Skeletal Curriculum for Advancing Learners

PCB & Circuit Designing

DAYS TOPICS
Day 1

Theory

  • Introduction to Robotics & PCB Designing
  • Basics of Hardware (Resistors, Capacitors, ICs) & Software Tools
  • Overview of New Technologies in PCB Manufacturing
Day 2

Theory

  • Motor Principles & Types (DC, Stepper, Servo)
  • Gear Ratios, Torque Calculations, and Chassis Design Optimization
  • Types of Manual Robots and Applications

Practical

  • Assembling a Robotic Car
  • Designing a Remote Control Circuit
Day 3

Theory

  • PCB Design Software Overview (KiCad, Altium, Eagle)
  • Layer Management, Trace Routing, and Component Placement

Practical

  • Schematic Design for a Basic LED Blinking Circuit
  • Hands-on PCB Layout Design
Day 4

Theory

  • Advanced Circuit Schematics (Power Supply, Motor Drivers)
  • Design Validation Techniques (DRC, ERC Checks)

Practical

  • Dual-Layer PCB Design for a Motor Driver Circuit
  • Debugging Common Errors
DAYS TOPICS
Day 5

Theory

  • Soldering Methods
  • Safety Precautions
  • Different Methods of Soldering

Practical

  • Soldering LED’s on Zero PCB
  • Checking for errors
Day 6 PROJECT
Day 7 PROJECT
Day 8

Theory

  • Soldering Techniques
  • How to solder different components

Practical

  • LED Design Patterns
  • Use of Flux in soldering
  • Soldering Iron Precautions
  • Solder and Solder Materials Precautions
  • Checking for errors and desoldering techniques
Day 9

Theory

  • Introduction to IR sensors
  • Op-amp operation
  • Op-amp as a Comparator

Practical

  • Designing of IR Sensors
  • Testing of IR sensors
  • Detecting white and black surface with digital IR sensors
  • Monitoring analog and digital sensors
Day 10

Theory

  • L293D IC Explanation
  • Core of L293D vis-s-vis H-BRIDGE concept
  • Concept of Embedding L293D IC in MOTOR DRIVER shield

Practical

  • Making Connections of L293D IC on BREAD BOARD
  • Driving Motors with L293D on Bread Board
Day 11

Theory

  • Welcoming LINE FOLLOWER CONCEPT
  • Interface Motor Driver with IR sensor
  • Calibration of IR sensors
  • What is it?
  • Why is it Required?

Practical

  • Calibrating IR sensors
  • Make your Own LINE FOLLOWER
  • Make your Own OBSTACLE DETECTOR
  • Make your Own EDGE AVOIDER

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DAYS TOPICS
Day 19

Theory

  • Etching process
  • Safety precautions before starting the etching process

Practical

  • Getting PCB ready for etching
  • Etching the PCB
  • Checking for errors
  • Cleaning the PCB
Day 20

Theory

  • Finalizing PCB and Studying the circuit
  • Drilling and Soldering methods of PCB

Practical

  • Checking the PCB circuit
  • Drilling holes on PCB
  • Soldering the Components on PCB
  • Testing the finished PCB
Day 21 PROJECT
Day 22 PROJECT
Day 23

Theory

  • Arduino and Breadboard
  • Operation of Analog and Digital Signals
  • Introduction to ADC (theory)

Practical

  • Interfacing electronic components with arduino
  • Interfacing breadboard circuits and arduino
  • 8 bit and 10 bit concept
  • Lighting up several LED’s in a Wishful Pattern
  • Working on Switch, BUZZER and implementing with Arduino for better grasping of concepts
Day 24

Theory

  • Serial and Parallel Communication
  • Hello to Analog l/p and o/p

Practical

  • Creating the LED pattern on Bread Board
  • Color sensor on breadboard
Day 25

Theory

  • Know How of connecting motor driver board with ARDUINO

Practical

  • Interfacing Motor Driver with ARDUINO
  • Controlling motor (Direction of rotation, ON/OFF)
  • Speed Control of Motors using PWM
DAYS TOPICS
Day 26

Theory

  • How to integrate motors through sensors
  • Why Arduino required interfacing Motors through Sensors

Practical

  • Interfacing Motors through sensors via Arduino
  • Making your own INTELLIGENT LINE FOLLOWER using ARDUINO
  • Proper Calibration for efficient line following
Day 27

Practical

  • Making of Line Follower BOT
  • Wall Follower BOT using ATMEGA 328
  • Automatic obstacle avoider BOT
Day 28 PROJECT
Day 29 Doubts, testing and competition session
Day 30 PROJECT
Day 31

Theory

  • Introduction to DTMF Technology
  • Effectiveness of This Technology
  • Several Mobile controlled applications

Practical

  • Testing of DTMF
  • Integrating DTMF with Basic Shield
Day 32

Theory

  • Introduction to GSM based technology
  • Effectiveness of This Technology
  • 8870 Decoder IC

Practical

  • Integrating DTMF with motors
  • Remotely controlling of robots
Day 33

Theory

  • Advanced circuit on PCB design software
  • Testing the schematic for errors
  • Making Board Layout
  • Checking for errors and finalizing layout

Practical

  • Designing Advanced circuit on PCB software
  • Checking for errors in circuit
  • Finalizing circuit schematic
Day 34

Theory

  • Introduction to electronics
  • Applications of electronics
  • Electronics components explanation
  • Voltage divider rule

Practical

  • Interfacing components like LED, Resistor etc
  • Generating different colors from LED

Error

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Error Type: Tag Mismatch Exception
Location: Line 294, Column 35
Context: </div> expected but found </span>
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Recommended Action: Replace </span> with </div>
DAYS TOPICS
Day 41

Theory

  • Introduction to Image Acquisition
  • Live Videography using MATLAB
  • Integrating Real world with digital world

Practical

  • Installing Web cam with MATLAB
  • Clicking image using MATLAB
  • Live Edge detection
  • Object Tracking Robot
Day 42

Theory

  • Understanding Ultrasonic sensor
  • Utilising to detect range or distance
  • Range or distance calculations

Practical

  • Interfacing with ARDUINO
  • Reading values of Ultrasonic sensor at several points in SEBIAL MONITOR
Day 43 PROJECT
Day 44 Doubts and competition session
Day 45 Certificate Distribution Cum Farewell Ceremony

Number of Projects Covered in ADVANCE MODULE

  1. Blinka LED using a switch
  2. Glowing LEDs in pattern of your own choice
  3. Designing of RGB color pattern
  4. Automatic light control system
  5. Transistor as a touch switch
  6. Transistor as a NOT Gate
  7. Transistor as an amplifier
  8. Daily alarm clock
  9. Flood control alarm system
  10. Generation of MIDI tones
  11. Intelligent blind stick
  12. Manual robotic car
  13. Automatic line follower Robot
  14. Automatic obstacle detection System