
SENSORS AND ACTUATORS LABORATORY
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Sensors and Actuators Laboratory
The Sensors and Actuators Laboratory is an academic facility designed to support the practical learning and research needs of students in the field of sensor technology and actuation systems. This laboratory focuses on giving hands-on experience with various sensor types and its calibration, data acquisition techniques, and actuator mechanisms and helping students understand its working principles and applications. Additionally, the laboratory facilitates project-based learning and research, encouraging students to apply theoretical knowledge to real-world challenges. The objective of this lab are as follows:
- To impart practical knowledge and hands on training in sensor and its data acquisition
- Enable students to design circuits for signal conditioning and facilitate them to learn the fundamental working principles of various sensors
- Enable students to understand the working principles of various actuators

Specifications
Key Equipment

C Daq 9178(8 Slot) with Universal Analog Input, Analog Output, Digital Input, Digital Output Modules.
The cDAQ-9178 is a compact, modular data acquisition system from National Instruments. It features up to 8 slots for plug-in I/O modules, allowing for flexible measurement and control. Designed for high-performance applications, it supports a wide range of analog and digital I/O capabilities and can be connected to a PC via USB for easy data collection and monitoring. The cDAQ-9178 is ideal for portable and distributed testing environments.

MyRIO 1900 with Encoder, Infra-Red Sensor, Ultrasonic Sensor & Servo Motor.
The myRIO-1900 is a reconfigurable I/O device from National Instruments designed for embedded control and monitoring applications. It is part of the NI myRIO series and combines real-time processing, FPGA (Field Programmable Gate Array) capabilities, and a range of I/O options in a compact, portable form factor.

Transducer Trainer Kit with Sensors like Loadcell, LVDT, Pressure, Infra-Red, Ultrasonic with the facilities of signal conditioning and interfacing of output of sensors.
Customized kit with sensor interfacing and signal conditioning and interfacing with software.

Programmable Logic Controller with CIROS (3D simulation models for automation technology) software.
The Siemens S7-1500 PLC is part of Siemens' Simatic S7 series of programmable logic controllers (PLCs). The S7-1500 is designed for demanding industrial automation applications and offers significant improvements in processing speed, communication, and integration capabilities compared to earlier S7 PLC models. Conjunction with CIROS Software for simulation and testing purposes. CIROS is a simulation software primarily associated with Siemens' PLC programming and testing tools, typically used to simulate automation systems in a virtual environment.

ARB Waveform Generator
An ARB function generator (Arbitrary Function Generator) is a versatile electronic test equipment used to generate a wide range of waveforms for testing, analysis, and development in electronics. Unlike traditional function generators that produce only standard waveforms (sine, square, triangle, etc.), an ARB function generator allows for the creation of arbitrary, user-defined waveforms, making it more flexible for complex signal generation.
Lab Utilization
This lab is utilized for various academic and research activities to enhance students’ understanding and practical skills in sensor and actuator technologies.
- Conducting undergraduate lab sessions for courses related to actuators, sensors and signal conditioning and project based learning
- Supporting student projects involving sensors and data acquisition
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Time
Open Door Access: 8:30 am – 5:30 pm.
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Lab Investments
Total Floor area: 2208 sq ft.
Total Investment: 67.3 Lakhs
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Lab Heads
Dr. S. Fouziya Sulthana
Associate Professor
9600428660
fouziyas@srmist.edu.in
Dr. J Thiyagarajan
Assistant Professor
9790232334
thiyagaj@srmist.edu.in
Technical Assistant
Mrs. P. Anitha
Technical Assistant
anithap1@srmist.edu.in

Room No: MEC 305,2nd Floor, Mechanical C Block, Main Campus, SRMIST
