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GitHub Copilot GH-300 Training helps you use AI to code faster, debug smarter, write tests, and improve your development workflow. With hands-on projects and real-world scenarios, build practical GitHub Copilot skills and prepare for the GH-300 Certification.
Duration of Training : 40 Hours
Batch type : Weekdays/Weekends
Mode of Training : Classroom/Online/Corporate Training
Detailed Syllabus • Hands-on Labs • Assignments • Support-Focused • Implementation
Curriculum Designed by Experts
This program is designed to take learners from GitHub Copilot fundamentals to advanced,
enterprise-level AI-assisted software development.
The training focuses on:
• GitHub Copilot fundamentals
• AI-assisted coding
• Prompt engineering for developers
• Code generation and explanation
• Code completion and refactoring
• Debugging with Copilot
• Unit-test generation
• Documentation generation
• GitHub Copilot Chat
• Copilot across IDEs
• Copilot for GitHub workflows
• Copilot CLI
• Secure AI-assisted development
• Responsible AI practices
• Developer productivity
• Enterprise Copilot adoption
• Real-world development scenarios
• Interview and certification preparation
Technical Prerequisites
• Basic programming knowledge
• Any one programming language:
         o Python
         o Java
         o JavaScript / TypeScript
         o C#
         o C++
• Basic Git knowledge
• Basic GitHub knowledge
• Understanding of source-code repositories
• Basic command-line knowledge
• Basic software-development lifecycle knowledge
Recommended
• VS Code knowledge
• Git branching and pull requests
• Basic REST API concepts
• Basic debugging knowledge
No prior Generative AI expertise is required.
GitHub Fundamentals
• Git vs GitHub
• Repository concepts
• Branches
• Commits
• Pull Requests
• Issues
• Code Reviews
• GitHub Actions overview
• GitHub organizations
• Repository permissions
Generative AI Fundamentals
• What is Generative AI?
• Large Language Models
• Tokens
• Context windows
• Prompts
• AI-generated code
• AI-assisted development
• Hallucinations
• AI limitations
• Human-in-the-loop development
GitHub Copilot Fundamentals
• What is GitHub Copilot?
• How Copilot works
• Copilot architecture concepts
• Copilot-supported development workflows
• Copilot suggestions
• Inline code completion
• Copilot Chat
• Context-aware assistance
• Copilot interaction models
4. CORE TECHNICAL TOPICS – OUR MAIN SYLLABUS
• GitHub Copilot overview
• Copilot capabilities
• Copilot product ecosystem
• Copilot plans and licensing concepts
• Copilot-enabled development
• Copilot-supported IDEs
• Copilot workflow
• Copilot limitations
• Responsible usage
• Human review of AI-generated code
• GitHub account and organization concepts
• Copilot subscription concepts
• Enabling Copilot
• Installing Copilot extensions
• VS Code configuration
• JetBrains configuration
• Visual Studio configuration
• GitHub Codespaces
• Copilot settings
• Copilot suggestions
• Keyboard shortcuts
• Copilot Chat interface
• Inline suggestions
• Code completion
• Function generation
• Variable generation
• Loops and conditions
• Classes
• Methods
• APIs
• SQL queries
• Regular expressions
• Configuration files
• YAML generation
• JSON generation
Practical Development
• Generate code
• Accept suggestions
• Reject suggestions
• Modify suggestions
• Compare alternatives
• Validate generated code
Prompt Fundamentals
• Effective prompts
• Context-aware prompts
• Role-based prompting
• Task-based prompting
• Constraint-based prompting
• Structured prompts
• Iterative prompting
Developer Prompting
• Generate code
• Explain code
• Refactor code
• Optimize code
• Debug code
• Generate tests
• Generate documentation
• Convert code
• Review code
Advanced Prompting
• Multi-step prompts
• Context management
• Providing requirements
• Providing technical constraints
• Error-driven prompting
• Repository-aware prompting
• Copilot Chat fundamentals
• Asking technical questions
• Explain code
• Fix code
• Optimize code
• Refactor code
• Generate code
• Generate documentation
• Generate tests
• Debugging with Chat
• Understanding unfamiliar repositories
• Understanding architecture
Developer Productivity
• Generate boilerplate
• Generate classes
• Generate functions
• Generate API endpoints
• Generate database queries
• Generate configuration
• Generate scripts
• Explain existing code
• Explain functions
• Explain classes
• Explain algorithms
• Explain dependencies
• Explain error messages
• Explain stack traces
• Explain unfamiliar codebases
• Generate technical documentation
• Generate README files
Legacy Application Understanding
• Analyze legacy code
• Identify dependencies
• Identify technical debt
• Suggest modernization
• Generate documentation
• Generate test cases
Application Development
• Python application
• Java application
• JavaScript application
• TypeScript application
• C# application
• REST APIs
• CRUD applications
• Authentication modules
• Database integration
• Microservices
Copilot-Assisted Development
• Generate application structure
• Generate classes
• Generate services
• Generate controllers
• Generate repositories
• Generate API clients
• Generate configuration
• Debugging fundamentals
• Error analysis
• Stack-trace analysis
• Runtime errors
• Compilation errors
• Logical errors
• Dependency errors
• API errors
• Database errors
Copilot Debugging Workflow
Error → Explain → Identify Root Cause → Suggest Fix → Test → Validate
• Code refactoring
• Clean code
• SOLID principles
• Design patterns
• Duplicate-code detection
• Code simplification
• Performance optimization
• Memory optimization
• Query optimization
• Maintainability improvement
Practical Exercises
• Refactor legacy Python code
• Refactor Java application
• Optimize JavaScript
• Optimize SQL queries
• Improve API implementation
• Unit testing
• Integration testing
• API testing
• Test case generation
• Test-data generation
• Edge-case identification
• Negative testing
• Regression testing
Frameworks
• PyTest
• JUnit
• Jest
• NUnit
• Playwright
Copilot-Assisted Testing
• Generate unit tests
• Generate test scenarios
• Generate mocks
• Generate test data
• Increase code coverage
• Identify missing test cases
• Code comments
• Function documentation
• API documentation
• README generation
• Technical documentation
• Architecture documentation
• Troubleshooting guides
• Runbooks
• Release notes
• Change summaries
• Copilot CLI concepts
• Command-line assistance
• Shell command generation
• Linux commands
• Git commands
• File operations
• Troubleshooting commands
• Automation scripts
• Command explanation
Practical
• Generate Linux commands
• Generate Git commands
• Build shell scripts
• Troubleshoot command errors
• Automate repetitive tasks
• CI/CD concepts
• GitHub Actions
• Workflow YAML
• Pipeline generation
• Build automation
• Deployment automation
• Dockerfile generation
• Kubernetes YAML
• Terraform assistance
Tools
• GitHub Actions
• Docker
• Kubernetes
• Terraform
• Azure
• AWS
• GCP
Cloud Development
• Cloud architecture assistance
• Cloud CLI commands
• Infrastructure scripts
• Terraform configuration
• Docker configuration
• Kubernetes manifests
• CI/CD pipelines
• Cloud troubleshooting
Practical
• Generate AWS configuration
• Generate Azure configuration
• Generate GCP configuration
• Generate Terraform
• Generate Kubernetes manifests
• Secure coding
• Security-aware prompting
• Vulnerability identification
• Dependency vulnerabilities
• Secrets management
• Authentication
• Authorization
• Input validation
• SQL injection
• XSS
• CSRF
• Secure APIs
Security Tools
• GitHub Code Scanning
• Dependabot
• Secret scanning
• CodeQL
• AI ethics
• Responsible AI
• Human review
• AI-generated code validation
• Privacy considerations
• Intellectual-property considerations
• Security considerations
• Sensitive information handling
• Organizational policies
• AI governance
• Developer accountability
• Enterprise Copilot concepts
• Organization management
• User management
• Policies
• Permissions
• Licensing
• Usage monitoring
• Adoption strategies
• Developer productivity
• Governance
• Security
• Enterprise rollout
Enterprise Scenario
Organization → Teams → Policies → Copilot → Development → Security →Monitoring
• Copilot-assisted architecture
• Repository-level context
• Large codebase analysis
• Legacy modernization
• Microservices development
• API development
• Full-stack development
• Test automation
• Documentation automation
• DevOps automation
Software Developer
• Code generation
• Debugging
• Refactoring
• Testing
DevOps Engineer
• YAML
• Docker
• Kubernetes
• Terraform
• CI/CD
Cloud Engineer
• Cloud CLI
• IaC
• Automation
• Troubleshooting
QA Engineer
• Test generation
• Automation
• Test-data generation
Security Engineer
• Secure coding
• Code analysis
• Security remediation
Data Engineer
• SQL
• Python
• PySpark
• ETL scripts
30+ Practical Labs
1. GitHub Repository Creation
2. Copilot Account Configuration
3. VS Code Copilot Setup
4. Inline Code Completion
5. Generate Python Functions
6. Generate Java Classes
7. Generate JavaScript Functions
8. Generate REST API
9. Generate SQL Queries
10. Explain Existing Code
11. Debug Python Application
12. Debug Java Application
13. Refactor Legacy Code
14. Optimize Application Code
15. Generate Unit Tests
16. Generate Integration Tests
17. Generate Test Data
18. Generate Documentation
19. Generate README
20. Generate API Documentation
21. Copilot Chat Development
22. Copilot CLI
23. Generate Shell Scripts
24. GitHub Actions Workflow
25. Dockerfile Generation
26. Kubernetes YAML Generation
27. Terraform Code Generation
28. Secure-Code Analysis
29. Legacy Application Modernization
30. Enterprise Copilot Workflow
40+ Job-Oriented Assignments
1. Create a GitHub repository
2. Configure Copilot
3. Generate Python functions
4. Generate Java classes
5. Generate REST API
6. Generate SQL queries
7. Explain legacy code
8. Refactor duplicate code
9. Optimize inefficient code
10. Generate unit tests
11. Generate negative test cases
12. Generate API tests
13. Generate documentation
14. Generate README
15. Create shell scripts
16. Debug application errors
17. Analyze stack traces
18. Fix dependency errors
19. Create GitHub Actions workflow
20. Generate Dockerfile
21. Generate Kubernetes deployment
22. Generate Terraform configuration
23. Generate CI/CD pipeline
24. Generate API authentication
25. Secure an application
26. Identify SQL injection
27. Fix XSS vulnerability
28. Improve input validation
29. Generate database scripts
30. Generate ETL code
31. Generate Python automation
32. Generate test automation
33. Analyze legacy application
34. Modernize legacy code
35. Generate microservice
36. Generate cloud automation
37. Generate monitoring script
38. Generate troubleshooting script
39. Create enterprise development workflow
40. Prepare Copilot implementation strategy
Mini Project 1 – AI-Assisted Python Automation Platform
Build Python automation scripts using GitHub Copilot for:
• File processing
• API integration
• Logging
• Error handling
• Unit testing
Mini Project 2 – Copilot-Assisted REST API
Build a REST API with:
• Authentication
• CRUD
• Database
• Validation
• Testing
• Documentation
Mini Project 3 – AI-Assisted DevOps Pipeline
Build:
GitHub → GitHub Actions → Docker → Kubernetes
with Copilot assistance.
Mini Project 4 – Legacy Application Modernization
• Analyze legacy code
• Identify technical debt
• Refactor
• Generate tests
• Improve documentation
Mini Project 5 – AI-Assisted Test Automation
Build an automated testing framework using:
GitHub Copilot + Playwright + JavaScript/TypeScript
Enterprise AI-Assisted Software Development Platform Using GitHub Copilot
Architecture
Developer → GitHub Copilot → GitHub Repository → GitHub Actions → Build → Test → Security Scan → Docker → Kubernetes → Deployment
Project Components
• GitHub repository
• Branching strategy
• Pull Requests
• Copilot-assisted development
• Application development
• Unit testing
• API testing
• Code review
• GitHub Actions
• Docker
• Kubernetes
• Terraform
• Security scanning
• Documentation
• Monitoring
• Production deployment
Capstone Deliverables
• Source code
• Architecture diagram
• CI/CD pipeline
• Test suite
• Security report
• Documentation
• Deployment configuration
• Troubleshooting guide
• Project presentation
1. Developer needs to understand an unfamiliar codebase.
2. Generate a new REST API from requirements.
3. Fix production application errors.
4. Refactor legacy application code.
5. Improve application performance.
6. Generate unit tests for existing code.
7. Increase test coverage.
8. Generate API documentation.
9. Generate GitHub Actions pipeline.
10. Create Dockerfile.
11. Generate Kubernetes manifests.
12. Generate Terraform infrastructure.
13. Troubleshoot CI/CD failures.
14. Analyze stack traces.
15. Convert code from one language to another.
16. Generate SQL queries.
17. Optimize SQL queries.
18. Identify security vulnerabilities.
19. Fix insecure authentication.
20. Modernize legacy applications.
21. Generate automation scripts.
22. Create cloud deployment scripts.
23. Generate monitoring scripts.
24. Analyze pull-request changes.
25. Create developer documentation.
• Copilot suggestions not appearing
• Copilot authentication issues
• IDE extension problems
• Incorrect code generation
• Hallucinated APIs
• Incorrect library usage
• Generated code compilation failure
• Dependency conflicts
• Runtime errors
• Unit-test failures
• Incorrect test assumptions
• GitHub Actions failures
• Docker build failures
• Kubernetes deployment errors
• Terraform errors
• API authentication failures
• SQL query errors
• Security vulnerabilities in generated code
• Excessive or irrelevant suggestions
• Copilot context limitations
Development
• GitHub
• Git
• GitHub Copilot
• GitHub Copilot Chat
• GitHub Copilot CLI
• VS Code
• Visual Studio
• JetBrains IDEs
• GitHub Codespaces
Programming
• Python
• Java
• JavaScript
• TypeScript
• C#
• C++
DevOps
• GitHub Actions
• Docker
• Kubernetes
• Terraform
Testing
• Playwright
• PyTest
• JUnit
• Jest
• NUnit
Security
• CodeQL
• Dependabot
• GitHub Code Scanning
• GitHub Secret Scanning
• Always review AI-generated code.
• Never blindly accept Copilot suggestions.
• Validate generated APIs and libraries.
• Follow secure coding standards.
• Never expose credentials or secrets.
• Use meaningful prompts.
• Provide sufficient context.
• Write tests for generated code.
• Perform code reviews.
• Validate performance.
• Follow organizational AI policies.
• Use least-privilege access.
• Maintain documentation.
• Use Git branching strategies.
• Integrate security into CI/CD.
• Keep humans accountable for production decisions.
Primary Certification
GitHub Copilot Certification – GH-300
Related Certification
GitHub Foundations – GH-900
Recommended Supporting Certifications
• GitHub Actions / DevOps-related credentials
• Cloud certifications
• Kubernetes certifications
• Terraform certifications
• Security certifications
Target Certification: GH-300 – GitHub Copilot
5+ Mock Interviews
• GitHub Copilot fundamentals
• Copilot Chat
• Prompt engineering
• AI-assisted coding
• Debugging
• Testing
• Security
• DevOps
• Real-time scenarios
• HR interview
• ATS-friendly resume
• GitHub Copilot skills
• AI-assisted development projects
• GitHub portfolio
• Project descriptions
• Technical keywords
• LinkedIn profile optimization
• Certification positioning
• Job-oriented preparation
• Interview question bank
• Technical interview preparation
• Scenario-based interviews
• Mock interviews
• Resume preparation
• LinkedIn optimization
• Job application guidance
• Employer-specific preparation
• Placement assistance
After completing GH-300 GitHub Copilot training, learners can position themselves for
roles such as:
• AI-Assisted Software Developer
• Software Developer
• Full Stack Developer
• Python Developer
• Java Developer
• .NET Developer
• DevOps Engineer
• Cloud Engineer
• Platform Engineer
• DevSecOps Engineer
• QA Automation Engineer
• AI-Assisted Test Automation Engineer
• Developer Productivity Engineer
• GitHub Administrator
• GitHub/DevOps Engineer
• Software Engineering Productivity Specialis
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