision-making problemsLoop-based problemsSession 4: Functions and Data Structures (2 hours)FunctionsDefining and calling functionsParameters and return valuesScope of variablesData StructuresListsCreating and accessing listsCommon list methods (append, remove, etc.)Tuples and SetsCreating and accessing tuples and setsDifferences from listsDictionariesKey-value pairsCommon dictionary methodsPractice ExercisesFunction-based problemsSimple data structure manipulations
Who this course is for
Aspiring Programmers: Individuals who are new to programming and want to start their coding journey with Python. Students or hobbyists interested in learning how to write code and build simple programs.
Career Changers: Professionals from non-technical backgrounds looking to transition into tech-related roles. Individuals seeking to enhance their skillset for better job opportunities in fields like data analysis, web development, or automation.
High School and College Students: Students pursuing studies in computer science, engineering, or related fields who want to strengthen their programming foundation. Learners preparing for more advanced programming courses and looking for a solid introduction to Python.
Technical Professionals: IT professionals, system administrators, or engineers looking to add Python to their toolkit for scripting and automation tasks. Developers familiar with other programming languages who want to quickly get up to speed with Python.
Data Enthusiasts: Individuals interested in data science, machine learning, or data analysis who need a programming language to manipulate and analyze data. Researchers and analysts who want to automate data processing tasks using Python.
Educators and Trainers: Teachers and instructors who want to introduce Python programming to their students. Trainers preparing to teach Python courses or workshops and looking for a structured introduction to the language.
Entrepreneurs and Business Owners: Business professionals seeking to automate repetitive tasks, analyze business data, or develop simple applications. Startup founders looking to prototype software solutions and understand the basics of coding.
echnology Enthusiasts: Individuals with a passion for technology and a desire to understand how software is developed. Hobbyists who enjoy learning new skills and exploring the capabilities of programming.

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