C++ Systems Masterclass
The definitive roadmap to modern C++26. Master the world's most powerful language by building high-performance, resource-safe systems from scratch.
Core Curriculum
Click any module below to begin your journey into systems engineering.
Foundations
C++ Environment Setup: Modern CMake & Tooling
Set up a professional C++ development environment with CMake, LLVM, and modern debuggers.
Modern C++ Basics: auto, const, and Type Safety
Learn the core syntax of modern C++ and why type safety is your best friend in systems programming.
C++ Control Flow: Structured Bindings & Logic
Master modern control flow and C++17 structured bindings for cleaner, more readable code.
C++ Functions: Parameters, Returns & noexcept
Write efficient functions using modern parameter passing rules and exception specifications.
C++ Strings & Output: std::format & std::print
The modern way to handle text in C++ — say goodbye to printf and verbose iostreams.
Project: Building a High-Performance CLI Text Processor
Apply your foundational knowledge to build a real-world, high-performance CLI utility.
Memory & STL
C++ Memory Management: The RAII Philosophy
Understand why RAII is the heart of C++ memory safety and resource management.
Smart Pointers: unique_ptr, shared_ptr & weak_ptr
Master the modern tools that eliminate manual new/delete and stop memory leaks forever.
STL Containers: Vector, Map & Performance Trade-offs
Choose the right tool for the job by understanding the memory layout of STL containers.
Algorithms, Ranges & Views: Expressive C++20
Transform data with high-level abstractions that compile down to hand-optimized assembly.
Safety & Bounds: std::span and Modern Slices
Learn how to use std::span to pass memory safely without the risks of raw pointers.
Project: Building an In-Memory Data Store
Build a fast, type-safe in-memory database using STL containers and smart pointers.
Modern Pointers & References: Ownership Semantics
When to use T*, T&, T&&, unique_ptr, and shared_ptr — the definitive ownership model guide.
STL Containers Deep Dive: Cache Performance & Trade-offs
How vector, map, unordered_map, and deque behave at the hardware level for cache-aware engineering.
C++ Memory: Stack vs Heap, Smart Pointers & Move Semantics
The definitive guide to C++ memory regions, smart pointer selection, and move semantics.
C++ RAII: Resource Acquisition Is Initialization
The foundational C++ safety pattern — guarantee resource cleanup without exceptions or leaks.
OOP & Generics
Classes & Structs: Constructors & Destructors
Master the lifecycle of objects and the Rule of Five for professional resource management.
Custom RAII: Building Resource-Safe Wrappers
Learn how to wrap legacy C APIs or OS resources in safe, modern C++ classes.
Modern Polymorphism: Interfaces & Virtual Dispatch
Design extensible systems using abstract classes, interfaces, and clean inheritance.
Template Fundamentals: Generic Programming in C++
Write code that works for any type without sacrificing a single cycle of performance.
C++20 Concepts: Constraining Generic Logic
Use Concepts to define clear requirements for your templates and improve error messages.
Project: Designing a Plugin-Based System Architecture
Scale your application by building a robust, extensible plugin engine from scratch.
Project: Modular Plugin System with Templates & Concepts
Phase 3 capstone: build a type-safe plugin architecture using CRTP, Concepts, and dynamic loading.
C++ Templates & Generic Programming: SFINAE & C++23
Write reusable, type-safe generic code using templates, specialization, and SFINAE.
C++ OOP: Inheritance, virtual dispatch & Composition
Choose between inheritance and composition using modern C++ OOP and Dependency Injection.
C++20 Concepts & Constraints
Write readable, safe generic code by constraining templates with C++20 Concepts.
C++ Type Traits & static_assert
Defensive compile-time metaprogramming using type_traits and static assertions.
Metaprogramming
Lambdas & Functional Programming in Modern C++
Use anonymous functions and functional patterns to write declarative, powerful code.
constexpr & consteval: Compile-Time Logics
Shift your application's heavy lifting from runtime to compile-time for zero overhead.
Variadic Templates & C++26 Pack Indexing
Master variable-argument templates and the new C++26 indexing features.
C++26 Static Reflection: The Mirror Library
Explore the experimental reflection features that allow code to introspect itself.
Contracts: Executable Documentation in C++26
Define clear pre-conditions and post-conditions for high-integrity software.
Project: A Header-Only Serialization Library
Build a modern serializer using templates and compile-time introspection.
C++ Compile-Time Programming: constexpr & Template Metaprogramming
Shift computation from runtime to compile-time with constexpr, consteval, and TMP.
C++26 Static Reflection: Compile-Time Introspection & Zero-Overhead ORM
Explore upcoming C++26 reflection features for auto-serialization and code introspection.
C++20 Modules & Modern Build Systems
Replace #include with C++20 modules for 10x faster build times and cleaner interfaces.
Concurrency & Scaling
Move Semantics & Perfect Forwarding
Optimize your application's data transfers and eliminate unnecessary copies.
Structured Concurrency: Senders & Receivers
Master the new standardized model for asynchronous execution in modern C++.
Atomics, Mutexes & Memory Safety
Build thread-safe applications without the common pitfalls of parallel programming.
C++ Modules: The Compilation Evolution
Say goodbye to header files and drastically reduce your project's compile times.
Modern Design Patterns for Systems Engineering
Implement classic patterns (Observer, Strategy, Factory) using modern C++ features.
C++20 Coroutines: co_await, co_yield & Async I/O
Implement type-safe generators and async I/O handlers using C++20 coroutines and the promise_type lifecycle.
SIMD & Intrinsics: AVX2, Auto-Vectorization & std::simd
Write hand-optimized SIMD code with AVX2 intrinsics and the portable C++26 std::simd API.
Project: High-Performance Concurrent Network Service
The capstone: Build a scalable, concurrent service using everything you've learned.
C++ Multithreading: jthread, mutex, atomic & Lock-Free Programming
Build thread-safe C++20 applications with jthread, mutex, atomics, and lock-free algorithms.
Project: High-Performance Async Web Server
Phase 4 capstone: build an async HTTP server using coroutines and a thread pool.
Embedded C++ & Safety-Critical Engineering: MISRA & std::expected
Write MISRA-compliant, freestanding C++ for embedded and safety-critical environments.
C++ Enterprise Deployment: CI/CD, Sanitizers & Docker
Ship production C++ with automated testing pipelines, sanitizers, and containerized builds.
Ready to Master C++?
Join the elite tier of software engineers who command the machine with precision and safety.
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