Chaihuo Maker Academy
Real Hardware, Real Delivery —Systematic Learning
Chaihuo Maker Academy
Seven learning modules (M0–M6) covering zero-to-hero hardware fundamentals, device interconnectivity, multimodal AI, mesh networking, edge vision, and environmental sensing — organized into a deliverable, adoptable, and co-buildable curriculum.
Learning Map · M0–M6
L1 · L2 · L3- M0
Smart Hardware Fundamentals
Skip the coding barrier — tell AI what to build in plain Chinese, and create smart hardware from zero baseline
- M1
Device Connectivity & Smart Control
Break free from expensive commercial software licenses, centrally manage legacy devices of all brands locally
- M2
Multimodal AI Interaction
Say goodbye to cumbersome system interfaces and complex operations — speak to query data, handle business, and control devices
- M3
Mesh Networking & Resilient Communication
Connect even without network or signal, supports signal relaying, quickly deploy an emergency private network with location tracking and messaging
- M4
Edge Vision AI
Leave behind post-event video playback, upgrade legacy cameras to real-time capture, linkable smart vision defense
- M5
Environmental Sensing & Data Acquisition
No Complex Wiring Construction, Build Wide-Area Sensor Networks, Easily Achieve Industrial Digital Upgrade
- M6
Robotic Control & Embodied Intelligence
Say goodbye to cumbersome traditional robot programming, easily control multi-DOF motions, quickly respond to on-site operation needs
Learning starts with real hardware and field materials
LEDs, sensors, gateways, cameras, spatial devices, and delivery documentation — real materials used in classroom experiments, project training, and collaborative delivery.
- M0
LED Strip
Start by lighting your first LED
- M1
Home Gateway
Home Assistant smart control
- M0
Sensor Kit
Temperature, humidity, light, motion
- M3
AI Camera
Edge vision recognition & inference
- M4
Spatial Devices
Microphone arrays & voice interaction
- M5
Delivery Docs
Courseware, lab manuals & project templates
When institutions adopt, they need to see these materials
Learning is not just a handout. Each module must correspond to hardware, experiments, project tasks, and reusable delivery materials.
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Real Hardware
Each module has a reusable hardware procurement list.
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Project Tasks
Hands-on project tasks for classrooms or bootcamps.
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Delivery Materials
Results-oriented delivery materials including courseware, lab manuals, and project templates.
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Reusability
Organize once, reuse repeatedly across batches.
Three Learning Tracks
Build with AI, Build AI Products, Solutions — three tracks for different goals and module combinations.
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M0
Build with AI
Create with AI tools, zero coding experience required
Let AI be your programmer while you be the maker. Use natural language to drive AI code generation, and create your own smart hardware projects.
M0View Track -
M2 · M4 · M6
Build AI Products
Develop products with AI capabilities
From multimodal AI interaction to edge vision AI, build smart terminals and products that understand business needs.
M2 M4 M6View Track -
M1 · M3 · M5
Solutions
System integration & scenario deployment
Combine device interconnectivity, mesh networking, and environmental sensing into deliverable industry solutions.
M1 M3 M5View Track
Pioneer & Base Program
Bring AI maker education to your city — Chaihuo provides courses, kits, and certification; you light the local spark.
Learning Structure
M0–M6 are learning modules, L1–L3 are hands-on depths
The matrix is an organizational tool. In actual delivery, it corresponds to modules, class depth, hardware materials, and project outputs.
- M0
Smart Hardware Fundamentals
Skip the coding barrier — tell AI what to build in plain Chinese, and create smart hardware from zero baseline
Tell AI what you want to do in Chinese, AI writes code, compiles, flashes. Zero coding foundation, yet create your own smart hardware project.
- M1
Device Connectivity & Smart Control
Break free from expensive commercial software licenses, centrally manage legacy devices of all brands locally
Based on Home Assistant and ESPHome, unify multi-protocol device access within a local area network to enable energy monitoring and automated orchestration.
- M2
Multimodal AI Interaction
Say goodbye to cumbersome system interfaces and complex operations — speak to query data, handle business, and control devices
Based on physical AI terminals, integrating edge vision, voice, and business-system APIs to enable multimodal spatial interaction.
- M3
Mesh Networking & Resilient Communication
Connect even without network or signal, supports signal relaying, quickly deploy an emergency private network with location tracking and messaging
Based on the LoRa Mesh self-organizing protocol, build an off-grid emergency communication and sensor-data backhaul network with no public-network dependency and multi-hop relaying.
- M4
Edge Vision AI
Leave behind post-event video playback, upgrade legacy cameras to real-time capture, linkable smart vision defense
Based on lightweight edge cameras and industrial-grade multi-channel AI compute hosts, build an edge vision solution for object detection, zone intrusion alerts, and automated linkage.
- M5
Environmental Sensing & Data Acquisition
No Complex Wiring Construction, Build Wide-Area Sensor Networks, Easily Achieve Industrial Digital Upgrade
Industrial-grade sensors with dual 4G/LoRaWAN links enable low-power environmental monitoring and data acquisition in wide-area scenarios.
- M6
Robotic Control & Embodied Intelligence
Say goodbye to cumbersome traditional robot programming, easily control multi-DOF motions, quickly respond to on-site operation needs
A six-axis desktop robotic arm combined with multimodal perception, enabling master-slave teleoperation, precise 3D spatial grasping, and embodied intelligence development.
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L1 · Demo Level
Suitable for short courses and open classes: understandable, explainable, and demonstrable.
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L2 · Consultant Level
Suitable for learning weeks and bootcamps: independently configure usable systems.
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L3 · Design Level
Suitable for business integration and deep customization: API integration, model training, private deployment.
Each module can be introduced independently at L1/L2/L3 depths, or combined across modules.
View Full Learning SystemBring the learning system into your teaching, training, or project site
You can start with a single module or combine solution packages by goal; delivery formats include Bare Hardware Kit, Standard Training Kit, Full-Delivery, and Train-the-Trainer.