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From the Desk of the Vice Chancellor

Greetings!

As the Vice Chancellor of this premier university, I am extremely pleased to share this space to converse with all of you. The University of Madras is a post- sesquicentennial institution which has forged a glorious path for itself and has been the site for significant scientific discoveries as well as the beacon for national and regional societal transformation. It has successfully managed to hold aloft its tradition even while keeping up with the emerging trends. One reason for this is the way in which the university has kept alive its interactions with all the stakeholders.

The COVID 19 pandemic has introduced a ‘new normal’ and its impact is felt in the workings of the university as well. The students have been attending the lectures online. While online learning has the advantage of being anytime and anywhere, it has taken away the peer group interaction and peer learning which are integral aspects of the university experience. We look forward to welcoming you to the campus very soon. Meanwhile, our faculty and administration will continue to bring the best to the virtual classrooms. As students, you need to view the restrictions posed by the pandemic as a temporary deterrent. Your focus should be to gain the competencies to conduct application oriented research in order to evolve as useful citizens of our society.

Our university boasts of faculty with a high degree of knowledge and commitment to offer the best in teaching and research. Given the context of the pandemic, we need to redefine our teaching-learning processes to offer the best pedagogic experience to our students. Similarly, the post-pandemic era demands that we hone the employment potential and entrepreneurial capacity of our learners. This necessitates that we focus on sponsored research in cutting edge areas.

Our administrative staff have been the backbone of the university. While we move towards a transparent and complete e-governance model, we need more support from you. When the teaching-learning process at our university – from admission to certification -- is moving into the digital era, your skills and competencies need to keep pace.

At our university, we are gearing up for the final round of NAAC re-accreditation. This has offered us an opportunity to assess our Strengths, Weaknesses, Opportunities and Challenges. Further, it has made us more determined to reiterate our quality benchmarks in teaching, research and extension activities. We are aware of this responsibility and fully prepared for it because, our university has always encouraged individual thinking within the established frameworks. This is echoed in the words of Tim Burners Lee, who initiated the World Wide Web: “We are forming cells within a global brain and we are excited that we might start to think collectively. What becomes of us still hangs crucially on how we think individually.” Let us unite to make the educational experience at the University of Madras a synergy of the best minds and best thoughts.

Prof.Dr.S.Gowri

Vice-Chancellor
University of Madras

Department of Central Instrumentation and Service Laboratory

  • About department
  • Faculty
  • Courses
  • Syllabus
  • Fee Structure
  • Timetable
  • Research Scholars

About the Department

 

Central Instrumentation and Service Laboratory (CISL) was established in the year 1976 by the University Grants Commission (UGC) and then upgraded into the University Science Instrumentation Centre (USIC). It aims to provide Instrumentation and Engineering facilities for Scientific Research and promoting learning, research, and skill development in the various fields of instrumentation.

Objective

  • To inculcate the basic and advanced level knowledge in instrumentation science
  • To extend technical support for the servicing of Laboratory and Research Instruments
  • To promote the skill in designing, fabrication, and testing of Instruments
  • To create opportunities to promote research in various fields of scientific instrumentation
  • To impart training in the currents trends in instrumentation techniques to generate skilled manpower
  • To achieve excellence in the area of instrumentation

Mission

Dissemination of basic knowledge and state-of-the-art techniques through Teaching, Training, and Research to generate skilled manpower in the area of instrumentation. 

 

Vision

 

To provide up-to-date knowledge in instrumentation for easy understanding and utilization of the instruments by the scientific community to promote contribution in research

Infrastructure

  • Biomedical Signal and Image Processing Laboratory
  • Biometric Image Processing Facility
  • MEMS/NEMS based Sensor Design, Fabrication and Testing Facility
  • Underwater Image Processing Facility
  • Virtual Instrumentation Facility

Equipment

  • Digital Storage Oscilloscopes
  • Digital Phosphor Oscilloscopes
  • Digital Signal Generators
  • DSP and FPGA Development Boards
  • Measurement and Testing Instruments
  • Embedded Systems for Instrumentation Applications
  • Sensor Testing Facility

Our Faculties

Professor and Head

Dr. D. Nedumaran

M. Sc., M. Phil., B. Ed., Ph. D.

  dnmaran@unom.ac.in    91-44-22202766/68

Read Profile

Course Offered

Master of Philosophy(M.Phil)

Scientific Instrumentation

Eligibility

Fee Structure

Doctor Of Philosophy (Ph.D)

Scientific Instrumentation

Eligibility

Fee Structure

Syllabus

P.G Degree
PHY E222 Biomedical Instrumentation View/Download
PHY E223 Digital Signal and Image Processing View/Download

Fees Structure

Fee Structure will be available soon

Timetable

Timetable will be available soon

M.Phil Scholars

Name Guide Topic Year Joined Year Completed Email Id
B. Murugan K. Padmanabhan A video display interface for microprocessor based measurements 1985 1986
A. Vinayathan K. Padmanabhan 2 & 3 Dimensional plotting with microprocessor for scientific displays 1986 1987
S. Venkateswaran K. Padmanabhan Graphic display processor hardware for instrumentation 1986 1987
S. Raju K. Padmanabhan Microprocessor based P.I.D controller & software for instrumentation applications 1986 1987
D. Nedumaran K. Padmanabhan A color graphics circuit for display with scientific instruments 1987 1988 dnmaran@gmail.com
K. Sunder K. Padmanabhan Design of a microcontroller (8052-AH based) for data acquisition & analysis for instrumentation applications 1988 1989
K. Kennedy Kumar K. Padmanabhan Design of a microcontroller based remote instrumentation system and data communication via FM link to a personal computer 1988 1989
N. Selvan K. Padmanabhan Design and applications of (microprocessor interfaced) alphanumeric L.C.D displays for smart instruments 1989 1990
A. Mathivanan K. Padmanabhan An advanced high level interpreter based 6502 micro-computer board for multichannel signal processing and control in instrumentation 1992 1993
A. Loganathan K. Padmanabhan 1992 1993
S. Jeyaraman K. Padmanabhan Design and development of PC based on screen display unit for physiological waveforms 1993 1994
S. Manivel K. Padmanabhan Applications of digital signal processing for scientific instruments 1993 1994
V. Vadamalai 1994 1995
K. Ravichandran K. Padmanabhan 1995 1996
S. Vasudevan K. Padmanabhan Use of artificial intelligence programs for scientific instruments and development of a typical application to chemical analysis 1995 1996
G. R. Gunasekaran K. Padmanabhan 1996 1997
R. Ethiraj K. Padmanabhan Develpment of Novel Control Circuits for Instrumentation 1999 2001
G. Shanmugavel K. Padmanabhan ECG Signal Analysis 1999 2001
Sudhahar K. Padmanabhan Chirp -Z transform Applications in Instrumentation 1999 2001
Anbhuchezhiyan K. Padmanabhan Fuzzy Logic Applications 1999 2001
V.Vaithaiyanathan D.Nedumaran Development of DSP Based System for Biomedical Signal Processing 2000 2002
N. Susila D. Nedumaran Dedicated Software for Control and Data Acquisition through RS-232 Link for X-Ray Diffractometer (XRD) Facility 2001 2002
N. Susila D. Nedumaran Dedicated Software for Control and Data Acquisition through RS-232 Link for X-Ray Diffractometer (XRD) Facility. 2001 2002
M. Manonmani S. Ananthi CT Scanning - New Methods for Signal Analysis 2003 2004
P. Kandan D. Nedumaran DSP based Speech Signal Processing 2003 2004
K. Suresh kumar D. Nedumaran Universal Serial Bus Interface for PC-based Instrumentation Applications 2003 2004
R. Baskar Rao D. Nedumaran Development of Micro Array 2003 2004
R. Daniel S. Ananthi Neural Network Applications in Instrumentation 2003 2004
V. Kavitha S. Ananthi Wavelet Transfrom and Applciations 2003 2004
V. Bharathiraja D. Nedumaran Development of Radio Frequency Identification (RFID) for Instrumentation Application 2004 2005
P. Catherine S. Ananthi Digital Signal PRocessing & Applications in Instrument Maintenance 2004 2005
S. Jeyaprakash D. Nedumaran Contourlet Based Image Recovery and Denoising 2005 2006
G. Murali D. Nedumaran Design and Development of Speech Recognition System with facility to Implement Novel Algorithms 2005 2006
M. K. Viyayakumar D. Nedumaran Study of Wavelet analysis Using Multi- Resolution Technique in Image processing 2005 2006
K. Neelagandan S. Ananthi Wavelet Transform Applications in Non linear devices testing 2005 2006
R. Gowri Shankar Rao S. Ananthi Digital Signal Processor based power controll modules 2006 2006
C. T. Murali D. Nedumaran Study of Virtual Instrumentation Concepts in Biomedical Application 2006 2007
D. Ambica D. Nedumaran Study of Kalman filtering for Instrumentation Applications 2006 2007
M. Selvakumar S. Ananthi NMR signal processing using avanced transforms 2006 2007 27selva@gmail.com
K. R. Balaji S. Ananthi Automatic Test equipments 2006 2007 balajicisl@yahoo.com
C. T. Murali D. Nedumaran Study of Virtual Instrumentation Concepts in Biomedical Application 2006 2007
K. Thilageswari S. Ananthi Java Prograaming in Instrumentation Applciations 2007 2008
J. Thomas S. Ananthi FPGA - A study and Applications 2007 2008
R. Nithya S. Ananthi Vibration analysis with Labview 2008 2009
G. Dhanya S. Ananthi Develeopemt new materials for use with Storage divices and processing 2008 2009
T. Mohanalakshmi D. Nedumaran Implementation of Pre-treatment techniques for Acousto Optic Tunable Filter (AOTF) Spectral Data 2008 2009
R. Gurumauruagan D. Nedumaran Virtual Instrumentation Based Phonocardiographic Signal Analysis 2008 2009
R.Sri Narayana Kumar S.Ananthi Microcontroller based voltage stabilizer using PIC device 2009 2010
C.Usharani S.Ananthi Gabor Transform applciations in Solid state NMR signal Analysis 2009 2010
C. Ramya D. Nedumaran Pomegranate Fruit Imaging and Analysis for Internal Defect Detection 2009 2010
M. K. Gayathri D. Nedumaran Study of Speckle Noise Reduction Techniques in Ultrasound Images 2009 2010
R.Suresh S.Ananthi Bio medical signal Anlysis with Labview Software with special interest to ECG 2010 2011
Karthick S.Ananthi Arm Processor Applications for Strain measurement with moving loads 2010 2011
K. Vijaya D. Nedumaran Study of virtual Instrumentation concepts in Image processing 2010 2011
K. S. Sandhya D. Nedumaran Pattern Recognition in x-ray images of value added fruits using geometric invariant moment technique 2010 2011
V. Dhanalakshmi S. Ananthi Wavelet Applciations in Image processing and Analysis 2010 2011
D. Gunaseelan S. Ananthi Optimal design of sequential timing process operation using Allen Bradley PLCs 2011 2012 guna.045@gmail.com
V. Vignesh S. Ananthi Performance and design of sharp notch filter using TI6747 DSP processor for high frequency digital communication applications 2011 2012 vicky_ani1986@yahoo.co.in
N. Durairaj D. Nedumaran Modeling and Analysis of Thermoelectric Microgenerator 2011 2012 duraimady@gmail.com
N. Habbibunnisha D. Nedumaran Implementation of audio processing in FPGA platform 2012 2013 habibunnisha90@gmail.com
Asif Khan Mohammad S. Ananthi FTIR Signal (Interferogram) processing using continuous wavelet transform 2012 2013 asifkhanmohmd@gmail.com
J. Jayachandiran D. Nedumaran Fabrication and characterization of gold and silver nanoislands based ozone sensor 2012 2013 jayasid5@gmail.com
Amana Rangarajan S. Ananthi Efficiency of the ICAL Detector using GEANT4 2012 2013 amana.rangarajan@gmail.com
S. Annalakshmi D. Nedumaran Visual Grading of Citrus Fruits using Surface Imaging Based Pattern Recognition Technique 2013 2014 bharathrambr@gmail.com
B. Evanjali D. Nedumaran Fabrication and Characterization of Polyaniline-Graphene Based Gas Sensor 2013 2014 evanjali90@gmail.com
R. Jothilakshmi D. Nedumaran Design of Optical Sensor Scheme and Signal Processing Circuit for Light Transmission Studies in Paper Surface 2013 2014 jothilakshmi.rj@gmail.com
T. Prabhu D. Nedumaran Performance Estimation of Live Scan Fingerprint Sensors using MATLAB 2013 2014 kinprabhu@gmail.com
C. Ramesh D. Nedumaran Detection of Triangular Shape in Video Sequences using OpenCV 2013 2014 torameshc@rediffmail.com
S. Vijayalakshmi D. Nedumaran Tracking an Ellipse in Video using Hough Transform 2014 2015 vijisukumar.lakshmi08@gmail.com
V. Kesavan D. Nedumaran Design and Development of a Capacitance Sensor for Gas/Liquid Void Fraction Detection 2014 2015 ectamilkesavan@gmail.com
N. Rajeev Kumar D. Nedumaran Design and Simulation for S Band Triangular Koch Fractal Dipole on Yagi-Uda Antenna 2014 2015 rajeev4303@gmail.com
S. Thirunavukkarasu D. Nedumaran Fabrication and Testing of Simple Nuclear Magnetic Resonance Probe 2014 2015 thiruelect@gmail.com
P. Bhuvaneshwari D. Nedumaran Face Detection and Recognition Using Java 2015 2016 bhuvana.ecs@gmail.com
M. Elakia D. Nedumaran Iris Recognition using Hybrid Techniques 2015 2016 elakiyamano@gmail.com
E. A. Aswin D. Nedumaran Study of Internet of Things for Sensor Applications 2015 2016 aswin.ea2k89@gmail.com
G. Shanmugasundaram D. Nedumaran Multi-Gas Gas Monitoring System in LabVIEW 2015 2016
K. R. Kowshiga D. Nedumaran Cellulose Based Piezoelectric Sensor 2016 2017 kowshigha.rajendaren@gmail.com
J. Meribah Jasmine D. Nedumaran Simulation and Characterization of Neuron Cell Behaviour in FPGA 2016 2017 meribahjasmine1706@gmail.com
S. Reeba D. Nedumaran Real Time RFID Based Data Identification System Using Raspberry Pi 2016 2017 reebagrace1993@gmail.com
R. Sasikala D. Nedumaran Human Identification of Palm-Print, Eye and Finger Print Images Using Feature Detectors 2016 2017 sasikalaragunathan1994@gmail.com
K. Sivamani D. Nedumaran Development and Testing of ANPR System 2016 2017 sivamanik.44@gmail.com
N. Mahalakshmi D. Nedumaran Design and analysis of the piezoelectric microcantilever coupled with square/circular shaped micromembrane for an energy harvesting application 2018 2019 mahalakshmiratna@gmail.com
R. Vinoth D. Nedumaran Development and Testing of Arduino Uno Based Autonomous Monitoring System 2018 2019 vin.dgv@gmail.com
N. R. Vishnupriya D. Nedumaran Generation of Electric Energy from Random Sound Energy for Charging Mobile Phone 2014 2019 vpriya31@gmail.com
V. Divya D. Nedumaran Raspberry Pi Based Real-Time Image Processing Applications 2019 2020 divi2492@gmail.com

Ph.D Scholars

Name Guide Topic Year Joined Year Completed Email Id
Dr. V. Vidyadevi Dr. S. Ananthi Wavelet techniques applied to some problems in Instrumentation and communication 2004 2007 Vidya_peace@gmail.com
Dr. K. Visalakshi Dr. S. Ananthi Some novel methods for non linear control systems and for digital communication n data decoders 2005 2010 visa4460@hotmail.com
Dr. K. Rajakumari Dr. S. Ananthi Encoding digital communication data using Hilbert Transform coding and convolutional coding – some improvements in error detection & Correction in Communication 2005 2010 srk_4460@gmail.com
Dr. Gowri Shankar Rao Dr. S. Ananthi Three phase squirrel cage induction motor variable speed drive scheme and design for economy in small and medium size motors 2007 2011 gsr422@gmail.com
Dr. D. Balasubramaniam Dr. D. Nedumaran Development of DSP Based Biomedical System and Signal Processing – Analysis Algorithms Applied to Biomedical Signals for Clinical Diagnostics 2003 2011 drdbmaniam@gmail.com
Dr. R. Hariprakash Dr. S. Ananthi Methods of Solving Problems in Remote Security Monitoring, Intrusion Detection and Error Free Communication 2008 2012 rhp_27@rediffmail.com
Dr. G. Venkata Ramu Dr. S. Ananthi Control Systems using Fuzzy Logic Modelling in State Space Format, Optimal Control in Nonlinear State Space and a Direct Method of Model Predictive Control for Fuzzy Modelled systems 2008 2012 ramu_nec@yahoo.com
Dr. K. Ravichandran Dr. D. Nedumaran Synthesis and Characterisation of Nanocrystalline ZnS, Au and Ag Coated Fe2O3 core/shell and MgO Materials for Biomedical and Optical Applications 2001 2012 ravi_21068@yahoo.com
Dr. R. Sivakumar Dr. D. Nedumaran Development of Novel Speckle Reduction Technique for Ultrasound B-scan Images and Implementation in the MATLAB and DSP Environments 2005 2013 pambansiva@gmail.com
Dr. P. A. Manoharan Dr. D. Nedumaran Design of MEMS Based Capacitive Sensor with Novel Support Structure and PZT Sensing Element for Pressure Sensing Applications 2007 2013
Dr. V. Sekar Dr. D. Nedumaran Development of Novel Restoration and Denoising Techniques for Fingerprint Biometrics 2005 2015 minervasekar@gmail.com
Dr. Satish Addanki Dr. D. Nedumaran Development of Optical Sensors for Quantitative Detection of Ozone 2011 2017 addankisatish1@gmail.com
Dr. M. Selvakumar Dr. D. Nedumaran Development of DSP based Fingerprint Image Processing and Analysis Techniques for Improving the Performance of AFIS 2011 2017 27selva@gmail.com
Dr. J. Papitha Dr. D. Nedumaran Development of Denoising and Vessel Straightening Techniques for Medical MR Images 2011 2017 papitha_jaya@yahoo.com
Dr. J. Jayachandiran Dr. D. Nedumaran Investigation of rGO/ZnO, rGO/WO3 and rGO/SnO2 Nanocomposite Films for Ozone Sensing Application at Room Temperature 2014 2019 jayasid5@gmail.com
Dr. B. Sharmila Dr. D. Nedumaran Development and Performance Study of Visual Ego-motion Estimation System for Real-Time Computer Vision Based Applications 2013 2020 b.sharmila89@gmail.com

Awarded Scholars

Ph.D 16
M.Phil 86

Present Scholars

Ph.D 4
M.Phil Nil

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