Interactive Embedded Systems Design
Issued by
George Mason University
In partnership with GMU’s ECE 350, attendees will develop a prototype embedded system that integrates a single-board computer to manage the transmission, reception, and control of signals between sensors and other components. The system supports interaction between hardware and software, enabling processing and control. Potential applications include home automation and smart living solutions, security and surveillance systems, robotics and navigation platforms, as well as interactive games.
- Type Experience
- Level Foundational
- Time Hours
- Cost Free
Skills
- Building Automation
- Computer Hardware
- Electronic Navigation
- Embedded Operating Systems
- Embedded Software
- Embedded Systems
- Home Automation
- Processing (programming language)
- Process Management
- Project Planning
- Prototyping/iteration
- Robotics
- Security
- Security Systems
- Sensor Interfacing
- Signal Handling
- Single Board Computers
- System-level thinking
- Systems Integration
- Transmission Systems
- Troubleshooting/debugging
Earning Criteria
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A custom prototype embedded system, (potential applications include: home automation and smart living solutions, security and surveillance systems, robotics and navigation platforms, interactive games or entertainment system) that integrates a single-board computer to manage the transmission, reception, and control of signals between sensors and other components