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Advanced Materials & Sensors
Dr. Samir K Mondal
Senior Principal Scientist Tel: (+91)-172-2659951
Ext: 215(O)
Email: samir_mondal[at]csio[dot]res[dot]in
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The advanced material and sensors (photonics) division focuses on the state-of-the-art complete research and development solution for the major scientific, industrial and healthcare problems by using cutting edge optical technologies. We are developing and optimizing processes that use light as a main tool for different tasks. This division is engaged in advanced research on photonic crystal, fiber lasers, fiber optic sensors (surface Plasmon, evanescent wave, fluorescence, Interferometer), fibre Braggs grating based sensors for accelerometer, hydrophone, strain and temperature monitoring, metamaterial, seismic alert system, optical beam shaping and imaging, Nano-antenna, Nano optical tweezers and Laser based optoelectronic instrumentation for strategic applications. To carry out this research, the division has advanced facilities like FBG writing machine, Magnetron sputtering, surface plasmon detection unit, high resolution optical spectrum analyzers, spectrometers, high speed detectors, optical work benches etc, Furthermore, scientist of the division have interdisciplinary research background and experiences.
- Design, fabrication & characterisation FBG and LPG sensors
- Packaging of FBG sensors for structural Health Monitoring
- Development of opto-electronic systems
- Holographic optical information processing, Volume holographic correlators and Digital holographic microscopy
- Design & development of optical systems using spherical surfaces, Aspheric, Diffractive, Hybrid & freeform surfaces/elements
- Expertise in the area of glass, Plastics, Metals and IR Optics
- Fabrication of optical fiber based nano-antenna and its application in optical tweezing, non-diffracting beam generation, non-linear optics, imaging and spectroscopy
- Laser based opto-elecronic instrumentation for strategic applications particularly measurement of various parameters of armaments (as per the requirements of DRDO-TBRL)- namely laser based optical screens for measurement of velocity of the projectiles moving with ultra high speed, film and digital cameras based ultra high speed shadowgraphy systems for terminal studies of ballistics
FBG and LPG Writing System
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1. Optical System Design Software |
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Zemax |
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OSLO |
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ACCOS |
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Kidger |
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Home Grown |
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2. Opto-mechanical System Design Software |
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Inventor 11 |
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Sold Works |
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Pro E |
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Catia |
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Ideas |
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3. Electronics Circuit Design Software |
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ORCAD 16.8 |
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Pspice |
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