Semiconductor Devices, Basic Electrical Engineering to assist the students in obtaining a better understanding of the operation of complex electronic circuits and devices and to provide experience in analyzing network theorems. helps to introduce the fundamental principles of amplifier circuits and to familiarize with feedback amplifiers and oscillators. It also gives insight into SPICE simulation of electronic circuits. The laboratory aims to provide practice in designing of combinational and sequential logic circuits. It also gives design experience in analog circuits in implementing amplifiers, active filters, waveform generators, comparator, multivibrators. This laboratory explores the novel application driven device designs and technology-aware circuit solutions based on emerging technologies to address the challenges of next-generation.

calibrate the temperature, pressure gauges etc and to provide the basic understanding about operational characteristics and applications of various sensors and transducers. Major Equipment are Strain gauge Trainer Kit, Load Cell Trainer Kit, LVDT trainer kit, Thermocouple, Thermistor and RTD trainer kit, LDR, Photo Diode, Photo Transistor Trainer Kit , Pulse Oximetry, Wheatstone bridge, Kelvin's Bridge, Schering Bridge, Respiration Rate Monitor

Instruments in the laboratory are used to measure, store and analyze the signals produced by biomedical phenomena. This helps to familiarize students with the basic design and implementation of techniques for measuring a broad scope of signal types for molecular, cellular and physiological research. The major equipment are Patient Monitoring System, Surgical Diathermy, Electrical Safety Analyzer, Digital Audiometer, ECG Simulator, ECG Processor, EMG Simulator, EEG Arrhythmia Analyzer, EEG Recorder, Pulse Oximeter, RTD Module, GSR Trainer & Analyzer, - Biotelemetry.

The students get familiarized with basic functions available in Image and Signal Processing Toolbox of MATLAB and Lab-VIEW. The algorithmic level exploration is carried out using a LabVIEW programming environment while the circuit level implementation is supported with a Multisim. It engages students to realize about different filter structure and also to develop algorithm for signal processing. It also demonstrates students the image transformation, enhancement, segmentation techniques and different texture analysis techniques.

It is provide practice to the students on recording and analysis of different Bio potentials, to study various display techniques and use of ultrasonic's in various fields of medicine. It is also aimed to give overall idea about the application of ultrasonic and diathermy principles in clinical applications and transmission of biosignals using telemetry techniques, understand sources of leakage current and method of monitoring it and use Lab View in Design of ECG amplifier, recording and analysis. Major Equipment are ECG Arrhythmia Simulator ,Ultrasound Machine ,Multichannel Telemetry, Electrophysiological Recorder, Shortwave Diathermy , Defibrillator, Ultrasonic Diathermy, Pacemaker Simulator, Blood Flow Monitor, Digital Storage Oscilloscope, Spirometer, NI ELVIS Bioinstrumentation kit and 25 user LABVIEW software.

provides students with a research-inspired experience that introduces state-of-art biochemical techniques and physiological examinations in the context of investigating various medical disorders. Techniques include biochemical analysis of biological samples, purification of amino acids, proteins and DNA, virtual spectrophotometer, analysis of visual activity and hearing. Major Equipment are Visible spectrophotometer, Autoclave, Tissue processing unit ,Microtome, Colorimeter, Flame photometer, Refrigerated centrifuge, Clinical centrifuge, Direct and indirect ophthalmoscope, Incubators and electrical water bath.