Classes
Why Robotics?
Answer in 3 simple points:
- Future:
https://www.ted.com/talks/andrew_mcafee_what_will_future_jobs_look_like#t-195704
- Fun:
https://www.youtube.com/watch?v=RAm2lmkLPWM
- Infinite Possibilities:
https://www.youtube.com/watch?v=453ibZYZdGE
Course 01: Robotics & Arduino
Course 01 Syllabus: What you'll learn?
Key Concepts & Skills:
# Concept of Embedded systems and Robotics.
# Digital and Analog Sensors Interfacing.
# Circuit designing skills based on datasheet calculations.
# Different display methods.
# Soldering and desoldering techniques.
# Understand and implement UART, IIC, & SPI Communication protocols.
# Motor interfacing and applications.
First Month.
Introduction to Robotics.
Fundamental of Electronics.
Light Experiments.
Understand Prototyping.
Switch Experiments.
Second Month.
What is Microcontroller?
Programming in 'C' language.
Sense Human using HC-SR501 PIR Sensor.
Sense Distance using HC-SR04 Ultrasonic Sensor.
ADC & PWM Experiments.
Third Month.
What are different types of Communication Protocols?
Real Time Clock.
Sense direction and acceleration using MPU6050 for quadcopter applications.
nRF24L01 transceiver communication.
Protocol Experiments.
Fourth Month.
Motor types and applications.
Gear Motor interfacing and applications.
Stepper Motor interfacing and applications.
Servo Motor interfacing and applications.
Display Experiments.
One - To - One Class Admission:
NEFT / IMPS Details:
Name: Aaron Tech Solutions
Current A/C: 0725102000016250
Bank: IDBI Bank, Kalamboli.
IFSC Code: IBKL0000725
UPI Details:
Payment UPI Name: Shraya Govinda Mukherjee
Payment UPI UID: robofun@sbi
Note: Kindly message me the transaction details.
Payment
Thank You
Robotics Tools & Components:
The following lists contain the parts and tools necessary to complete the course.
Many of the items below are reusable. Items like soldering irons, precision screwdrivers, Arduinos etc will last for many years if you look after them. Other items like resistors, spacers and potentiometers come in packs that contain sufficient numbers to last for many projects.
If you have some of them or some alternate of them, then no need to purchase. Also if you don't get some of the components and/or tools, no need to worry, we will see if we can continue to our course without those. Here, our primary concern is to understand the concept and how to use that knowledge to make some useful stuffs.
You can purchase from anywhere you like to. Some helpful options are given below:
Online Stores:
Offline Stores in Mumbai: Visha & Gala, Lamington Road.
Offline Store in Navi Mumbai: Alpha Troniks, Nerul.
Component List Specification: Name | x Min Quantity Each | ~ Unit Price /- , [ Optional ]
Necessary Tools
Multimeter | x1 | ~250/-
Mini Breadboard | x1 | ~50/-
Jumper Cables | mm,ff| ~120/-
Ribbon Cable | x1 | ~50/-
Wire Stripper | x1 | ~50/-
Screwdriver Set | x1 | ~100/-
Grip Cutter | x1 | ~100/-
[Soldering Iron 25W| x1| ~250/-]
[Soldering Wire | x1 | ~100/-]
[DeSoldering Wire | x1 | ~50/-]
[Soldering Iron Stand |x1| ~70/-]
[Solder Flux |x1| ~40/-]
[AntiStatic TweezerSet|x1|~340/-]
[PCB | x1 | ~50/-]
[AAx4 cell Holder | x1 | ~30/-]
Generic Components
22,47,68,100Ω 0.25W|x8|~3/-
220,330,470,680Ω 0.25W|x8|~3/-
1,10,100,1000kΩ 0.25W|x8|~3/-
10,22pF,0.1,1,10uF Cap|x3|~5/-
10,470,1000uF >10V Cap|x3|~9/-
LM7805 V-Regulator|x2|~25/-
[100,220,330Ω 9SIP|x2|~15/-]
[1, 10 kΩ 9SIP|x2|~15/-]
[1, 10 KΩ TrimPot | x2 | ~25/-]
Arduino Experiments
ArduinoUno R3 | x1 | ~450/-
ATmega 328P| x1 | ~190/-
16 MHz Crystal Osc | x2 | ~15/-
Light Experiments
Color LED 3mm DIP|x5|5/-
RBG LED 3mmDIP|x2| 15/-
Seven Segment LED |x2| 60/-
8x8 Dot Matrix LED|x2|100/-
WS2811RBG Breakout|x2| 70/-
ULN2803 Darlington |x2| 25/-
Switch Experiments
Push Button| x5| ~5/-
4x4 keypad| x1 | ~200/-
SN74HC164 ShiftReg|x2| ~25/-
TTP223 Touch Switch |x1| ~45/-
BC547 Transistor | x2| ~5/-
1N5408 Si Diode | x5| ~5/-
5VDC 250VAC Relay |x1| ~50/-
ADC & PWM Experiments
1kΩ Precision Pot | x1 | ~150/-
Joystick| x1| ~80/-
LDR| x2| ~15/-
10kΩ Thermistor| x2| ~15/-
DHT-11 | x1 | ~130/-
360° Encoder | x1 | ~120/-
microphone| x2| ~15/-
5V Passive Buzzer | x2 | ~10/-
5V Active Buzzer | x2 | ~20/-
HC-SR501| x1| ~90/-
HC-SR04 | x1 | ~100/-
IR LED | x2 | ~5/-
VS1838 IR Sensor| x2| ~20/-
Protocol Experiments
MPU6050 | x1 | ~200/-
nRF24L01 transceiver |x1| ~150/-
[ds1302 RTC | x1| ~90/-]
[Mini MicroSD Module |x1| ~90/-]
Display Experiments
LCD 16x2 | x1 | ~150/-
OLED 0.96'' | x1| ~350/-
[2.4''TFT touch Shield|x1| ~590/-]
Motor Experiments
BO Motor | x1| ~75/-
L298N driver | x1 | ~160/-
28BYJ48+ULN2003 | x1| ~210/-
180° SG-90 servo | x1 | ~130/-
[360° SG-90 servo | x1 | ~260/-]