electronic circuits and devices and to provide experience in analyzing network theorems. It 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.

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.

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.

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.

various biochemical techniques, including spectrophotometry, chromatography (thin layer, ion exchange, and gel filtration), protein gel electrophoresis, enzyme analysis, and DNA isolation and characterization.The major equipment are Autoclave , UV Visible Spectro Photometer, Visible Spectrophotometer, Flame Photometer.

The techniques introduced include the tissue processing and staining for histopathological examinations. The major equipment are Trinocular Microscope, Laminar Air flow, Microtone Tissue Processing Unit, Refrigerated Centrifuge.

Mini projects and final projects. Workshops, Hands on Trainings, Value Added Courses are conducted to enhance the Engineering skills of students and motive them to develop products, Start ups and emerge themselves as successful Entrepreneurs in their respective fields.