Bazel C++ Monorepo and CI/CD Training in Middle East & Africa

The program begins with Bazel fundamentals and progresses toward build optimization, remote caching strategies, enterprise best practices, and CI/CD pipeline integration patterns aligned with real-world C++ development environments.

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Bazel C++ Monorepo and CI/CD Training is a professional training program delivered by ProgNXT, a globally recognized corporate training provider. ProgNXT's Bazel C++ Monorepo and CI/CD Training course in Middle East & Africa equips professionals with industry-relevant skills through hands-on, instructor-led sessions. This instructor-led training is designed to enable C++ development, build, and platform engineering teams to effectively use Bazel...

Bazel Fundamentals & Build Optimization

1. Introduction to Bazel in Enterprise Environments

• Why Bazel for large-scale C++ monorepos
• Comparison with Make, CMake, and Conan
• Hermetic builds and reproducibility
• Installation and environment setup (Linux & Windows)

2. Core Concepts of Bazel

• Bazel build graph and dependency resolution
• BUILD files, targets, and rules
• Overview of C++ rules:
• cc_library
• cc_binary
• cc_test
• Workspace configuration
• External dependency management
• Integrating Conan packages (OSS approach)

Hands-on Lab

4. Build Execution & Optimization

• bazel build and bazel test workflows
• Target selection strategies in monorepos
• Incremental builds and dependency tracking
• Parallel execution
• Build profiling and performance analysis
• Optimizing large-scale C++ repositories

5. Remote Caching & Execution (Conceptual + Demo)

• Remote caching architecture
• Integration approach with artifact repositories (demo setup)
• Remote execution overview
• Scalability considerations
• Enterprise adoption best practices

6. Hands-on Lab

Bazel Integration into Automated CI/CD Workflows

7. CI/CD Foundations for Bazel

• Role of Bazel in modern CI/CD architectures
• Challenges of traditional build systems in CI
• Designing hermetic CI pipelines
• Aligning Bazel with Git-based development workflows

8. Bazel Integration into CI/CD Pipelines

• Integrating Bazel build and test commands into CI systems
• Managing incremental builds in CI environments
• Configuring remote cache for CI agents
• Handling pull request validations and branch builds
• Artifact generation and release pipeline integration
• Containerized CI build environments
• Multi-platform build considerations

9. Advanced CI/CD Considerations

• Scaling builds across distributed environments (conceptual)
• Observability and build metrics
• Dependency governance in CI
• Secure build pipelines and environment isolation
• Troubleshooting CI build failures

10. Best Practices & Troubleshooting

• Structuring monorepos for CI efficiency
• Debugging BUILD file issues
• Resolving sandbox and compilation errors
• Versioning and dependency governance strategies

9. Hands-on Lab

10. ProgNXT Certificate of Attendance

Expert Panel

Designed and delivered by the ProgNXT Programming Expert Panel — a vetted team of industry professionals with 14+ years of hands-on experience in Python, Java, C++, and full-stack application development

ProgNXT Programming Expert Panel

Course Code: ISJ13
14Hrs
Course Rating 4.5/5
Last Updated: September 2026

This instructor-led training is designed to enable C++ development, build, and platform engineering teams to effectively use Bazel for large-scale monorepo environments and integrate it into modern automated CI/CD workflows.

The program begins with Bazel fundamentals and progresses toward build optimization, remote caching strategies, enterprise best practices, and CI/CD pipeline integration patterns aligned with real-world C++ development environments.

Important Note on Tooling:
This training is delivered using open-source and free tool editions. Enterprise-scale capabilities such as distributed execution, high-availability caching, and production-grade artifact management are covered through architectural discussions and demonstration setups without requiring paid licenses.

The course emphasizes practical exercises, real-world C++ examples, and flexible implementation scenarios to ensure immediate applicability.