Robotics Internship Program - R.I.P

A 30 Hr long Hands-On training course in Robotics. The Course will take you right from the basics of building robots and sensors onto building competitive robots implementing PID control

Check out these videos to see what you will learn to do...

Duration: 10 Days / 30 Hrs [ 3hrs x 10 Sessions]
##### - Fees: 9321/- 9413/- 9974/- per person[Inclusive of Kit + Training Fee + Taxes(revised)] - #####

Fees Increase has been owing to an increase in our kit costs and operational costs(Electricity!!!, etc.)
10% Discount when you register as a group of 10 or more

Venue: Simple Labs Office, Ekkatuthangal, Chennai
Certificate: Yes – All Participants get a Certificate
Participants are Required to Bring in a Laptop
Proposed Schedule

Scroll to the bottom of this page to register


Kit Contents

InduinoX Board x 1
[Atmega168 Microcontroller + DS1307 RTC + TSOP IR Receiver + IR LED + LDR + RGB LED + 3 LEDS + 3 SWITCHES]
Induino Robotics Shield x 1
Induino Servo Shield x 1
16x2 LCD x 1
Stripper x 1
Aligner x 1
Breadboard x 1
USB Cable x 1
Hook-up Wire Set x 1
IR Remote x 1
IR Proximity Sensors x 4
Multicore Wire Set x 1
DPDT Switches x 2
Breadboard Components Set x 1
[Voltage Regulator 7805, ULN2003, L293D, IC7400, IC7404, Capacitors, Resistors, LEDs, Transistors, LDR & IR LED]
Quadbot Chasis Set x 1
[Fibre Cut Chasis + 8 Mini Servos]
2WD Base Chasis Set x 1


Course Contents - Day by Day - Regular Batch
Day 1 - Introduction
Introduction to Robotics – 30 Mins
Building a Manually Controlled Robot – 60 Mins
Introduction to Sensors – 15 Mins
Basic Power Regulation Cicruitry – 30 Mins
Building a Simple LDR / IR Sensor – 45 Mins
Day 2 - Simple Autonomous Robots
Introduction to Op-Amps – 15 Mins
Extending the IR Sensor to use Op-Amps – 60 Mins
Introduction to Motor Drivers – ULN2003 – 15 Mins
Building a Line Follower Robot – 75 Mins
Day 3 - Introduction to Microcontrollers
Introduction to Motor Drivers – L293D – 15 Mins
Building an Obsctale Avoider Robot – 75 Mins
Introduction to Microcontrollers & Arduino – 20 Mins
Arduino IDE & Driver Installation – 30 Mins
Program Structure Overview – 10 Mins
Working with Digital Outputs – 30 Mins
Day 4 - Microcontroller Based Robots
Working with Digital Inputs- Buttons & IR Sensors – 45 Mins
Overview of the Motor Shield – 15 Mins
Building a Simple Microcontroller Based Line Follower Robot – 60 Mins
Working with Analog Outputs – RGB LEDs – 20 Mins
Applying Speed Control to the Motors using PWM – 70 Mins
Day 5 - Remote Control & Displays
Working with Communication Protocols - IR Remotes / SIRC - 90 Mins
Building a Remote Controlled Robot – 60 Mins
Working with Liquid Crystal Displays –30 Mins
Day 6 - Legged Robots
Introduction to Legged Robotics – 20 Mins
Introduction & Controlling of Servos – 40 Mins
QuadBot Construction – 120 Mins
Day 7 - Gait Programming
Programming the Quadbot Gait – 60 Mins
Programming the Quadbot Movements – 60 Mins
Remotely Controlling the Quadbot – 60 Mins
Day 8 - PID Control
Introduction to PID Control – 20 Mins
The 'P' of PID - What & How? - 20 Mins
Implementing the 'P' control on a line follower – 140 Mins
Day 9 - PID Control
The 'I' of PID - What & How? - 20 Mins
Implementing the 'I' control on a line follower – 120 Mins
The 'D' of PID - What & How? - 20 Mins
Implementing the 'D' control on a line follower – 20 Mins
Day 10 - Open Day
Discuss & Build on Own Ideas - 180 Mins

Current Schedule

Monday 28th of May, 2012 at - Click to Register