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NANIT
Robotics course for beginners
This course is designed to most effectively teach the basics of electronics, automation and programming on ARDUINO platforms using the C/C++ language
Recording video lessons
The course starts on 10 October
Full course 30 classes
Certificate after the course
Sign up for a course in Robotics and Programming
We reveal your potential
We are doing the learning process
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STEM-oriented approach. We teach from scratch, knowledge of programming language and sensors is not necessary!
The goal – is to achieve better learning of the material by solving technical problems. We are working on the Nanit SMART HOME constructor, which is a model of a Smart House
Our students are delighted with the course «Smart House on Arduino»
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«I am very happy that such modern professions of the future as Robotics are being taught in Ukraine»
Konstantinload...
When I learn, I not only learn more, but I can also make my home «Smart»
AndrewWhat are the advantages of becoming a professional in the field of «Smart Homes»
Constant career and financial growth
Opportunities for career and financial growth are practically unlimited. There is also the possibility of relocation to another country.
A growing number of vacancies
Due to the high demand for IT specialists, the wages of Embedded developers around the world are constantly and steadily increasing.
High salaries in dollars
Comfortable working conditions, a social package, a flexible schedule are not all the benefits of the Embedded developer profession.
Learning with NANIT Robot is
NANIT SMART HOME
AGE: 16-99 YEARS
$199
Robot programming
Knowledge of coding, engineering
Knowledge of coding, engineering
Knowledge of coding, engineering
Training takes place with the Nanit SMART HOME, which must be purchased in our store
$199
Format of learning in numbers
Sign up for the course «Smart house on Arduino»
Training format
2 times a week
One lesson
90 minutes
Number of modules
6 modules
Competitive classes
2 classes
Watch the lab video NANIT Robot
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How to start studying
Training takes place with the Nanit STEM SMART HOME, which must be purchased in our store
1
You leave an application
You leave an online application on the website and wait for a call
2
You choose the format
Online training or video lessons
3
You will pay for the course and the Nanit set
You pay for the course and the Nanit kit in a convenient way for you
4
You learn development
You learn and slowly begin to admire the world
Principles of learning in the course «Smart house on Arduino»
Qualified teachers
Our teachers have higher technical education at universities in the USA and Ukraine. Work experience in design bureaus.
individual approach
Groups are formed with only 10 people. Personal tasks according to the level.
New components
We provide students with all the necessary equipment and accessories.
Technical English
We study all technical terms in English.
Program of the course «Smart house on Arduino»
Lesson 1
Introduction to Nanit Pro board, Arduino and IDE. Datasheet
Lesson 2
C++ language. Basics, functions, variables, programming the first program in the IDE.
Lesson 3
Unpinning of adapters. Analog and digital ports. Creating a traffic light.
Lesson 4
Piezoelectric emitter. Buzzer, creating your own ringtone.
Lesson 5
Buttons, a potentiometer, creating a piano.
Lesson 6
PWM. RGB LED and Buzzer.
Lesson 7
PWM. Servo motor.
Урок 8
Interruptions. Sound sensor. Switching the light by clapping.
Урок 9
Interruptions. PIR infrared motion sensor
Урок 10
ADCs. Carbon monoxide sensor MQ-7.
Урок 11
Temperature and humidity sensor DHT11
Урок 12
Ultrasonic distance sensor HC-SR04
Урок 13
Matrix keyboard.
Урок 14
Cycles, 7 segment indicators.
Урок 15
Intermediate test, repetition of the studied material and analysis of the test.
Урок 16
Stepper motor.
Урок 17
Control of a powerful load. Relay.
Урок 18
Shift register 74HC595.
Урок 19
Line sensor and servo motor combination (Zone B)
Урок 20
Line sensor and combination of operation with servo motor and light sensor (Zone B)
Урок 21
Garage control system: Buzzer, stepper motor, ultrasonic, 7 segments.
Урок 22
Ventilation control system: CO2 sensor and PS motor.
Урок 23
LCD display. Learning symbols. Humidity and CO2 value output (Zone G)
Урок 24
LCD display. Learning colors. Output of the value of Illumination and Temperature
Урок 25
Creating a password protection system: keyboard, PIR, RGB, Buzzer.
Урок 26
Creating a password protection system: keyboard, PIR, RGB, Buzzer.
Урок 27
Programming of all the algorithms of the layout of a smart house.
Урок 28
Programming of all the algorithms of the layout of a smart house. AT team.
Урок 29
BLE, Bluetooth, Serial. Control of turning on the servo motor, RGB, PS motor
Урок 30
RX TX, final testing.
The best trainers in robotics and programming
Yury Panchenko
Graduated from Donetsk National Technical University (DonNTU). He considers B&O multimedia systems (home theaters) his hobby. He has been teaching the "Smart Home" course for over 5 years, has graduated over 500 Smart Home Engineers
Egor Lyfrinenko
Teaching others is my purpose in life. Python developer. 2+ years of intensive Python learning. Before that, I programmed microcontrollers in C / C ++. I develop highly loaded services for business, and also study Machine Learning
Koval Roman
Educates future engineers of "Smart Houses". Design engineer: excellent command of EasyEDA printed circuit board design programs, SOLIDWORKS 3D modeling, as well as perfect command of soldering equipment of all levels of complexity.
Salary of specialists in this field
Currently, there is a shortage of Smart Home infrastructure designers on the market
No work experience
With more than a year of experience
Abroad
1 000 $
Salary per month
7%
Available vacancies on job search sites
3 000 $
Salary per month
7%
Available vacancies on job search sites
5 000 $
Salary per month
7%
Available vacancies on job search sites
Photos from the courses «Smart house on Arduino»
robotics made easy
robotics made easy
robotics made easy
robotics made easy
Feedback from the course
Michael
I really liked the trainer and the idea of the course! An interesting program, presentation of the material at the level, and most importantly, interesting practice.
Andrew
Always interested in electronics and programming. This course helped to learn new skills and find a new job
Alex
Easy and accessible presentation of the material, the teacher explains everything and gives answers in chats. The feedback works very well, which allows me to learn the material better. Satisfied with the course
List of course electronics
A set of components for training on the Smart House course on Nanit SMART HOME
- Nanit microcontroller based on Arduino
- Servo drive Towei Pio SG90 micio Servo 9g Ultrasonic distance sensor HC-SR04 Temperature and humidity sensor DHT11 module RFID reader RFID-RC522 + card or key fob Carbon monoxide sensor MQ-7 module
- LED green, red, blue, yellow (565 nm), 5 mm in diameter, Photoresistor (light sensor)
- Resistor 220 Ohm, 1 kOhm, 10 kOhm, 100 kOhm Variable resistor 10 kOhm (kOhm) B10K-15mm IR obstacle sensor
- Sound Sensor, Line Sensor, 1N4007 Diode, Common Cathode RGB LED Module (OK)
- Stepper motor 28BYJ-48 5V with ULN2003 driver, DC motor 1.5-6 V 130 speed, Flexible matrix keyboard 4x4 (16 keys), Active buzzer
- Display on seven-segment indicators TM1637, Relay module, Clock button, Bluetooth module HC-05, Shift register 74HC595
- dupont wires "mom-mom" tire 20 cm 40 pcs , dupont wires "dad-mom" tire 20 cm 40 pcs
- Infrared motion sensor (PIR Sensor) HC-SR501, Solderless breadboard small 400 points
- Housing (plywood), M3 bolts, M3 nuts, Screwdriver, RJ12 conductors, Universal adapter, Usb type C
- 2N2222 npn transistor, 2N2907 npn transistor
Answers to questions
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4.
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