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Modern C++ Made Simple

Whether you're new to coding or switching careers, we've got you covered. Learn C++ from the ground up starting with our introductory course.

Intro to C++ Programming

Beginner Course

Intro to C++ Programming
Become a software engineer with C++. Starting from the basics, we guide you step by step along the way
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Intermediate Course

Managing C++ Projects Using CMake
Manage complex, cross-platform builds using industry-standard tools. Create scalable build systems that automate the entire development lifecycle.
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Intermediate Course

Game Development with SDL3
Learn C++ and SDL development by creating hands on, practical projects inspired by classic retro games
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Intermediate Course

Professional C++
Comprehensive course covering advanced concepts, and how to use them on large-scale projects.
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Recent Updates

New content is added on a regular basis, and we consistently update, improve, and revise what's already available.

Introduction to Parallelism

Asynchronous Tasks with std::async

Offload heavy work to other CPU cores. Learn how std::async and std::future enable concurrent execution.

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Introduction to Parallelism

Parallel Algorithms and Execution Policies

Combine the elegance of C++20 Ranges with the power of parallel execution policies.

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Introduction to Parallelism

Locks and Atomics

Learn how mutexes and atomics prevent race conditions, and why hardware contention can make multithreaded code slower than single-threaded code.

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Introduction to Parallelism

Cache Coherency and False Sharing

Explore the performance cost of synchronization, how to mitigate it, and how to avoid it entirely with better algorithm design.

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Introduction to Parallelism

SIMD and Automatic Vectorization

Learn how SIMD registers allow you to process multiple data points in a single instruction, unlocking the full power of each CPU core.

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Managing C++ Projects Using CMake

CMake Conditionals and Loops

Transform your static build descriptions into dynamic scripts with CMake's control flow commands, if() and foreach().

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Managing C++ Projects Using CMake

Automated Testing and CTest

Learn the fundamentals of automated testing in C++ with CTest. Create your first test suite, register tests with add_test(), and run them with the ctest command.

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Using Algorithms and Views

The Four Algorithm Families

The Producer-Consumer model of C++20 Ranges and the hardware implications of eager vs lazy evaluation.

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Using Algorithms and Views

Sorting and Materialization

Integrate sorting into C++20 pipelines, the difference between stable and unstable sorts, and how to use partial sorting.

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Using Algorithms and Views

Comparators and Projections

Learn how C++20 Projections allow us to separate sorting logic from data layout, the mechanics of std::invoke and the hardware reality of sorting large objects.

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Using Algorithms and Views

Proxy Sort and Structure of Arrays

Learn why sorting large objects is slow, and how to optimize it using Proxy Sorting and Data-Oriented Design (SoA).

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Using Algorithms and Views

Composition, Zipping, and Indicies

Iterate multiple containers simultaneously with zip, handle indices with enumerate, and skip elements with drop and stride.

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