Live Class 1: Overview of Go
History and evolution of Go | Advantages and use cases | Setting up the Go development environment

Live Class 2: Basic Syntax and Operations
Variables, constants, and data types | Operators and expressions | Input and output operations

Project: Develop a simple "Hello, World!" application that takes user input and displays personalized messages.

Live Class 1: Arrays and Slices
Declaration and initialization | Manipulating array and slice elements | Common operations and functions

Live Class 2: Maps and Structs
Creating and using maps | Defining structs | Nested structs and field tags

Project: Build a contact management system that stores and retrieves user information using structs and maps.

Live Class 1: Conditional Statements and Loops
If-else statements | Switch-case constructs | For loops and iterations

Live Class 2: Functions and Error Handling
Defining and invoking functions | Function parameters and return values | Error handling mechanisms

Project: Create a calculator application that performs basic arithmetic operations and handles invalid inputs gracefully.

Live Class 1: Methods in Go
Defining methods for structs | Pointer vs. value receivers | Method chaining

Live Class 2: Understanding Interfaces
Defining and implementing interfaces | Type assertion and type switches | Practical use cases of interfaces

Project: Design a payment processing system with multiple payment methods, demonstrating the use of interfaces for flexibility.

Live Class 1: Advanced Error Handling
Custom error types | Error wrapping and unwrapping | Best practices in error management

Live Class 2: Testing in Go
Writing test cases | Benchmarking functions | Using the testing package

Project: Develop a module with comprehensive unit tests, including handling edge cases and ensuring code reliability.

Live Class 1: Goroutines
Introduction to concurrency | Creating and managing goroutines | Synchronization issues

Live Class 2: Channels
Channel basics | Buffered vs. unbuffered channels | Select statements

Project: Implement a concurrent downloader that fetches data from multiple URLs simultaneously and processes the data efficiently.