MP3 Player
MP3 Player
MP3 Player
Design and build your own MP3 player from scratch. This hands-on course teaches students how to create schematics, design PCBs using EasyEDA, solder components, and develop a basic IoT-enabled sound device.
Design and build your own MP3 player from scratch. This hands-on course teaches students how to create schematics, design PCBs using EasyEDA, solder components, and develop a basic IoT-enabled sound device.
Design and build your own MP3 player from scratch. This hands-on course teaches students how to create schematics, design PCBs using EasyEDA, solder components, and develop a basic IoT-enabled sound device.
Target Student
Secondary Student
Category
PCB-01
Number of Session
7
Session Duration
6 hours
Course Description
Course Description
Course Description
This course introduces students to the world of Printed Circuit Boards (PCBs) — the foundation of all modern electronic products, often referred to as the "mother of electronics." Students will use EasyEDA, a beginner-friendly, web-based design tool that allows them to create circuit schematics and lay out PCB designs without any coding or engineering background.
By the end of the course, students will have completed a fully functional MP3 player. They will learn how to burn MP3 audio files onto the device and use buttons or sensors to trigger sound playback. This project also serves as a starting point for basic IoT (Internet of Things) development, allowing students to explore interactive sound applications.
This course introduces students to the world of Printed Circuit Boards (PCBs) — the foundation of all modern electronic products, often referred to as the "mother of electronics." Students will use EasyEDA, a beginner-friendly, web-based design tool that allows them to create circuit schematics and lay out PCB designs without any coding or engineering background.
By the end of the course, students will have completed a fully functional MP3 player. They will learn how to burn MP3 audio files onto the device and use buttons or sensors to trigger sound playback. This project also serves as a starting point for basic IoT (Internet of Things) development, allowing students to explore interactive sound applications.
This course introduces students to the world of Printed Circuit Boards (PCBs) — the foundation of all modern electronic products, often referred to as the "mother of electronics." Students will use EasyEDA, a beginner-friendly, web-based design tool that allows them to create circuit schematics and lay out PCB designs without any coding or engineering background.
By the end of the course, students will have completed a fully functional MP3 player. They will learn how to burn MP3 audio files onto the device and use buttons or sensors to trigger sound playback. This project also serves as a starting point for basic IoT (Internet of Things) development, allowing students to explore interactive sound applications.
Highlights
Highlights
Highlights
Complete development of a custom MP3 playback device
Hands-on PCB design using EasyEDA (no installation required)
Integration of buttons or sensors to trigger audio files
Exposure to sound module programming and embedded development
Introduction to IoT applications using audio as a medium
Complete development of a custom MP3 playback device
Hands-on PCB design using EasyEDA (no installation required)
Integration of buttons or sensors to trigger audio files
Exposure to sound module programming and embedded development
Introduction to IoT applications using audio as a medium
Complete development of a custom MP3 playback device
Hands-on PCB design using EasyEDA (no installation required)
Integration of buttons or sensors to trigger audio files
Exposure to sound module programming and embedded development
Introduction to IoT applications using audio as a medium
Learning Outcome
Learning Outcome
Learning Outcome
Understand the structure and role of PCBs in electronics
Learn to use EasyEDA for schematic and PCB layout design
Practice creating electronic schematics
Gain hands-on experience soldering components on a PCB
Develop a functioning MP3 player with interactive features
Explore foundational concepts in IoT product development
Understand the structure and role of PCBs in electronics
Learn to use EasyEDA for schematic and PCB layout design
Practice creating electronic schematics
Gain hands-on experience soldering components on a PCB
Develop a functioning MP3 player with interactive features
Explore foundational concepts in IoT product development
Understand the structure and role of PCBs in electronics
Learn to use EasyEDA for schematic and PCB layout design
Practice creating electronic schematics
Gain hands-on experience soldering components on a PCB
Develop a functioning MP3 player with interactive features
Explore foundational concepts in IoT product development
Equipment Provided by School
Laptop or desktop computer (with USB port)
Internet access
Mouse
Soldering tool kit
Laptop or desktop computer (with USB port)
Internet access
Mouse
Soldering tool kit
Laptop or desktop computer (with USB port)
Internet access
Mouse
Soldering tool kit
Teaching Materials Provided By Semtron
MP3 Player PCB kit (PCB, MP3 module, buttons, speaker, microcontroller, supporting components)
Digital student worksheets and circuit design guides
EasyEDA step-by-step tutorials
Teacher presentation slides (available on request)
MP3 Player PCB kit (PCB, MP3 module, buttons, speaker, microcontroller, supporting components)
Digital student worksheets and circuit design guides
EasyEDA step-by-step tutorials
Teacher presentation slides (available on request)
MP3 Player PCB kit (PCB, MP3 module, buttons, speaker, microcontroller, supporting components)
Digital student worksheets and circuit design guides
EasyEDA step-by-step tutorials
Teacher presentation slides (available on request)
More Works More Works
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Do you have questions about our services or want to learn about sustainable living?
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