Course Title: Python Programming (Skill Development Course)
Course Duration: 2 Months (Part-Time)
Course Objectives:
To introduce students to Python programming and its history.
To cover the key features of Python.
To teach students how to set up Python and work with it.
To explain basic Python syntax and data types.
To provide an understanding of control structures such as conditional statements and loops.
To introduce students to string manipulation, functions, and data structures like lists, tuples, and dictionaries.
To teach students about functions, modules, and exception handling in Python.
Course Overview:
This 2-month part-time course is designed to equip students with the fundamental skills required for Python programming. The course covers various aspects of Python, from basic syntax to advanced topics like exception handling. Students will gain hands-on experience in Python programming and will be well-prepared for careers in software development, data analysis, and more.
Course Teaching Methodology:
Lectures and Demonstrations: Instructors will provide lectures and practical demonstrations of Python programming concepts.
Hands-On Practice: Students will have access to Python development environments to practice and apply what they have learned.
Projects and Assignments: Students will work on real Python projects and assignments to develop practical skills.
Code Review and Feedback: Instructors will review and provide feedback on students' code.
Group Discussions: Engaging discussions on Python-related topics and problem-solving.
Guest Lectures: Inviting industry experts for specialized sessions.
Supportive Materials: Supplementary materials and resources for further learning.
Importance for Learners in Career Growth and Self-Employment:
This course holds significant importance for learners:
Self-Employment: Graduates can start their own software development businesses or offer Python programming services.
Employment Opportunities: Python is widely used in the IT industry, and proficiency in Python opens doors to various job opportunities.
Versatile Skill: Python is a versatile programming language used in web development, data science, automation, and more.
Problem-Solving Skills: Learning Python enhances problem-solving and logical thinking abilities.
Course Contents:
Module 1: Introduction
Overview of Python and its applications
Importance of Python in the modern software development landscape
Module 2: History
A brief history of Python and its evolution
Module 3: Features
Key features of Python, including simplicity, readability, and versatility
Module 4: Setting up Path
Installing and setting up Python on different platforms
Module 5: Working with Python
Writing and running Python programs
Python development environments
Module 6: Basic Syntax
Understanding Python syntax, indentation, and code structure
Module 7: Variable and Data Types
Variables, data types, and type conversion in Python
Module 8: Operators
Arithmetic, logical, and comparison operators
Module 9: Conditional Statements
If statements
If-else statements
Nested if-else statements
Module 10: Looping
For loops
While loops
Nested loops
Module 11: Control Statements
Break, continue, and pass statements
Module 12: String Manipulation
Accessing strings
Basic string operations
String slices
Module 13: Function and Methods
Defining functions
Calling functions
Types of functions
Function arguments
Anonymous functions
Global and local variables
Module 14: Lists
Introduction to lists
Accessing lists
List operations
Working with lists
Functions and methods for lists
Module 15: Tuple & Dictionaries
Introduction to tuples
Accessing tuples
Tuple operations
Working with tuples
Introduction to dictionaries
Accessing values in dictionaries
Working with dictionaries
Properties of dictionaries
Functions for dictionaries
Module 16: Functions & Modules
Importing modules
Math module
Random module
Packages and composition
Module 17: Input-Output
Printing on screen
Reading data from the keyboard
Opening and closing files
Reading and writing files
Module 18: Exception Handling
Understanding exceptions
Using the except clause
Try-finally clause
User-defined exceptions
Please note that the course content can be modified based on the specific requirements of learners or location, ensuring that it remains relevant and up-to-date.
Course Title: Python Programming (Skill Development Course)
Course Duration: 2 Months (Part-Time)
Course Objectives:
To introduce students to Python programming and its history.
To cover the key features of Python.
To teach students how to set up Python and work with it.
To explain basic Python syntax and data types.
To provide an understanding of control structures such as conditional statements and loops.
To introduce students to string manipulation, functions, and data structures like lists, tuples, and dictionaries.
To teach students about functions, modules, and exception handling in Python.
Course Overview:
This 2-month part-time course is designed to equip students with the fundamental skills required for Python programming. The course covers various aspects of Python, from basic syntax to advanced topics like exception handling. Students will gain hands-on experience in Python programming and will be well-prepared for careers in software development, data analysis, and more.
Course Teaching Methodology:
Lectures and Demonstrations: Instructors will provide lectures and practical demonstrations of Python programming concepts.
Hands-On Practice: Students will have access to Python development environments to practice and apply what they have learned.
Projects and Assignments: Students will work on real Python projects and assignments to develop practical skills.
Code Review and Feedback: Instructors will review and provide feedback on students' code.
Group Discussions: Engaging discussions on Python-related topics and problem-solving.
Guest Lectures: Inviting industry experts for specialized sessions.
Supportive Materials: Supplementary materials and resources for further learning.
Importance for Learners in Career Growth and Self-Employment:
This course holds significant importance for learners:
Self-Employment: Graduates can start their own software development businesses or offer Python programming services.
Employment Opportunities: Python is widely used in the IT industry, and proficiency in Python opens doors to various job opportunities.
Versatile Skill: Python is a versatile programming language used in web development, data science, automation, and more.
Problem-Solving Skills: Learning Python enhances problem-solving and logical thinking abilities.
Course Contents:
Module 1: Introduction
Overview of Python and its applications
Importance of Python in the modern software development landscape
Module 2: History
A brief history of Python and its evolution
Module 3: Features
Key features of Python, including simplicity, readability, and versatility
Module 4: Setting up Path
Installing and setting up Python on different platforms
Module 5: Working with Python
Writing and running Python programs
Python development environments
Module 6: Basic Syntax
Understanding Python syntax, indentation, and code structure
Module 7: Variable and Data Types
Variables, data types, and type conversion in Python
Module 8: Operators
Arithmetic, logical, and comparison operators
Module 9: Conditional Statements
If statements
If-else statements
Nested if-else statements
Module 10: Looping
For loops
While loops
Nested loops
Module 11: Control Statements
Break, continue, and pass statements
Module 12: String Manipulation
Accessing strings
Basic string operations
String slices
Module 13: Function and Methods
Defining functions
Calling functions
Types of functions
Function arguments
Anonymous functions
Global and local variables
Module 14: Lists
Introduction to lists
Accessing lists
List operations
Working with lists
Functions and methods for lists
Module 15: Tuple & Dictionaries
Introduction to tuples
Accessing tuples
Tuple operations
Working with tuples
Introduction to dictionaries
Accessing values in dictionaries
Working with dictionaries
Properties of dictionaries
Functions for dictionaries
Module 16: Functions & Modules
Importing modules
Math module
Random module
Packages and composition
Module 17: Input-Output
Printing on screen
Reading data from the keyboard
Opening and closing files
Reading and writing files
Module 18: Exception Handling
Understanding exceptions
Using the except clause
Try-finally clause
User-defined exceptions
Please note that the course content can be modified based on the specific requirements of learners or location, ensuring that it remains relevant and up-to-date.
