Python Training
Python is a powerful and versatile programming language known for its simplicity, readability, and vast array of libraries and frameworks. At our Python Solutions, we provide comprehensive services and expertise to help individuals and businesses harness the full potential of Python for their software development needs.
Course Content Level 1
Objective: Gain a foundational understanding of essential terms and concepts in Python.
1 Fundamental Terms and Definitions.
2 Python's Logic and Structure.
3 Literals and Variables.
4 Operators and Data Types.
5 Input/Output Console Operations.
1 Fundamental Terms and Definitions.
2 Python's Logic and Structure.
3 Literals and Variables.
4 Operators and Data Types.
5 Input/Output Console Operations.
Objective: Understand how to control program flow using conditional statements and loops.
1 Decision Making with the "if" Instruction.
2 Different Types of Iterations.
1 Decision Making with the "if" Instruction.
2 Different Types of Iterations.
Objective: Learn how to work with various data collections in Python.
1 Lists.
2 Tuples.
3 Dictionaries.
4 Strings.
1 Lists.
2 Tuples.
3 Dictionaries.
4 Strings.
Objective: Explore the concepts of functions and exception handling in Python.
1 Decomposing Code with Functions.
2 Interaction Between Functions and the Environment.
3 Python Built-In Exceptions Hierarchy.
4 Basics of Python Exception Handling.
1 Decomposing Code with Functions.
2 Interaction Between Functions and the Environment.
3 Python Built-In Exceptions Hierarchy.
4 Basics of Python Exception Handling.
Course Content Level 2
Objective: Understand modules and packages in Python.
1 Importing and Using Modules and Packages.
2 Evaluations using the math module.
3 Generating random values using the random module.
4 Discovering host platform properties using the platform module.
5 Creating and using user-defined modules and packages.
1 Importing and Using Modules and Packages.
2 Evaluations using the math module.
3 Generating random values using the random module.
4 Discovering host platform properties using the platform module.
5 Creating and using user-defined modules and packages.
Objective: Handle errors using exceptions.
1 Handling errors with Python-defined exceptions.
2 Extending the Python exceptions hierarchy with self-defined exceptions.
1 Handling errors with Python-defined exceptions.
2 Extending the Python exceptions hierarchy with self-defined exceptions.
Objective: Manipulate and operate on strings.
1 Machine representation of characters.
2 Operating on strings.
3 Employing built-in string methods.
1 Machine representation of characters.
2 Operating on strings.
3 Employing built-in string methods.
Objective: Understand and utilize object-oriented programming concepts.
1 Understanding the Object-Oriented approach.
2 Employing class and object properties.
3 Equipping a class with methods.
4 Discovering the class structure.
5 Building a class hierarchy using inheritance.
6 Constructing and initializing objects.
1 Understanding the Object-Oriented approach.
2 Employing class and object properties.
3 Equipping a class with methods.
4 Discovering the class structure.
5 Building a class hierarchy using inheritance.
6 Constructing and initializing objects.
Scope: List Comprehensions, Lambdas, Closures, and I/O Operations
Objective: Explore additional Python concepts.
1 Building complex lists using list comprehension.
2 Embedding lambda functions into the code.
3 Defining and using closures.
4 Understanding basic Input/Output terminology.
5 Performing Input/Output operations.
Objective: Explore additional Python concepts.
1 Building complex lists using list comprehension.
2 Embedding lambda functions into the code.
3 Defining and using closures.
4 Understanding basic Input/Output terminology.
5 Performing Input/Output operations.