School Training/Robotics Training

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Module A : ROBOTICS
LECTURE TYPE PRACTICAL NAME TOPICS COVERED
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
How to use Multimetre?
Resistor Variable resistor
class 2 PRACTICAL 2 introduction of electronics components- ii Batteries Broadboard introduction.
Where are negative and Positive terminals?
class 3 PRACTICAL 3 introduction of electronics components- iii LEDs can glow!!!
Where are negative and Positive terminals?
class 4 PRACTICAL 4 introduction of electronics components- vi Electromagnet OHM’s low Dc motor
class 5 & 6 PRACTICAL 5 Power supply design(5v ,6v,9v,12v) AC current to DC current convertor
circuit understanding and making.
class 7 PRACTICAL 6 Paper drawing circuit Circuit drading,create a resistance by drawing.
class 8 PRACTICAL 7 build a simple DC motor under standing electromagnetic induction
class 9 PRACTICAL 8 kinetic remote control Battery less remote control.just shake it!!!!
On the spot battery
class 10 and 11 PRACTICAL 9 A music pencil speaker,555 non programable timer IC
class 12 and 13 PRACTICAL 10 On-Off Momentry switch/touch switch transister as a switch,momentry switch,bread board implement
class 14 PRACTICAL 11 Free energy electricity generator how can we generate an electricity???
class 15 and 16 PRACTICAL 12 make your own shard light Led based glass decorated circuit
class 17 MINOR PROJECT An electrical Pencil sharpner_1 lets automize your pencil sharpner
class 18 MINOR PROJECT An electrical Pencil sharpner_2
class 19 MINOR PROJECT A LED ice cube decorated glass How to use the LED creatively
class 20 MINOR PROJECT A LED ice cube decorated glass
class 21 MINOR PROJECT paper plane flyer using 2 dc motors _1 working model of paper plane flyer,high speed dc motors
class 22 MINOR PROJECT paper plane flyer using 2 dc motors _2
class 23 MINOR PROJECT paper plane flyer using 2 dc motors _3
class 24 MINOR PROJECT A running bittle Dc motor and a sensor based small running rover
class 25 MINOR PROJECT A running bittle

 

Module B: ROBOTICS
LACTURE TYPE PRACTICAL NAME TOPICS COVERED
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
How to use Multimetre?
Resistor Variable resistor
class 2 PRACTICAL 2 introduction of electronics components- ii Batteries Broadboard introduction
Where are negative and Positive terminals?
LEDs can glow!!!
class 3 PRACTICAL 3 introduction of electronics components- iii Electromagnet OHM’s low
Dc motor
class 4 PRACTICAL 4 Power supply design(5v ,6v,9v,12v) AC current to DC current convertor
circuit understanding and making.
class 5 PRACTICAL 5 On-Off Momentry switch/touch switch transister as a switch,momentry switch,bread board implement
class 6 PRACTICAL 6 wireless electricity transfer coil making, transister as a amplifier,induction current
class 7 PRACTICAL 7 build a simple DC motor under standing electromagnetic induction
class 8 PRACTICAL 8 kinetic remote control Battery less remote control.just shake it!!!!   On the spot battery
class 9 PRACTICAL 9 A music pencil speaker,555 non programable timer IC
class 10 PRACTICAL 10 Paper drawing circuit Circuit drading,create a resistance by drawing.
class 11 PRACTICAL 11 Free energy electricity generator how can we gwnerate an electricity
class 12 PRACTICAL 12 make your own shard light Led based glass decorated circuit
class 13 MINOR PROJECT An electrical Pencil sharpner_1 lets automize your pencil sharpner
class 14 MINOR PROJECT An electrical Pencil sharpner_2
class 15 PRACTICAL 13 SENSORS water detector sensor
obstacle sensor
IR edge sensor
touch sensor
class 16 MAJOR PROJECT Neural ROBOT (Having insect like senses) Application of all sensors seen above ,PIC16f877A type microcontroller introduction,soldering and splicing of the circuit,motor programming.                     “0” or   “1”   working.
class 17 MAJOR PROJECT
class 18 MAJOR PROJECT
class 19 MAJOR PROJECT
class 20 MAJOR PROJECT
class 21 MAJOR PROJECT
class 22 MAJOR PROJECT
class 23 MAJOR PROJECT
class 24 MAJOR PROJECT
class 25 MAJOR PROJECT

 

GRADE 8 ROBOTICS
LACTURE TYPE PRACTICAL NAME TOPICS COVERED
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
What is ‘1’ & ‘0’ ?
How to use Multimetre?
Resistor Variable resistor, Capacitor, Diode, Batteries, Positive & negative terminal Led
class 2 PRACTICAL 2 introduction of electronics components- ii NPN & PNP transistor
Broadboard introduction 7-segment display working Electro magnet
class 3 PRACTICAL 3 introduction of electronics components- iii 555 timer introduction OHM’s low Dc motor
class 4 PRACTICAL 4 Power supply design(5v ,6v,9v,12v) AC current to DC current convertor
circuit understanding and making.
class 5 PRACTICAL 5 On-Off Momentry switch/touch switch transister as a switch,momentry switch,bread board implement
class 6 PRACTICAL 6 wireless electricity transfer coil making, transister as a amplifier,induction current
class 7 PRACTICAL 7 Solar battery charger Solar cell working fenomena,battery charging using lm317 IC
class 8 PRACTICAL 8 automatic solar garden lamp ldr light detector sensor,auto on of by sensing day and night
class 9 PRACTICAL 9 LED Dice seven segment display,555 non programable timer IC,4026 the encoder IC
class 10 PRACTICAL 10 Traffic Lights – 4 Way 555 non programable timer IC,4017 digital
class 11 PRACTICAL 11 Metal Detector/TV Remote Control Jammer Infrared sensor,555 timer Ic
class 12 PRACTICAL 12 Mosquito Repellent Circuit Altrasonic sound of 20khz to 38 khz which can irritate the mosquito,and repell them.
class 13 MINOR PROJECT paper plane flyer using 2 dc motors _1 working model of paper plane flyer,high speed dc motors
class 14 MINOR PROJECT paper plane flyer using 2 dc motors _2
class 15 PRACTICAL 13 SENSORS water detector sensor
obstacle sensor
IR edge sensor
Proximity sensor
touch sensor
class 16 MAJOR PROJECT Neural ROBOT (Having insect like senses)    OR
Robotic wireless electromagnet Crane
Application of all sensors seen above ,PIC16f877A type microcontroller introduction,soldering and splicing of the circuit,Application of Electromagnet,  radio frequency based remote controll,robot programming through C language
class 17 MAJOR PROJECT
class 18 MAJOR PROJECT
class 19 MAJOR PROJECT
class 20 MAJOR PROJECT
class 21 MAJOR PROJECT
class 22 MAJOR PROJECT
class 23 MAJOR PROJECT
class 24 MAJOR PROJECT
class 25 MAJOR PROJECT
*Minor and Major project will hold among 5 students.                                                                                                                                                                     *We will provide multimeter,soldering ions,adeptors .                                                                                                                                                                  *We required the computer lab,projector,black board,seating arrangement from your side.                                                                                                                                                    *Students can take all the circuits made by them and the kits provided by us only.

 

Module C : ROBOTICS
LACTURE TYPE PRACTICAL NAME TOPICS COVERED
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
What is ‘1’ & ‘0’ ?
How to use Multimetre?
Resistor Variable resistor
class 2 PRACTICAL 2 introduction of electronics components- ii Capacitor Diode Batteries Positive & negative terminal Led
class 3 PRACTICAL 3 introduction of electronics components- iii Broadboard Introduction
DC motor working
Electro magnet
class 4 PRACTICAL 4 Power supply design(5v ,6v,9v,12v) 555 timer introduction OHM’s low
class 4 PRACTICAL 5 Power supply design(5v ,6v,9v,12v) AC current to DC current Converter circuit understanding and making.
class 5 PRACTICAL 6 On-Off Momentry switch/touch switch transister as a switch,momentry switch,broad board implement
class 6 PRACTICAL 7 wireless electricity transfer coil making, transister as a amplifier,induction current
class 7 PRACTICAL 8 Solar battery charger Solar cell working fenomena,battery charging using lm317 IC
class 8 PRACTICAL 9 automatic solar garden lamp ldr light detector sensor,auto on of by sensing day and night
class 9 PRACTICAL 10 LED Dice seven segment display,555 non programable timer IC,4026 the encoder IC
class 10 PRACTICAL 11 Traffic Lights – 4 Way 555 non programable timer IC,4017 digital
class 11 PRACTICAL 12 Metal Detector/TV Remote Control Jammer Infrared sensor,555 timer Ic
class 12 MINOR PROJECT paper plane flyer using 2 dc motors _2 working model of paper plane flyer,high speed dc motors
class 13 MINOR PROJECT paper plane flyer using 2 dc motors _2
class 14 PRACTICAL 13 SENSORS water detector sensor
obstacle sensor
IR edge sensor
touch sensor
class 15 MAJOR PROJECT Neural ROBOT (Having insect like senses) Application of all sensors seen above ,PIC16f877A type microcontroller introduction,soldering and splicing of the circuit,Application of Electromagnet,   radio frequency based remote controll,robot programming through C language
class 16 MAJOR PROJECT
class 17 MAJOR PROJECT
class 18 MAJOR PROJECT
class 19 MAJOR PROJECT
class 20 MAJOR PROJECT
class 21 MAJOR PROJECT
class 22 MAJOR PROJECT
class 23 MAJOR PROJECT
class 24 MAJOR PROJECT
class 25 MAJOR PROJECT

 

 

 Module D: ROBOTICS
LACTURE TYPE PRACTICAL NAME TOPICS COVERED
       
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
What is ‘1’ & ‘0’ ?
How to use Multimetre?
Resistor Variable resistor, Capacitor, Diode, Batteries , Positive & negative terminal Led
class 2 PRACTICAL 2 introduction of electronics components- ii NPN & PNP transistor
Broadboard introduction
7-segment display working
Electro magnet
class 3 PRACTICAL 3 introduction of electronics components- iii 555 timer introduction
OHM’s low
Dc motor
class 4 PRACTICAL 4 Power supply design(5v ,6v,9v,12v) AC current to DC current convertor
circuit understanding and making.
class 5 PRACTICAL 5 On-Off Momentry switch/touch switch transister as a switch,momentry switch,bread board implement
class 6 PRACTICAL 6 wireless electricity transfer coil making, transister as a amplifier,induction current
class 7 PRACTICAL 7 Solar battery charger Solar cell working fenomena,battery charging using lm317 IC
class 8 PRACTICAL 8 automatic solar garden lamp ldr light detector sensor,auto on of by sensing day and night
class 9 PRACTICAL 9 LED Dice seven segment display,555 non programable timer IC,4026 the encoder IC
class 10 PRACTICAL 10 Traffic Lights – 4 Way 555 non programable timer IC,4017 digital
class 11 PRACTICAL 11 Metal Detector/TV Remote Control Jammer Infrared sensor,555 timer Ic
class 12 PRACTICAL 12 Mosquito Repellent Circuit Altrasonic sound of 20khz to 38 khz which can irritate the mosquito,and repell them.
class 13 MINOR PROJECT paper plane flyer using 2 dc motors _1 working model of paper plane flyer,high speed dc motors
class 14 MINOR PROJECT paper plane flyer using 2 dc motors _2
class 15 PRACTICAL 13 SENSORS water detector sensor
obstacle sensor
IR edge sensor
Proximity sensor
touch sensor
class 16 MAJOR PROJECT Neural ROBOT (Having insect like senses)   OR
Robotic wireless electromagnet Crane
Application of all sensors seen above ,PIC16f877A type microcontroller introduction,soldering and splicing of the circuit,Application of Electromagnet,   radio frequency based remote controll,robot programming through C language
class 17 MAJOR PROJECT
class 18 MAJOR PROJECT
class 19 MAJOR PROJECT
class 20 MAJOR PROJECT
class 21 MAJOR PROJECT
class 22 MAJOR PROJECT
class 23 MAJOR PROJECT
class 24 MAJOR PROJECT
class 25 MAJOR PROJECT

 

GRADE 6 ROBOTICS 
LACTURE TYPE PRACTICAL NAME TOPICS COVERED
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
How to use Multimetre?
Resistor Variable resistor
class 2 PRACTICAL 2 introduction of electronics components- ii Batteries
Broadboard introduction
Where are negative and Positive terminals?
LEDs can glow!!!
class 3 PRACTICAL 3 introduction of electronics components- iii Electromagnet
OHM’s low
Dc motor
class 4 PRACTICAL 4 Power supply design(5v ,6v,9v,12v) AC current to DC current convertor
circuit understanding and making.
class 5 PRACTICAL 5 On-Off Momentry switch/touch switch transister as a switch,momentry switch,bread board implement
class 6 PRACTICAL 6 wireless electricity transfer coil making, transister as a amplifier,induction current
class 7 PRACTICAL 7 build a simple DC motor under standing electromagnetic induction
class 8 PRACTICAL 8 kinetic remote control Battery less remote control.just shake it!!!!   On the spot battery
class 9 PRACTICAL 9 A music pencil speaker,555 non programable timer IC
class 10 PRACTICAL 10 Paper drawing circuit Circuit drading,create a resistance by drawing.
class 11 PRACTICAL 11 Free energy electricity generator how can we gwnerate an electricity
class 12 PRACTICAL 12 make your own shard light Led based glass decorated circuit
class 13 MINOR PROJECT An electrical Pencil sharpner_1 lets automize your pencil sharpner
class 14 MINOR PROJECT An electrical Pencil sharpner_2
class 15 PRACTICAL 13 SENSORS water detector sensor
obstacle sensor
IR edge sensor
touch sensor
class 16 MAJOR PROJECT Neural ROBOT (Having insect like senses) Application of all sensors seen above ,PIC16f877A type microcontroller introduction,soldering and splicing of the circuit,motor programming.                   “0”  or   “1”   working.
class 17 MAJOR PROJECT
class 18 MAJOR PROJECT
class 19 MAJOR PROJECT
class 20 MAJOR PROJECT
class 21 MAJOR PROJECT
class 22 MAJOR PROJECT
class 23 MAJOR PROJECT
class 24 MAJOR PROJECT
class 25 MAJOR PROJECT

 

GRADE 7 ROBOTICS
LACTURE TYPE PRACTICAL NAME TOPICS COVERED
class 1 PRACTICAL 1 introduction of electronics components- i What is current and voltage?
What is ‘1’ & ‘0’ ?
How to use Multimetre?
Resistor
Variable resistor
class 2 PRACTICAL 2 introduction of electronics components- ii Capacitor
Diode
Batteries
Positive & negative terminal
Led
class 3 PRACTICAL 3 introduction of electronics components- iii Broadboard introduction
DC motor working
Electro magnet
class 4 PRACTICAL 4 Power supply design(5v ,6v,9v,12v) 555 timer introduction
OHM’s low
class 4 PRACTICAL 5 Power supply design(5v ,6v,9v,12v) AC current to DC current convertor
circuit understanding and making.
class 5 PRACTICAL 6 On-Off Momentry switch/touch switch transister as a switch,momentry switch,bread board implement
class 6 PRACTICAL 7 wireless electricity transfer coil making, transister as a amplifier,induction current
class 7 PRACTICAL 8 Solar battery charger Solar cell working fenomena,battery charging using lm317 IC
class 8 PRACTICAL 9 automatic solar garden lamp ldr light detector sensor,auto on of by sensing day and night
class 9 PRACTICAL 10 LED Dice seven segment display,555 non programable timer IC,4026 the encoder IC
class 10 PRACTICAL 11 Traffic Lights – 4 Way 555 non programable timer IC,4017 digital
class 11 PRACTICAL 12 Metal Detector/TV Remote Control Jammer Infrared sensor,555 timer Ic
class 12 MINOR PROJECT paper plane flyer using 2 dc motors _2 working model of paper plane flyer,high speed dc motors
class 13 MINOR PROJECT paper plane flyer using 2 dc motors _2
class 14 PRACTICAL 13 SENSORS water detector sensor
obstacle sensor
IR edge sensor
touch sensor
class 15 MAJOR PROJECT Neural ROBOT (Having insect like senses) Application of all sensors seen above ,PIC16f877A type microcontroller introduction,soldering and splicing of the circuit,Application of Electromagnet,  radio frequency based remote controll,robot programming through C language
class 16 MAJOR PROJECT
class 17 MAJOR PROJECT
class 18 MAJOR PROJECT
class 19 MAJOR PROJECT
class 20 MAJOR PROJECT
class 21 MAJOR PROJECT
class 22 MAJOR PROJECT
class 23 MAJOR PROJECT
class 24 MAJOR PROJECT
class 25 MAJOR PROJECT
*Minor and Major project will hold among 5 students.                                                                                                                                                                     *We will provide multimeter,soldering ions,adeptors,breadboard .                                                                                                                                                                  *We required the computer lab,projector,black board,seating arrangement from your side.                                                                                                                                                    *Students can take all the circuits made by them and the kits provided by us only.