Arulmigu Meenakshi Amman College of Engineering
Vadamavandal-604410.
Record Note Book
1 Name
2 Register Number
3 Year and Semester IV & VII
4 Branch and Section Mechanical Engineering & A-Section
5 Course Code and ME3781-Mechatronics and IoT Laboratory
Title
6 Academic Year 2025 – 2026
7 Date of Examination
Signature of the Staff Signature of the HOD
Internal Examiner External Examiner
, ME3781- MECHATRONICS AND IoT LABORATORY
Content
Ex.No. Name Date Page No Signature
1 Measurement of Linear/Angular of Position, Direction and Speed
using Transducers.
2 Measurement of Pressure, Temperature and Force using
Transducers.
3 Speed and Direction control of DC Servomotor, AC Servomotor
and Induction motors.
4 Addition, Subtraction and Multiplication Programming in 8051.
5 Programming and Interfacing of Stepper motor and DC motor
using 8051/PLC.
6 Programming and Interfacing of Traffic Light Interface using
8051.
7 Sequencing of Hydraulic and Pneumatic circuits.
8 Sequencing of Hydraulic, Pneumatic and Electro-pneumatic
circuits using Software.
9 Electro-pneumatic/hydraulic control using PLC.
10 Vision based image acquisition and processing technique for
inspection and classification.
11 Familiarization with concept of IoT and its open source
microcontroller/SBC.
,12 Write a program to turn ON/OFF motor using
microcontroller/SBC through internet.
13 Write a program to interface sensors to display the data on the
screen through internet.
14 Interface the sensors with microcontroller/SBC and write a
program to turn ON/OFF Solenoid valve through internet when
sensor data is detected.
15 To interface sensor with microcontroller/SBC and write a program
to turn ON/OFF Linear/Rotary Actuator through IoT when sensor
data is detected.
16 To interface Bluetooth/Wifi with microcontroller/SBC and write a
program to send sensor data to smart phone using Bluetooth/wifi.
, S.No. Experiments
1. Measurement of Linear/Angular of Position, Direction and Speed using Transducers
Aim:
The aim of measuring linear/angular position, direction, and speed using transducers is to accurately quantify
motion parameters in various engineering applications. Transducers play a crucial role in this measurement
process.
Apparatus required:
1. Linear Variable Differential Transformer (LVDT): Measures linear displacement.
2. Potentiometer: Measures linear displacement.
3. Laser Interferometer: Measures linear displacement with high precision.
4. Linear Encoder: Measures linear position and displacement.
5. Capacitive Displacement Sensor: Measures linear displacement using capacitance changes.
6. Inductive Displacement Sensor: Measures linear displacement using magnetic field changes.
7. Data Acquisition System: Collects and processes data from transducers.
8. Signal Conditioning Unit: Amplifies and filters transducer signals.
9. Power Supply: Provides power to transducers and measurement equipment.
Vadamavandal-604410.
Record Note Book
1 Name
2 Register Number
3 Year and Semester IV & VII
4 Branch and Section Mechanical Engineering & A-Section
5 Course Code and ME3781-Mechatronics and IoT Laboratory
Title
6 Academic Year 2025 – 2026
7 Date of Examination
Signature of the Staff Signature of the HOD
Internal Examiner External Examiner
, ME3781- MECHATRONICS AND IoT LABORATORY
Content
Ex.No. Name Date Page No Signature
1 Measurement of Linear/Angular of Position, Direction and Speed
using Transducers.
2 Measurement of Pressure, Temperature and Force using
Transducers.
3 Speed and Direction control of DC Servomotor, AC Servomotor
and Induction motors.
4 Addition, Subtraction and Multiplication Programming in 8051.
5 Programming and Interfacing of Stepper motor and DC motor
using 8051/PLC.
6 Programming and Interfacing of Traffic Light Interface using
8051.
7 Sequencing of Hydraulic and Pneumatic circuits.
8 Sequencing of Hydraulic, Pneumatic and Electro-pneumatic
circuits using Software.
9 Electro-pneumatic/hydraulic control using PLC.
10 Vision based image acquisition and processing technique for
inspection and classification.
11 Familiarization with concept of IoT and its open source
microcontroller/SBC.
,12 Write a program to turn ON/OFF motor using
microcontroller/SBC through internet.
13 Write a program to interface sensors to display the data on the
screen through internet.
14 Interface the sensors with microcontroller/SBC and write a
program to turn ON/OFF Solenoid valve through internet when
sensor data is detected.
15 To interface sensor with microcontroller/SBC and write a program
to turn ON/OFF Linear/Rotary Actuator through IoT when sensor
data is detected.
16 To interface Bluetooth/Wifi with microcontroller/SBC and write a
program to send sensor data to smart phone using Bluetooth/wifi.
, S.No. Experiments
1. Measurement of Linear/Angular of Position, Direction and Speed using Transducers
Aim:
The aim of measuring linear/angular position, direction, and speed using transducers is to accurately quantify
motion parameters in various engineering applications. Transducers play a crucial role in this measurement
process.
Apparatus required:
1. Linear Variable Differential Transformer (LVDT): Measures linear displacement.
2. Potentiometer: Measures linear displacement.
3. Laser Interferometer: Measures linear displacement with high precision.
4. Linear Encoder: Measures linear position and displacement.
5. Capacitive Displacement Sensor: Measures linear displacement using capacitance changes.
6. Inductive Displacement Sensor: Measures linear displacement using magnetic field changes.
7. Data Acquisition System: Collects and processes data from transducers.
8. Signal Conditioning Unit: Amplifies and filters transducer signals.
9. Power Supply: Provides power to transducers and measurement equipment.
