CMake Certification Course Online

SKU: 2285
7 Lesson
|
40 Hours
igmGuru offers the best CMake training online worldwide. This comprehensive training program covers key topics such as CMake architecture and workflow, integration with popular build systems and IDEs, modern target-based design, dependency management, and cross-platform configuration. The course also includes in-depth modules on project organization, testing and packaging with CTest and CPack, and automation through CI/CD pipelines. Learners will gain hands-on experience in building and managing scalable C++ projects, integrating third-party libraries, and applying modern CMake best practices for clean, maintainable code. These CMake course modules are designed by industry experts to reflect real-world use cases, best practices, and the latest developments in modern CMake for professional software development and build automation.

Overview

Prerequisites:

  • Familiar with programming languages like C or C++.
  • Knowing how to navigate and execute commands in the terminal.
  • Basic knowledge of compiling code and linking (e.g., Makefiles).
  • Basic understanding of how to use tools like Visual Studio or VSCode.

What You Will Learn

  1. Understand what CMake is and how it works as a build system generator.
  2. Learn how to write and organize CMakeLists.txt files.
  3. Use CMake to configure, build, and manage C/C++ projects.
  4. Manage libraries and external packages using find_package() and target_link_libraries().
  5. Use variables, cache entries, and configuration options in CMake scripts.
  6. Define targets (executables, libraries) and set compiler flags or properties.
  7. Learn how to build projects for different operating systems and compilers.
  8. Use CMake with popular IDEs like Visual Studio, CLion, or VSCode.
  9. Set up unit tests and installation rules using CMake tools (CTest, install()).

Targeted Audience

  • Software Developers & Engineers
  • C/C++ Programmers
  • Embedded Systems Developers
  • DevOps & Build Engineers
  • System Architects
  • QA Engineers & Test Automation Professionals
  • Open-Source Contributors
  • Students & Computer Science Graduates
  • Technical Team Leads & Project Managers
  • Anyone working on cross-platform software projects

Benefits of Taking CMake Training

  • Learn cross-platform build management efficiently
  • Automate and streamline build processes
  • Simplify complex C/C++ project builds
  • Improve collaboration across development teams
  • Gain hands-on experience with modern build tools
  • Understand best practices for dependency management
  • Enhance skills in continuous integration (CI) workflows
  • Prepare for professional and open-source projects
  • Boost career opportunities in software development
  • Reduce build errors and improve project maintainability

Key Features

Course Curriculum

1. What CMake is and why it’s used
2. Difference between CMake, Make, and build systems
3. Installing CMake on Windows, macOS, and Linux
4. Understanding source and build folders
5. Using the CMake GUI and command line
6. What are “generators” (Makefiles, Ninja, Visual Studio, etc.)
7. Building a simple “Hello World” project step by step
1. Basic structure of a CMakeLists.txt file
2. Important commands: cmake_minimum_required(), project(), add_executable() / add_library()
3. Variables and lists (set, list, option)
4. Conditions and loops (if, foreach)
5. Functions and macros (reusable code blocks)
6. Linking libraries with target_link_libraries()
7. Setting include paths and compiler options
1. Structuring multi-folder projects
2. Using add_subdirectory() for modules or libraries
3. Managing include directories properly
4. Using find_package() to locate system libraries
5. Writing custom FindXXX.cmake modules
6. Importing and exporting targets for reuse
7. Adding dependencies with FetchContent or ExternalProject_Add
1. Understanding “Modern CMake” (target-based approach)
2. PUBLIC / PRIVATE / INTERFACE visibility rules
3. Using modern target commands: target_include_directories(), target_compile_definitions(), target_compile_options()
4. Using generator expressions ($, $)
5. Avoiding global variables and legacy commands
6. Installing and exporting targets for other projects
7. Cleaning up old or legacy CMakeLists.txt
1. Enabling and running tests with CTest
2. Adding test cases with add_test()
3. Integrating test frameworks (GoogleTest, Catch2, etc.)
4. Collecting and viewing test results
5. Packaging with CPack (creating .zip, .deb, .rpm, etc.)
6. Setting build types: Debug / Release / RelWithDebInfo
7. Integrating CMake builds into CI/CD systems (GitHub Actions, Jenkins, etc.)
1. Cross-compiling for different platforms or architectures
2. Using toolchain files for embedded or Android builds
3. Supporting other languages (CUDA, Fortran, MPI)
4. Custom commands and build steps (add_custom_command, add_custom_target)
5. Writing your own reusable CMake modules and Find scripts
6. Handling large or complex dependency trees
7. Optimizing build performance with caching and configuration options
1. Debugging builds with --trace, --debug-output, and logs
2. Understanding and managing CMake policies
3. Upgrading old CMake projects to modern style
4. Using CMake effectively with IDEs (CLion, VSCode, Visual Studio)
5. Supporting modern C++ features (modules, concepts)
6. Recommended learning resources (official docs, Modern CMake book, Kitware training)
7. Best practices for maintainable and portable CMake setups
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Course Fees

Online Class Room Program

US $ 799.00
100% Money Back Guarantee
  • Duration : 40 Hrs
  • Plus Self Paced

Classes Starting From

  • Fast Track Batch 18 Jun 2026
  • Weekday Batch 22 Jun 2026
  • Weekend Batch 20 Jun 2026

Corporate Training

Corporate Training
  • Customized Training Delivery Model
  • Flexible Training Schedule Options
  • Industry Experienced Trainers
  • 24x7 Support

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CMake Certification

After completing the CMake training and hands-on practical exercises, learners will receive a course completion certificate from igmGuru. This certification validates your expertise in configuring, managing, and automating software builds using CMake across different platforms and environments. It demonstrates your ability to design and organize modern CMake projects, manage dependencies efficiently, and integrate CMake with popular build systems and IDEs.

CMake Certification

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