Our department has Eight Classrooms and One Seminar Hall with adequate space. All the Classrooms have been equipped with OHP/LCD projector. Our department offers students an outstanding academic environment coupled with fully furnished infrastructure. Not only does it cultivate vision and encourages growth, but also inculcates human values and concerns for the environment and the society.

The department has a state of art laboratories to provide a unique opportunity to boost the quality of engineering education, deepen understanding and providing the necessary practical skills to the young minds.

Electronic Circuits Laboratory
Electronics laboratory provides the platform to understand the basic concepts of all the electronic devices by learning practical knowledge of designing Amplifiers, Oscillators and Rectifiers. This laboratory has been well equipped with electronic equipment like Dual trace oscilloscope, Function generators and Regulated Power Supplies, Digital Voltmeters and Multimeters etc. in the specified and required ranges. This laboratory has good infrastructure with adequate space.

Analog and Digital Circuits Laboratory
Digital laboratory paves a platform for the students to acquire practical knowledge about analog and digital integrated circuits and how they are used to perform different functions through experiments like instrumentation amplifier, Astable and Mono-stable multi-vibrator which can be done with OP-Amp IC 743 and various discrete components of specified ranges. Students can verify the operations of basic logic gates such as AND, OR, NOT, NAND, NOR and EXOR with the help of equipment like digital trainer kits. In order to rectify the basic needs, this laboratory has been equipped with IC testers also. To do the various experiments in Linear Integrated Circuits, this laboratory has been furnished with Dual trace oscilloscope, function generators and multimeters of desired range.

Communication System / Linear Integrated Circuits Laboratory
The students can understand the concepts involved in analog and digital communication techniques by acquiring the practical knowledge about the basic modulation schemes like Amplitude Modulation (AM), Frequency Modulation(FM) and digital modulation techniques like Amplitude shift keying (ASK), Frequency shift keying (FSK). To demonstrate the modulation techniques, the communication lab has been well equipped with Amplitude, Frequency, Phase modulation trainer kits ASK, FSK Kits and PCM trainer kits. It has been also equipped with RF transmitters, RF receivers and antenna systems. By using this, antenna Radiation pattern measurement is effectively achieved.

Microwave and Optical communication Laboratory
The students are well trained to impart the practical knowledge about the microwave oscillators, microwave components, the radiation pattern of horn antenna parabolic reflectors, the DC characteristics of optical sources and detectors, the mode characteristics of optical fibers, the measurement of bending loss, attenuation and Numerical aperture. This laboratory has been well equipped with costlier equipment like J-band and X – band microwave benches, Fiber optic trainer kit and LED and Photodiode kits. All the experiments are done in the laboratory with the air-conditioned atmosphere.

Microprocessor and Microcontroller Laboratory
Microprocessor and Microcontroller laboratories are well established and Air-conditioned Laboratory. In this laboratory, 8085-8086 microprocessors and 8051 Microcontroller Trainer kits are available. The various interfacing kits used in our laboratory are programmable peripheral interface, Keyboard display controller, Traffic light controller, Stepper Motor, Analog to digital converter and Digital to Analog converter.

Advanced Computer Networking / VLSI Design / Advances Embedded system /
Signal Processing Laboratory
This laboratory makes the students to be trained to get the exposure in the practical applications of Digital Signal Processing, VLSI technology, Computer Networks and Embedded Systems. This laboratory has been well equipped with 75 computers of high configuration and air conditioned with 9 Ton A/C. Latest version of various software packages like Matlab 10.1, XILINX, Embedded Systems Software and network software are available. In order to implement the various experiments, advanced DSP Trainer kits, VLSI FPGA Trainer kits, Wireless LAN Trainer Kits and Embedded system VI ARM 2378, Spartan FPGA Trainer Kits are available in this laboratory. M.E (Embedded Systems) and M.E (VLSI Design) practical classes are also conducted in this Lab.

Project Lab

• This Laboratory contains CRO, DSO for analyzing signals.
• It also contains Soldering facility for the electronic system designs
• This Laboratory was established to encourage the students for doing projects and research works
• All the experimental kits and components are stored in shelvesand racks
• There are 9 double sided work tablespresent in this laboratory.
• This laboratory is covering the Project work and
• mini-Project laboratory courses prescribed by Anna University.
• Each work table is having proper protecting devices such as fuse and MCB.
• The mini project and Main project courses are conducted in this Laboratory.

ABSTRACT

In the present scenario pollution has a greater impact towards environmental crisis. Themajor part of the reason behind this is sewer and gully pot leakages, blockages and theirimproper disposal. In this project a low cost and power efficient system has been designed,developed and implemented to provide adequate warning by monitoring the gully level and incase of any blockage and leakage. This system consists of the gully pot unit which has atransducer, a controller to monitor the gully level. This information is then transmitted to thecommon collector called as a controller, which collects the similar information from all suchgully pot units. This information is then processed and loaded to the server which is in turnviewed by a browser. The sewer line is continuously monitored for toxicity, leakage andblockage by the system till the sewer disposal end.This gully pot monitoring system is morereliable, low in cost for implementation and maintenance, power efficient. It provides a safegreen environment.