Embedded Programming with modern C++

Program Details

I’m happy to provide more details about my mentoring program, “Embedded Programming Modern C++”.

Level: Intermediate

Program Description

What are the challenges of embedded systems? Embedded systems are often critical systems that require high performance, have reduced resources, and run several tasks simultaneously. Let me teach you how to overcome these challenges with modern C++.

Each week, you should master a new station. To master a station, you have to invest about three hours. Therefore, you can integrate my program into your workday.

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Features

200 video lectures
20 one-hour sessions
Plus 50 posts

Extras

Q&A LIVE sessions
All media is offline available
Instant access via E-Mail

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Program structure

The mentoring program consists of 16 stations. For each station, you have to invest at least 3 hours per week. Therefore, you can integrate my program into your workday.

16 Stations

Initialization
- Initialization. do
- Initialization of Class Members
Type Deduction
- auto
- decltype
- Automatic Return Type
enum, Pointers, Lambdas
- Enumerations
- Pointers
- Lambdas
Type Traits
- static_assert
- Introduction
- Correctness
- Optimization
Literals
- User-Defined
- built_in
constexpr
- constexpr
Associative Containers
- Introduction
- Unordered Associative Containers
- Ordered Associative Containers
Templates
- Introduction
- Function Templates
- Class Templates
Templates
- Template Parameters
- Template Arguments
Template Specialization
- Introduction
- Partial Template Specialization
- Full Template Specialization
Move Semantics
- default and delete
- Lvalue and Rvalue References
- Copy versus Move Semantics
- std::move
- Move Semantics for User-Defined Types
- Perfect Forwarding
Memory
- RAII
- new
- Placement new
- delete
Smart Pointers
- Introduction
- std::unique_ptr
- std::shared_ptr
- std::weak_ptr
- Performance
Threads
- Introduction
- Threads
- Shared Data
- Mutexes
- Locks
Threads
- Thread-local
- Thread-Safe Initialization
- Condition Variables
Tasks
- Introduction
- std:: async
- Promises and Futures

One Station Concept

Each mentoring program consists of 16 to 30 stations you have to master. A station is one week long, and you should invest about three hours/week. Therefore, you can integrate my program into your workday. Each station consists of theory, practice, and mentoring:

Theory

Pure theory: 10 slides (video)
Applied theory: 5 examples (video)
Additional: Posts and Training videos

Practice

Practical exercises (videos)
Sample solutions to the exercises (video)
Active C++ community in moderated forums

Mentoring

Each week: Live Q&A session based on Forum questions
One-to-one mentoring at the end of the mentoring program if requested

Performance

Please click the button above to go to the LIVE view of my mentoring program.

The Ideal Mentee

First, you need a good knowledge of C++ and want to become fluent in patterns. If you don’t think you’re a good C++ programmer, you should first master my basic mentoring program Fundamenalts for C++ Professionals.

You have to invest at least three hours a week and can, therefore, integrate my program into your workday. In the ideal case, your company supports you with time and money.

Here are a few participant profiles I have in mind:

Professionals who want to master patterns
C++ developers who want to make their next career step
C++ developers interested in good software design

Mentee Membership and Community Membership

When you master your mentoring program, you can extend your Mentee Membership with a Community Membership.

Mentee Membership

Member of a mentoring program
Includes the Community Membership

Community Membership

Access to the previous mentoring program
You cannot participate in the Q&A sessions, but you can watch recorded Q&A sessions
Becomes a community member if requested
Community Membership is €150 (lifetime)

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