Lab1: Electric Circuits and Electronic Devices Laboratory

Total Cost of the Lab.: Rs. 7,95,711.57     Area: 92.39 Sq. m

Faculty Incharge: Mr. P. Muralikrishnan

An Electronic Circuits and Electronic Devices laboratory provides hands-on experience in understanding and manipulating electronic components and circuits, enabling students to analyze, design, and test circuits, and gain practical skills in troubleshooting and applying theoretical concepts to real-world applications.

Outcome of the lab.:

Electric Circuits and Electronic Device laboratory is to provide students with practical knowledge and skills in understanding and applying electronic components, circuits, and devices, enabling them to design, simulate, and troubleshoot both analog and digital circuits. By utilizing this laboratory, the students have done the following projects:

Lab 2: RF system design & Optical Communication Laboratory

Total Cost of the Lab.: Rs. 31,04,184.38     Area: 93.04 Sq. m

Faculty Incharge: Ms. Rajapriya

An "RF system design and optical communication lab" is a research and educational facility that focuses on the design, development, and testing of radio frequency (RF) systems and optical communication technologies, encompassing both theoretical understanding and practical experimentation.

Outcome of the lab.:

The outcomes of an RF system design and optical communication lab are the practical skills and knowledge to design, analyze, and test both RF and optical communication systems, including understanding their components and applications, and the ability to troubleshoot and optimize their performance. By utilizing this laboratory, the students have done the following projects

Lab3: Microprocessor and Microcontroller Laboratory

Total Cost of the Lab.: Rs. 11,58,315.16     Area: 96.10 Sq. m

Faculty Incharge: Mr. A. Balakumar

A microprocessor and microcontroller lab is a laboratory setting where students gain hands-on experience with programming and interfacing microprocessors and microcontrollers, fostering skills in hardware and software interaction for real-world applications.

Outcome of the lab.:

Microprocessor and Microcontroller (MPMC) lab course is to equip students with practical skills in programming, interfacing, and understanding the architecture and applications of microprocessors and microcontrollers, enabling them to design and implement systems for various applications. By utilizing this laboratory, the students have done the following projects:

Lab4 : Analog Integrated Circuits Laboratory / Analog and Digital Communication Laboratory

Total Cost of the Lab.: Rs. 2,56,5319.73     Area: 87.71 Sq. m

Faculty Incharge: Mrs. J. Roseline Suganthi

An "Analog Integrated Circuits Lab" is a laboratory setting where students and researchers learn about and experiment with analog integrated circuits (ICs), focusing on their design, analysis, and application in various electronic systems.

An analog and digital communication lab provides hands-on experience in designing, implementing, and analyzing both analog and digital communication systems, allowing students to understand the practical aspects of these technologies through experiments and circuit construction.

Outcome of the lab.:

The outcome of an Analog Integrated Circuits lab is for students to gain practical experience in designing, implementing, and analyzing circuits using analog ICs, including operational amplifiers (op-amps) and other special function ICs, and to learn how to use simulation tools.

Analog and Digital Communication lab provides students with practical experience in understanding, designing, and implementing both analog and digital communication systems, including modulation/demodulation techniques and signal processing. By utilizing this laboratory, the students have done the following projects:

Lab 5: Programming Laboratory

Total Cost of the Lab.: Rs. 59,12,578.88     Area: 102.92 Sq. m

Faculty Incharge: Dr. Samson Daniel

Embedded Systems with AI Laboratory refers, integrating artificial intelligence into embedded systems, allowing devices to process data and make decisions autonomously. Unlike traditional AI models that rely on cloud-based infrastructure, embedded AI operates within edge devices, processing sensor data in real time.

Outcome of the lab.:

Embedded Systems with AI lab is the development of intelligent, autonomous, and adaptable embedded systems capable of real-time decision-making and problem-solving, leveraging AI and machine learning techniques. By utilizing this laboratory, the students have done the following projects:

Lab6 : Digital Signal Processing / VLSI Laboratory

Total Cost of the Lab.: Rs. 48,08,026.05     Area: 100 Sq. m

Faculty Incharge: Mr. M. Karthick

A digital signal processing (DSP) lab is a facility designed for hands-on learning and experimentation with the analysis and manipulation of digital signals, using both software and hardware tools, to apply theoretical DSP concepts in practical scenarios.

A VLSI (Very Large-Scale Integration) lab is a specialized facility in engineering departments focused on the design, development, and testing of integrated circuits (ICs) and systems, often using advanced Electronic Design Automation (EDA) tools.

Outcome of the lab.:

Digital Signal Processing (DSP) lab is to provide students with hands-on experience in simulating and experimenting with DSP algorithms, enabling them to implement and analyze these algorithms using various computational platforms and tools.

VLSI (Very Large-Scale Integration) lab is to provide hands-on experience in designing and implementing digital and analog circuits, using professional design tools and hardware, ultimately enabling students to understand and apply VLSI principles. By utilizing this laboratory, the students have done the following projects:

Lab7 : Embedded Systems Laboratory / Communication Networks Laboratory

Total Cost of the Lab.: Rs. 31,53,675.95     Area: 97.36 Sq. m

Faculty Incharge: Mr. R. Balamurugan

An embedded systems lab is a specialized laboratory environment designed for teaching, research, and development related to embedded systems, which are computer systems designed to perform specific tasks within a larger system or device.

A communication networks lab is a facility where students and researchers gain practical experience with networking concepts, protocols, and technologies by simulating and experimenting with various network setups and tools.

Outcome of the lab.:

Embedded Systems lab is to provide hands-on experience in designing, implementing, and debugging embedded systems, focusing on practical skills like hardware interfacing, software development, and troubleshooting, ultimately preparing students for real-world applications.

In a communication networks lab, students gain practical experience in understanding and implementing network concepts, protocols, and technologies, culminating in the ability to design, implement, and analyze network applications and systems. By utilizing this laboratory, the students have done the following projects:

Lab8: Analog and Digital Circuits Laboratory / Digital Electronics Laboratory

Total Cost of the Lab.: Rs. 17,72,989.85     Area: 95.88 Sq. m

Faculty Incharge: Mr. S. Syed Husian

An analog and digital circuits lab provides hands-on experience in designing, building, and testing both analog and digital electronic circuits, covering topics from basic components to complex systems, and often includes simulation software and hardware tools.

A digital electronics lab is a hands-on learning environment where students explore and experiment with digital circuits and systems, reinforcing theoretical knowledge with practical experience, often including the study of logic gates, flip-flops, and counters.

Outcome of the lab.:

Analog and Digital Circuits lab is to provide students with practical experience in understanding and applying the principles of both analog and digital electronics, enabling them to design, build, and test circuits for various applications.

Digital Electronics lab provides practical experience in understanding and applying digital logic concepts, enabling students to design, implement, and troubleshoot various digital circuits and systems. By utilizing this laboratory, the students have done the following projects: