This course, "Object-Oriented Design for Embedded Apps: SOLID Fundamentals,” covers the SOLID set of principles of Object-Oriented Design (OOD) and Programming specific to embedded systems. From here, you will understand how to create dependable and sustainable systems and thus become a better developer, and therefore view different perspectives in the embedded software design. By following the Object-Oriented Programming (OOP) concepts, you will be able to produce clear, reusable, maintainable, and efficient code, which is a key requirement for dealing with the complexity of today’s embedded applications.
In this course, "Object-Oriented Design for Embedded Apps: SOLID Fundamentals,” you’d grasp why it’s appropriate to apply object-oriented design principles into the applications of the embedded systems and learn C and C++ in details pertinent to these systems. You will also understudy various limitations associated with individual embedded environments, such as coping with scarce memory and speed. Many design patterns are discussed in the course, including the Creational, Structural, and Behavioral patterns, all of which are applied to the embedded systems. Also, you will get real-world exposure to SOLID principles to create reliable and solid software applications.
Whether you're a beginner or an experienced programmer, this course, "Object-Oriented Design for Embedded Apps: SOLID Fundamentals,” are useful tips and handy approaches to heighten your development aptitude. You will also discover the current practices in designing embedded systems and methodologies for testing, debugging, and performance improvement of homegrown and industrially produced embedded software that will enable you to produce efficient, portable, and maintainable embedded software.
Object-Oriented Design for Embedded Apps: SOLID Fundamentals Table of Contents:
- Introduction and Motivation - 06:01
- What You Will Learn - 01:24
- Learn the Foundations of C & C++ and Best Practices in Code Management - 08:37
- Comparing Operational Constraints in Hosted vs. Freestanding Environments - 03:21
- Comprehensive Overview of Object-Oriented Design Patterns - 02:22
- Some Fundamentals - 02:45
- Understanding Creational Design Patterns - Factory Method and Singleton Method - 05:53
- Creational Design Patterns Overview - 02:42
- Factory Method Design Patterns - 03:32
- Singleton Method Design Patterns - 02:30
- Understanding Structural Design Patterns - Adapter, Decorator, and Facade Method - 06:17
- Structural Patterns Basics - 02:54
- Adapter Design Pattern - 03:34
- Decorator Design Pattern - 02:58
- Facade Design Pattern - 02:36
- Understanding Behavioral Design Patterns - State, Observer, and Strategy Method - 13:10
- Behavioral Design Patterns - 01:53
- How to Apply SOLID Principles in Embedded Applications - 10:01
- SOLID Principles in Programming - 02:27
- Discover Industry Best Practices for Designing Robust Embedded Systems - 05:48
- Assignment 1 - 1 Question
Who is this course for?
- Software developers are shifting to object-oriented programming in C++ and UML.
- Computer science learners interested in Object-Oriented Design and Analysis with C++.
- EMBEDDED SYSTEMS ENGINEERS desiring to understand OOAD principles in C++ better.
- Any working professional who wishes to master the Java language and increase his/her proficiency in Object-Oriented Programming and Design.
- Entry-level developers who wish to expand their knowledge of OOP and its implementation using C++.
- People involved in project management wish to learn more about Object-Oriented Analysis because of its essentiality in software development.
- Pre-technical people are eager to learn object-oriented programming and design as soon as possible.
- Software architects are interested in the enhancement and development of SOLID principles in a C++ environment.
- Regarding the knowledge area, the main focus involves applying UML techniques to support the comprehension of Object-Oriented Design.
- Learners who desire to change their careers to software development while learning Object-Oriented Programming and Design in C++.
