STEM products and training support

 

 

Sensors Network for school campus

 

  • CO2 sensors

  • Air quality sensors, e.g. PM2.5

  • Motion sensors

  • Temperature and humidity sensors

 

All could tailor made into an interactive wall for school STEM lab, any further need in using another open source platform like Raspberry Pi and FPGA, please send your suggestion and inquiry to our customer services by email: cs@cloudlitetech.com. Any open-source electronics prototyping platform based on easy-to-use hardware and software are recommended.

 

 

"The role of the teacher is to create conditions for invention..."

                                                                   Seymour Papert

 

 

 

 

 

 

 

 

 

 

School Electronics for Fun

Robot:bit Manual Download

 

 

Temperature sensor

Counter

Compass

Arduino educational kit  

Smart Home Series I

Lesson 1: mixed feelings of intelligent lights
Lesson 2: Arduino control smart lights
Lesson 3: Light small conductor
Lesson 4: Smart touch light
Lesson 5: Quick Maintenance Method
Lesson 6: Lighting Designer
Lesson 7: Intelligent planting lights
Lesson 8: Print out your smart lights
Lesson 9: thirty degrees temperature difference (I)
Lesson 10: Thirty degrees temperature difference (II)

 

Smart Home Series II: Smart House Model Course

Lesson 1: everyone to build smart house

Lesson 2: Arduino smart house model

Lesson 3: Basic electronics

Lesson 4: Eye-Ear Tactile in Smart House - Input Devices

Lesson 5: Enter the device one by one to know

Lesson 6: Smart House hands and feet - output device

Lesson 7: Temperature Control Non-traditional

Lesson 8: The use of light can be really much

Lesson 9: From small parts to large systems

Lesson 10: From sensors to cloud

Lesson 11: Program coding controls a house

Lesson 12: Writing a program that determines the function of a house

 

Lesson 1: everyone to build smart house

Designing a table-top cabin with a plastic sheet and a 3D printer, with different features, a cool air system with a new principle in a small living room, a small greenhouse unit for plant-specific LED lights, a trip to travel plants by an automated system and sensing No one was instructed to use the restroom, as was the cabin on the plane.

 

Lesson 2: Arduino smart house model

Arduino board as a smart house controller, which is aware of the sensing device by the house temperature, plant care situation, while the assigned air-conditioning to reach the temperature, such as brain thinking so good hands and feet action

 

Lesson 3: Basic electronics

Learn the fundamentals of electronic devices

 

Lesson 4: Eye-Ear Tactile in Smart House - Input Devices

The eye of a smart house is like a light-sensing device. If there is sunlight shining through the window, the smart house can dim the light and save the electricity bill. The ear is the ultrasonic sensing device. Automatic opening, the smell is like the gas sensing device, in case of gas leakage, the gas can react immediately, the touch than the skin, such as water sensing device, forget the window can be closed window

 

Lesson 5: Enter the device one by one to know

Eye-light sensing devices for smart houses, ear-ultrasound devices for smart houses, nose devices for smart houses, olfactory gas sensing devices, tactile sensing devices for smart houses, skin sensing devices such as water, an introduction to each principle.

 

Lesson 6: Smart House hands and feet - output device

Smart house hands and feet as if the action part of the rain off the window, the sun is too strong to close the curtains, both hands and feet to do, smart house hands and feet more than these, but all for our service

 

Lesson 7: Temperature Control Unconventional Lost

Traditional air-conditioning is a lot of mechanical parts, and now we do not have a mechanical compressor, there is no chemical snow kind of air-conditioning, the effect is still very good! It is a hot plate, in fact, the other side of the hot plate is an electrostatically frozen plate, but no Used, we use the side of the freezer refrigeration to do air-conditioning, and this non-traditional air-conditioning almost no sound!

 

Lesson 8: The use of light can be really much

Have you ever wondered what kind of light the plants like, the original green leaves reflect the light, so the green leaves do not actually green light, so green as long as the red light plus blue like, so save the green energy is not better! Give different Scene design a special LED lights

 

Lesson 9: From small parts to large systems

The roots of the trees in the trees are connected to each other in the underground roots. They can even communicate with each other and transmit nutrients to the connected trees, so as to help one another. Therefore, it is only useful for a single part to be made into a complete system.

 

Lesson 10: Feel the cloud

For example, the body has a brain to control the sensor of the smart house, and the cloud is the brain. The data can be analyzed to instruct the smart house to achieve the functions of comfort, safety, and energy saving.

 

Lesson 11: Program coding controls a house

Program code running in the cloud will be sent to smart home address in the domain, you can command control of a house

 

Lesson 12: Writing a program that determines the function of a house

Finally, write a program to determine the function of the house, it completed the smart house

Raspberry Pi

Disclaimer: All resources, links and information are provided in good faith for guidance and reference purposes. No repsponsibility can be taken for loss or damages resulting from their use.

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