Unit 1: C++ in Embedded Systems
Unit 2: C++ Syntax and Operators
C++ for Power Electronics: Embedded Control Design
Master C++ for designing and implementing embedded control systems in power electronics, from fundamental syntax to advanced optimization techniques.
Unit 1: Data Types in Embedded C++
Unit 2: Memory Organization
Unit 1: Conditional Statements and Logic
Unit 2: Looping Structures and Bitwise Operations
Unit 1: Functions: The Building Blocks
Unit 2: Advanced Function Techniques
Unit 1: OOP Core Concepts
Unit 2: OOP in Embedded Systems
Unit 1: Defining Classes for Power Electronics
Unit 2: Creating and Using Objects
Unit 1: Understanding Encapsulation
Unit 2: Getters and Setters
Unit 1: Single Inheritance in C++
Unit 2: Multiple Inheritance
Unit 1: Understanding Polymorphism
Unit 2: Applying Polymorphism
Unit 1: Dynamic Allocation Basics
Unit 2: Avoiding Memory Issues
Unit 1: Introduction to Smart Pointers
Unit 2: Shared and Weak Pointers
Unit 1: Creating Base Classes for Power Electronic Components
Unit 2: Modeling Specific Components with Inheritance
Unit 1: Fundamental Data Structures
Unit 2: Advanced Data Structures
Unit 1: Microcontroller Fundamentals
Unit 2: Setting Up Your Environment
Unit 1: PID Control Algorithm Implementation
Unit 2: Tuning and Integration
Unit 1: PWM Fundamentals and Generation
Unit 2: Advanced PWM Techniques
Unit 1: Interrupt Fundamentals and ISRs
Unit 2: Interrupt Management and Priorities
Unit 1: Introduction to CMSIS
Unit 2: Practical CMSIS Applications
Unit 1: Understanding and Using HAL
Unit 2: HAL in Action
Unit 1: Debugging Tools and Techniques
Unit 2: Advanced Debugging Techniques
Unit 1: Profiling and Bottleneck Identification
Unit 2: Optimization Techniques
Unit 1: RTOS Core Concepts
Unit 2: RTOS Communication & Applicability
Unit 1: Serial Communication Fundamentals
Unit 2: Advanced Communication Protocols
Unit 1: Analyzing Power Electronics Applications
Unit 2: Applying C++ Knowledge