Books, Media

Part Number	Description / PDF	Quantity
1259860388 McGraw-Hill Education	BOOK: 3D PRINTER PROJECTS	0
0071755675 McGraw-Hill Education	BOOK:15 DANGEROUSLY MAD PROJECTS	0
9780071832120 McGraw-Hill Education	BOOK: PROGRAMMING THE BEAGLEBONE	5
1259641635 McGraw-Hill Education	BOOK: PROGRAMMING ARDUINO	9
1259587541 McGraw-Hill Education	BOOK: PRACTICAL ELECTRONICS	1
1259861465 McGraw-Hill Education	BOOK: DIY DRONES	0
1260143244 McGraw-Hill Education	BOOK PROGRAMMING ARDUINO 2/E2019	4
1259587401 McGraw-Hill Education	BOOK: PROGRAMMING RASPBERRY PI	9
1259640582 McGraw-Hill Education	BOOK: RASP PI ELECT PROJECTS	2
125964376X McGraw-Hill Education	BOOK: PROGRAMMING FPGAS	1
0071790675 McGraw-Hill Education	BOOK: TAB BOOK OF ARDUINO PROJ	4
0071835202 McGraw-Hill Education	BOOK: THE INTERNET OF THINGS	8
1259644537 McGraw-Hill Education	BOOK: PYTHON FOR MICROCONTROLLRS	1
0071844635 McGraw-Hill Education	BOOK: FRITZING FOR INVENTORS	0
1259644251 McGraw-Hill Education	BOOK: BIG BOOK OF MAKERSPACE	10
0071817727 McGraw-Hill Education	BOOK: 30 ARDUINO PROJECTS	0
1259588335 McGraw-Hill Education	BOOK: PROGRAM THE INTEL EDISON	0
007177596X McGraw-Hill Education	BOOK: ARDUINO + ANDROID PROJECTS	1
1260012204 McGraw-Hill Education	BOOK: HACKING ELECTRONICS 2/E	0
0071830251 McGraw-Hill Education	BOOK: PROGRAMMING ARDUINO	0

Books, Media

1. Overview

Maker/DIY refers to tools, kits, and platforms enabling users to create, modify, or repair physical or digital products. It emphasizes hands-on learning and innovation through electronics, robotics, 3D printing, and programming.

Educational Books are structured learning resources combining pedagogical theory with practical exercises, designed for skill development in STEM, arts, and professional fields.

Media encompasses digital or physical content (videos, simulations, AR/VR) delivering interactive learning experiences. These technologies democratize education and accelerate prototyping in modern industries.

2. Main Types and Functional Classification

Type	Functionality	Application Example
Mechanical Kits	Physical assembly of gears, motors, and structures	3D-printed robotics arms
Programming Kits	Code-to-hardware integration for microcontrollers	Arduino-based sensors
Interactive Books	Augmented reality (AR) overlays on printed materials	Chemistry textbooks with molecular simulations
Educational Media	Streaming platforms with AI-driven assessments	Online coding bootcamps

3. Structure and Components

Maker/DIY: Modular PCBs, GPIO pins, sensors (temperature, motion), actuators, and open-source firmware.

Educational Books: Hybrid print-digital formats with QR codes, embedded videos, and cloud-based labs.

Media: Software frameworks (Unity/Unreal Engine), codecs (H.265, VP9), and user interaction modules (JavaScript APIs).

4. Key Technical Specifications

Parameter	Importance
Compatibility (e.g., Raspberry Pi 4 vs. Arduino Uno)	Determines hardware/software integration flexibility
Resolution (Media: 4K vs. 1080p)	Affects visual learning clarity
Latency (Interactive Platforms)	Impacts real-time feedback quality
Battery Life (Portable Kits)	Dictates usability in field environments

5. Application Fields

Education: K-12 coding labs, university engineering projects
Industry: Prototyping for IoT devices, rapid manufacturing
Healthcare: VR-based surgical training modules
Entertainment: DIY game development kits

6. Leading Manufacturers and Products

Manufacturer	Product
Adafruit Industries	Circuit Playground Express
O'Reilly Media	"Hands-On Machine Learning" book series
Coursera	Google IT Support Professional Certificate
Makeblock	Mechanical Arm Add-on for Arduino

7. Selection Recommendations

Consider:

Budget vs. scalability (e.g., Arduino vs. BeagleBone)
Content depth for books (peer-reviewed vs. self-published)
Media interactivity (gamification features, offline access)
Community support (GitHub repositories, forums)

8. Industry Trends

Key trends include:

AI integration in DIY kits for autonomous robotics
Expansion of Web3D/AR textbooks for immersive STEM learning
Hybrid media platforms combining VR with tactile feedback
Open-source hardware reducing R&D costs by 40% (Source: IEEE, 2023)