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ļ§ Vijay Mishra et al., āMethod of Mfg Optically Intelligent Image Sensorsā USPTO application Number: 12/648,081
ļ§ Vijay Mishra, āSemiconductor ĪE-E detector chip with Low output capacitanceā Invention Disclosure filed in BARC
PROFESSIONAL EXPERIENCE
Central Manufacturing Technology Institute (CMTI), Bangalore, Mar 2012 onwards
Scientist/ Teaching Faculty
Key Responsibilities:
ļ§ Responsibility for streamlining Operations of Nano Manufacturing Technology Centre Lab
ļ§ Initiating R&D Projects in Nano devices (MEMS/NEMS) and initiating R&D Projects in Sensor Technologies
ļ§ Teaching a course on Optical Sensor Technologies/MEMS/NEMS
Centre for Nano Science and Engineering (CeNSE), IISc, Bangalore Apr 2009 ā Mar 2012
Technology Manager
Key Responsibilities:
ļ§ Involved in the technical operations of MNCF, CeNSE, IISc, and responsible for the Technical Management and Technical & Commercial Operations of MNCF (Micro and Nano Characterization Facility)
ļ§ Created a unique nano characterization facility involving Electrical/Mechanical/Material and Optical Characterization techniques under a single roof
ļ§ Tasked with creating a business model to sustain a facility in academic atmosphere and interacting with Industries to fetch R&D Projects
ļ§ Responsible for managing the Scientific Program and creating Training Modules for Researchers in Nanoelectronics Domain. Interfacing with World Class Researchers on multidisciplinary areas
ļ§ Initiated various R&D projects from the Industry and provided Training to Researchers on TCAD Tools/ Semiconductor Equipment. Responsible for MNCF ā Industry Interface, designing business models/Pricing Structures to attract industry and National Laboratories to CeNSE
Key Achievements:
ļ§ Instrumental in establishing a review process for Research Proposals to use CeNSE facility for experimentation
ļ§ Successfully set up the complete Micro and Nano Characterization Facility at CeNSE, IISc
ļ§ Involved in the acquisition and commissioning of DC and RF Probe stations for characterization of Semiconductor Devices, AFM, Micro System Analyzer, Scanning Acoustic Microscope, Non-Contact Profiler, Micro Raman/PL, FT-IR/Raman, Solar Simulator, Dual Beam FIB, FE SEMs and Nano particle analyzer.
ļ§ Key person for designing Several Training Modules, involving fabrication and characterization semiconductor Devices (AFM tips, Cantilevers, MOS Capacitors etc.)
Sarnoff Corporation, India, Bangalore Feb 2005 ā Apr 2009
Principal Technology, Image Sensors
Key Responsibilities:
ļ§ Responsible for building a team to design CCD/CMOS Imagers and interfacing with Technical Director to take R&D and Scientific Imager Design Projects
ļ§ Provided Technical Leadership to Sarnoff India office and interfaced with R&D organizations like ISRO/IIAP etc. to fetch projects in Imager Design
ļ§ Key person for proposing modification of 3-phase pixel structure for high speed operation and demonstrating it through Technology Modeling
ļ§ Played a vital role in the Inventions like āMethod of Manufacturing Optically Intelligent Image Sensorsā disclosure in process, āMethod of Color Sensing with a Single Pixel Structureā and āA novel method of fabricating back illuminated imaging deviceā
ļ§ Devised Technology and device simulations for CCD imager to operate with a single clock avoiding complexity of clocking and facilitate fabrication in conventional CMOS foundries
ļ§ Involved in the Technology modeling for back thinned Imagers using SOI substrates. Estimation of QE and MTF for these novel CCD structures
Key Achievements:
ļ§ Successfully arranged enough work for the team from Sarnoff Head office through timely and efficient delivery. Instrumental in Process Technology and Device modeling for 3.6 GPPS Back Illuminated TDI CCD Imager using TSUPREM4 and MEDICI
ļ§ Involved in creating project management documents for the project and estimation of clear schedules and milestones to deliver gds of 128 x 4k TDI CCD imager to the respective foundry
ļ§ Successfully solved complex problem of DUV instability in Back Thinned Back Illuminated Sarnoff CCD and proposed recommendations for improvement. Approved to teach in Indian Institute of Science, Proficiency Department āAdvanced Course on CCD Designā
ļ§ Successfully worked on the proposals, such as āExtremely Low Cost Imager based on TFT Processā, āMethods for Improvement in TFT Performanceā, āTouch Screen using TFTā and ā Imaging System for Solar Coronagraph in ISROās Satellite ADITYA for Solar Studiesā
Bhabha Atomic Research Centre (BARC), Trombay, Mumbai Dec 2002 ā Jan 2005
Visiting Scientist
Key Responsibilities:
ļ§ Assigned responsibility of working on Various Projects of Semiconductor based radiation sensors
ļ§ Involved in Technology Delivery and Documentation of technical achievement
Key Achievements:
ļ§ Credited for Invention Disclosure on "Semiconductor ĪE-E detector chip with Low output capacitance"
ļ§ Pivotal in design of Silicon Drift Detector (SDD) with integrated Front End Electronics
ļ§ Successfully carried out design optimizations by Process & Device Simulations using ATHENA and ATLAS (SILVACO tools)
ļ§ Selected by the Management as a core Member in the detailed study of Technological Issues to develop PN CCD and Depletion FET Array for X-ray Sensing Applications
ļ§ Credited for suggesting fabricating ĪE-E Detector on Silicon as a Compact Chip which is otherwise a bulky assembly used for identifying Nuclear Particles
EDUCATION & TRAINING
PhD (Sensors Technology), Bhabha Atomic Research Centre, 2002
M. Sc (Microprocessors and Microcomputers), 1st Class, Bombay University, 1998
B .Sc (Physics), 1st Class, Wilson College, Bombay University, 1994
I T Skills:
ļ§ Proficient with the use LINUX, DOS, Windows XP, SUN OS, MS Office suite and the Internet applications
ļ§ Sound knowledge of Interface Language Programming using ADC/DAC Cards and Digital I/O Cards
Publications and Conferences: Pl refer to page 4 Annexure āAā to āEā for Refereed Journals, International Conferences, National Conferences, BARC Internal Reports and Scientific Articles in Public Magazines respectively.
PERSONAL DETAILS: Date of Birth: 15th Aug 1973 ā¢ Languages Known: English & Hindi ā¢ Location Preference: Bangalore ā¢ References: Available on request
ANNEXURE āAā
Refereed Journals
1. Vijay Mishra et al., āStudies on Reducing Leakage Current and Improving Breakdown Voltage of Large-Area Silicon Detectors: Technology and Resultsā Nuclear Instruments and Methods in Physics Research A527 (2004) 308 ā 318.
2. Vijay Mishra et al., āRole of guard rings in improving performance of silicon detectorsā, PRAMANA - Indian journal of physics Vol. 65, No. 2 pp. 1- 14 August 2005
3. P. Mehta, Vijay Mishra and S K Kataria, āSilicon Drift Detectors with Integrated JFET: Simulation and Designā, Indian Journal of Pure and Applied Physics, Vol. 43, September 2005, pp. 705- 713
ANNEXURE āBā
International Conferences
1. Vijay Mishra, et al., āElectrical and radiation performance of silicon diode detectors fabricated at BEL, Bangaloreā, Published in the proceedings of the International Conference on Computers, Communications and Devices, 2000 held at IIT, Kharagpur in December, 2000.
2. Vijay Mishra et al., āDevelopment of Silicon Radiation Detectors for Applications in High Radiation Environmentā, Published in the proceedings of International Workshop on Physics of Semiconductor Devices, 2001 held at IITD, India.
3. Vijay Mishra et al., āIndian Nanoelectronics Users Program: An Outreach Vehicle to Expedite Nanoelectronics Research in Indiaā, Published in the proceedings of UGIM : Micro/Nano Symposium, 2010, 18th Biennial University/Government/Industry held at Purdue University, USA during June 28 ā July 1, 2010
4. Vijay Mishra et al., āMicro and Nano Characterization Facility: Operations Methodology and Technical Managementā, Published in the proceedings of UGIM: Micro/Nano Symposium, 2012, University/Government/Industry held at Purdue University, USA during 9-10 July, 2012.
ANNEXURE āCā
National Conferences
1. Vijay Mishra, P. Mehta and S. K. Kataria, āSimulation Studies for the Development of JFET on High Resistivity Detector Grade Siliconā Published in National Symposium on Nuclear Instrumentation, 2004, India, p. 395.
2. Vijay Mishra, āDevelopment and Study of Silicon Detectorsā, published in the proceedings of Symposium on Nuclear Physics held at BARC, India in December, 2003, Volume 46B (2003), p. 604.
3. Vijay Mishra and S K Kataria, āDevelopment of Silicon Detectors for High Resolution Spectroscopy Systems: A Technological Perspectiveā published in the proceedings of National Symposium on Compact Nuclear Instrumentation and Radiation Detectors to be held at Defense Lab Jodhpur, INDIA March 2-4, 2005.
4. Vijay Mishra and Pourus Mehta, āSimulation Studies for the Integration of P-MOSFET with NJFET on High Resistivity Silicon for Continuous Reset Purposeā, Published in National Symposium on Nuclear Instrumentation, 2004, India, p. 433.
5. Vijay Mishra and S K Kataria, āDevelopment of Semiconductor ĪE-E detector chip using standard Bipolar IC Technologyā published in the proceedings of National Symposium on Compact Nuclear Instrumentation and Radiation Detectors to be held at Defense Lab Jodhpur, INDIA March 2-4, 2005.
6. Vijay Mishra, P. P. Vaidya, S.K. Kataria and V. Ramgopal Rao, āDevelopment of Silicon Drift Detector and Low noise JFETs for Low energy X-ray spectroscopy systemā, Presented at IITB-FAN National symposium on Nanotechnology held at IIT, Bombay, January 2005.
7. Vijay Mishra, C. G. Panchal, S. K. Kataria and V. Ramgopal Rao, āDevelopment of Thin-Film-Coated High Efficiency Silicon Neutron Sensorsā, Presented at IITB-FAN National symposium on Nanotechnology held at IIT, Bombay January 2005.
8. Pourus Mehta, Vijay Mishra, S. K. Kataria & V. Ramgopal Rao, āSilicon Drift Detector: Device Design & Mask Layoutā Presented at IITB-FAN National symposium on Nanotechnology at IIT, Bombay January 2005.
9. V.D. Srivastava, V.U. Mishra, Prafulla S. & S.K. Kataria, āX-Ray Sensors with Integrated Front-end Electronicsā, Presented at IITB-FAN National symposium on Nanotechnology at IIT, Bombay, January 2005.
10. A Das, V Mishra, M Y Dixit , S K Singh, Anita Topkar, S P Chaganti & M D Ghodgaonkar, āAutomated & multi-channel characterization systems for silicon strip Detectorsā, Published in proceedings of INIT, 2001.
11. R.G. Thomas, R.P. Vind, A. L. Inkar, A. Saxena, Vijay Mishra and Anita Topkar, āPerformance of silicon strip detector with delay line read-outā, Published in the proceedings of DAE-BRNS Symposium on Nuclear Physics held in December, 2002 at M.S. University, TamilNadu, India.
12. V. D. Srivastava, Vijay Mishra, A. Manna & S. K. Kataria, āA silicon detector based compact system for low energy counting applicationsā, Published in National Symposium on Nuclear Instrumentation, 2004, India, p. 24.
13. S K Kataria, Anita Topkar and Vijay Mishra, āDevelopment of Technology at BEL for 32-channel silicon strip detectors and diode detectorsā, Published in the proceedings of INIT, 2001.
14. V.D. Srivastava, V.U. Mishra, P.K. Mukhopadhyay, S.K. Kataria, Manoj Kumar Kori and S.K. Sharma, āA low noise hybrid Preamplifier for Nuclear Spectroscopy applicationsā Published in the proceedings of NSRP-15 ( National Symposium on Radiation Physics-15) held at BARC, India, November, 2003.
15. Pourus Mehta, Vijay Mishra and S K Kataria, ā2D- Device Simulation Studies of Silicon Drift Detectorā, Published in National Symposium on Nuclear Instrumentation, 2004, India, p. 438.
16. Pourus Mehta, Vijay Mishra, S. K. Kataria and Ramgopal Rao, ā Silicon Drift Detector: Device Design & Mask Layoutā published in the proceedings of National Symposium on Compact Nuclear Instrumentation and Radiation Detectors to be held at Defense Lab Jodhpur, INDIA March 2-4, 2005.
17. S K Kataria, M D Ghodgaonkar, Anita Topkar, M Y Dixit, V B Chandratre, A Das, Vijay Mishra, V D Shrivastava, Bharati Agrawal, Subash Chandran, H V Ananda, Prabhakar Rao, N Shankaranarayana, O P Wadhawan, G S Virdi, R K Shivpuri, Aashutosh Bharadwaj, Kirti Ranjan, R K Choudhari, Bency John, A K Mohanti, R V Shrikanthiah and Acharyulu, āSilicon Strip Detector Development under India-CMS Collaborationā, Published in the proceedings of INIT, 2001
18. V. D. Srivastava, Vijay Mishra, A. Manna and S. K. Kataria, āA silicon detector based compact system for low energy counting applicationsā, Published in National Symposium on Nuclear Instrumentation, 2004, India, p. 24.
19. TRIDIB KUMAR MAHATA, VIJAY MISHRA, BHASKAR BALACHANDER, M.M. NAYAK, āNON-DESTRUCTIVE TESTING OF PACKAGED MEMS DEVICES AND ICS USING SCANNING ACOUSTIC MICROSCOPEā published in proceedings of AMEET -2012 held at Sultanpur, UP, April 07-08, 2012
20. Vijay Mishra, āMEMS/NEMS Device Characterization: Tools and Methodsā, published in proceedings of AMEET -2012 held at Sultanpur, UP, April 07-08, 2012
ANNEXURE āDā
BARC Internal Reports
1. Vijay Mishra et al., āDesign Basis Report on the Development of Silicon Drift Detector with Integrated Front End Electronicsā, BARC/2004/I/010
2. Vijay Mishra, M Y Dixit, V D Shrivastava, Anita Topkar, V B Chandratre and S Kataria and A M Shaikh, ā Performance Tests and Radiation Damage Studies of Silicon Detectors Developed Under BARC-BEL Collaborationā, Published as internal barc report, BARC/2004/I/005.
3. Vijay Mishra and S K Kataria, āElectrical and Technological Parameters of Silicon Detectors Developed under BARC-BEL Collaborationā Published as internal barc report, BARC/2004/I/006.
4. Vijay Mishra, V D Shrivastava, V B Chandratre and S K Kataria, āProcess and Device Simulation Studies for Silicon Detector Development under BARC-BEL collaborationā, Published as internal barc report, BARC/2004/I/004.
5. Vijay Mishra, āDevelopment of Silicon Detectors for High Resolution Spectroscopy Applicationsā, Presented in Electronics and Instrumentation Group Seminar, BARC, Mumbai, India, 10th February 2005.
6. S K Kataria, Anita Topkar, Vijay Mishra, V B Chandratre, M Y Dixit, V D Shrivastava, Y P Prabhakar Rao and N P Shankaranarayana, āTechnology Development for Fabrication of Large Area Silicon Strip Detector under BARC-BEL Collaborationā Published as internal BARC report, BARC/2004/I/003.
ANNEXURE āEā
Scientific Articles in Public Magazines
1. Vijay Mishra, "Intensified Nanoelectronics Education in India", Published in Nano Digest, pages 36-39, Volume No: 1, Issue - 11 May' 2010
2. Vijay Mishra, "Emerging Opportunities for Nanoelectronics R & D in India", Published in Nano Digest, pages 14-15, Volume No: 1, Issue - 4 September' 2009