• The Digital and Linear Integrated Circuits Lab is well equipped with the latest signal generators, oscilloscope, ICs, IC Trainer kit, IC Tester and the Simulation software.
• The Lab is kept open after the college hours to enable the students to work on their projects. The student’s peer group is formed and they are guided by the faculty in their mini projects to innovate new ideas.
• The digital and Linear Integrated Circuits Lab covers all the equipments as prescribed by Anna University and A.I.C.T.E curriculum such that to support in all research activities.

Major Equipments are

• Digital IC trainer kit
• Analog IC trainer kit with patch card
• Digital IC Tester
• Analog IC Tester
• Dual Power Supply
• Instrumentation amplifier kit, Active LP and HP Filter kit, Band pass kit, PLL trainer Kit
• Astable and Monostable Trainer kit
• CRO
• Function Generator
• Logic IC trainer kit

The Project done by the students:

1. Intelligent Solar Powered Water Saving Irrigation System in Digital Agricultural Environment using Wireless Technology.
2. Design and Implementation of Carry Select Adder
3. Power Minimization of 6t Sram Cell using Sleep Transistor
4. Soldier Tracking and Health Indication System using GPS
5. E-TSPC Based Power Optimized Counter Design by using Pass Transistor Technique
6. A Design of High Speed Adder for Filters using Clocked Select Adder with Sharing
7. Efficient Design of Square Multiply Operator for Reducing Delay & Power Consumption

• This laboratory helps the students understand the basics of Optical and Microwave Engineering Concepts and gives a detailed description of the working principle of microwave components.
• The Students are able to learn the concepts of how to communicate and to do transmission between Micro-wave devices

Major Equipment

• NVIS NV9000 Microwave Test Bench
• Detector Mount
• Isolator
• Klystron Mount With Klystron Tube
• VSWR Meter And Cables With Cd Manual
• NVIS NV9001 Microwave Test Bench
• Gunn Power Supply
• Gunn Oscillator
• VSWR Meter And Cables with CD Manual
• Optical Power Source 850nm Wave Length
• Fiber Optic Trainer Kit with Accessories
• SMC & Laser Diode Characteristics Trainer Kit
• LED Module Kit 850nm
• NV 212 Matched Termination
• Fixed Attenuator

 The Project done by the students:

1. Design of Multiband Micro strip Patch Antenna for Wireless Applications
2. Efficient Wireless Electric Charger for Vehicles
3. Automatic Ration Material Distribution and Payment System using RFID and GSM Technology
4. Wireless Network Based Intelligent Irrigation System
5. GSPN; GACVO Based Secure and Privacy Preserving Navigation
6. Gesture Controlled Cybernetic Spy for Detecting Mines and Military Borders

• Networking & Simulation Laboratory motivates the students to study and analyze the conceptual and behavioral aspects of wired and wireless networks.
• It also includes Self Organized Networks including the technologies such as sensor networks, Ad-hoc N/W, Wi-Fi N/W and Vehicular Ad-hoc N/W. Network lab also motivates the students in layer by layer analysis and design of high speed network for wired and wireless applications.
• The laboratory provides hands-on experience to students in the field of analog and digital circuit design to conduct world class research.
• The laboratory is designed to expose the students to a set of tools for CMOS design, starting with SPICE circuit simulation and leading to physical layout, design rule checking, and extracted circuit simulation.
• Students gain knowledge in using EDA tools to design, simulate, and verify schematics and layout of logic gates. It also serves to facilitate design and implementation of digital design on FPGA.

The following Laboratory sessions are handled

1. Computer Networks Lab
2. Digital Signal Processing Lab
3. VLSI Design Lab
4. Circuits& Simulation Lab

Major Software

• Tina V8 Spice Simulation Software
• Matlab 7.12.0 (R2011a)
• Simulink
• Xilinx Software
• Orcad PCB Suite

The Project done by the students:

1. Inter vehicle communication and zone detection system
2. Design and implementation of hone security system using pyroelectric infrared sensor and microcontroller
3. Embedded System based traffic light controller using GSM and CO alert
4. Compensation of FWM in optical communication system
5. Wireless linked naral substation for international boundary scanning and surveillance system
6. A High Performance CAM with A Parity Bit and Power Gated Technique
7. Screening Of Lung Cancer In Early Stage Using Sputum Images
8. A Novel RRAM Architecture Design Using FPGA
9. A Low Complexity Pts-Based Paper Reduction Techniques For Of DM Signal
10. A Contradictory Clash Ideology On Eminent Automated Autocratic With Operator Assist
11. Reconstruction of MRI Image Using Retrospective Rigid Motion Correction

• The communication lab presently serves to give the ECE students a laboratory experience in analog and digital communication systems.
• The concepts of all type of modulation & demodulation can be studied.
• The recent communication techniques can be demonstrated with available equipments.

Major Equipment

• Channel digital storage Oscilloscope with the color display
• AM MOD and DEMOD
• DSB-SC MOD and DEMOD
• Sampling and Reconstruction Trainer kit
• Digital Multimeter with ac/dc measurements
• Line coding decoding kit with ASK/FSK/PSK/NRZ/QPSK modulation /demodulation trainer kit with accessories

The projects done by the students in the Laboratory

1. Inter vehicle communication and zone detection system
2. Wireless linked naval substation for international boundary scanning and surveillance system
3. Real-time wireless physiological parameters monitoring and recording system
4. Automotive telematics for vehicles using rfid
5. Compensation of fwm in optical communication system
6. Soldier tracking and health indication system using gps
7. Secure trust management fo r reliable multipath routing and minimize cluster burden in heterogeneous wireless sensor networks
8. Soldier tracking and health indication system using gps
9. Real time web based tracking system using gsm&gps technology
10. Wireless recharging & data gathering in cluster based sensor networks

• Microprocessor lab helps the students to enhance their knowledge on architecture, programming and interfacing of various processors and microcontrollers.
• Students from other branch of engineering and sciences also utilize this lab and develop their skills in the field of microprocessor and its applications.
• The features and facilities available in this lab will help the students do their projects and enhance their knowledge about the latest trends and technologies.

Major Equipments:

• 8085 Microprocessor Kit
• 8086 Microprocessor Kit
• 8051 Microcontroller Kit
• 8259 DC Motor Interfacing Kit
• Traffic Light Interfacing Card
• Stepper Motor Interfacing card
• ADC and DAC Interfacing Card
• Add on Cards – 8255, 8253, 8251 and 8279

Project Done By The Students:

1. MastroMobi Health Analyzation by Sensorized Telemetric Embedded Real Time Oscilloscope
2. RPI Based System for Monitoring & Measuring Fault Diagnosis in Wind Farm
3. Implementation of Vehicle Speed Limiting and Path Hole Identification using Ultrasonic Sensor
4. The Wall paints Sprayer using UAV 
5. Wheel Chair Based Control using ANDROID Application
6. Vehicle Automation and Accident Avoidance by Detecting Pedestrian using Multiple Sensors
7. Automatic Vehicle Speed Reduction System in School Zone and College Zone
8. Gesture Controlled Cybernetic SPY for Detecting Mines and Military Borders
9. Design & Implementation of Vehicle Information & Detection of Stolen Vehicles
10. Optimal Battery based Street Light Monitoring System using Wireless Sensor Network

• Electronics System Design lab helps the students to enhance their knowledge on architecture, programming and interfacing of various systems.
• The features and facilities available in this lab helps the students design their projects and enhances their knowledge about the latest trends and technologies.

• The Department provides facilities for the students to do projects in an enhanced manner.
• Equipment’s are available to carry out the research activities in recent trends of embedded system and students publish their research articles from the developed projects.
• By utilizing this lab, students did their projects under the guidance of faculty and exhibit their projects in the embedded research lab.