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Course Outline
Introduction
Embedded Systems Overview
- Real-world applications: watches, DVD players, mobile phones, etc.
- Distinguishing between real-time operating systems, EmbeddedLinux, and others.
- Managing resource constraints: size, speed, and power consumption.
Microcontroller Architecture Overview
- Comparing microcontrollers and microprocessors.
- Criteria for selecting a microcontroller architecture.
Initiating a Project
- Defining design requirements.
- Setting up the development environment, tools, and hardware.
- Connecting the microcontroller to a PC.
Programming 8051 Microcontrollers with Embedded C
- Interacting with system peripherals.
- Connecting user-defined peripherals.
- Utilizing General Purpose I/O.
Programming ARM CORTEX M-3 with Embedded C
- Interacting with system peripherals.
- Connecting user-defined peripherals.
- Utilizing General Purpose I/O.
Programming ARM9 CPU Cores with Embedded C
- Interacting with system peripherals.
- Connecting user-defined peripherals.
- Utilizing General Purpose I/O.
Testing and Debugging
- Essential tools and methodologies.
- Optimization strategies for size, speed, and power efficiency.
Deploying Embedded Systems
- Considerations for the operating environment.
- Implementing device security.
Troubleshooting
Summary and Conclusions
Requirements
- A foundational understanding of electronics.
- Proficiency in C programming.
- Participants must bring their own hardware (microcontrollers, cables, etc.) and software (IDE, etc.). Please coordinate with the training team for precise requirements.
Target Audience
- Electronics Engineers
- Developers with a background in electronics
35 Hours
Testimonials (1)
Just getting off the ground and doing some basic things was super useful
