Engineering Research
Resume:
BIO-DATA OF PROFESSOR RAKESH KUMAR
*)Full Name : Prof. RAKESH KUMAR
2)Date of Birth : 15-01-1958
3)Present Position : Professor
Department of Physics,
Ch. Charan Singh University
Meerut-250004 (U.P)
4)Past Position Dean of Faculty of Science
Chaudhary Charan Singh University
Meerut-250004 (U.P)
Head Department & Professor Chaudhary Charan Singh University
Meerut-250004 (U.P)
Former, Dean, Faculty of Engineering
Chaudhary Charan Singh University,
Meerut-250004 (U.P)
Mobile: 941-***-****, 936-***-****,
Email adcrm8@r.postjobfree.com,
adcrm8@r.postjobfree.com
5)Academic Qualification (beginning from the first degree received):
S.No
Degree/ Course
Year
Name of University
1
B.Sc
1978
Panjab University Chandigarh
2
M.Sc (Physics)
1981
Panjab University Chandigarh
Semiconductor Physics
3
Ph.D (Physics)
1997
Panjab University Chandigarh
Title: Fabrication of Optically Transparent SiN X-ray Mask Membrane with Low Stress and High Radiation Durability by High Temperature LPCVD Deposition.
6)Awards/Fellowship
Name of Award
Year
Detail of Awards
Association for Overseas Technical Scholarship (AOTS), Japan
1987-88
Advanced Research in Synchrotron Radiation Lithography for 0.25 m ULSI Semiconductor Device Fabrication at Research Laboratories of NEC Corporation, Japan
7)Profile Summary
Prof. Rakesh Kumar obtained his Bachelor of Science degree from Panjab University Chandigarh and
obtained his Master degree in Physics in 1981 and obtained his Doctorate Degree in Physics from Panjab University Chandigarh in 1997. Prof.Rakesh Kumar has nearly 37- years of Research and Teaching experience in India and in reputed universities and research laboratories in JAPAN, ITALY, Singapore and USA. After completion of his Master degree, Prof Rakesh Kumar joined as Research Scientist in CSIR of Scientific and Industrial Research New Delhi’s laboratory Central Scientific Instruments Organization (CSIO) Chandigarh in 1982, where he worked on the development of state of art instruments for material surface characterization such ESCA, AES and ISS instruments and X- ray lithography system for semiconductor device fabrication at CSIO. In 1987, Prof. Rakesh Kumar was invited by NEC Corporation Japan to work on the development of Synchrotron Radiation (SR) Lithography for 0.25mm ULSI device fabrication. During 3-years stay, Prof. Rakesh Kumar work on the design and development of Synchrotron Radiation (SR) Lithography bean line at KEK Photon Factory Tuskuba Japan, and for the development of microwave-plasma technology for Diamond-like-Carbon film for X-ray Mask application. In November 1990, Prof. Kumar was invited by Consiglio Nazionale delle Ricerche, Italy as Visiting Professor to work on high resolution X-ray Lithography and Electron Beam in collaboration of Wisconsin University Madison USA at IEES Rome, where Prof. Rakesh Kumar worked on the development of High resolution X-ray mask copying process and 1st & 2nd order DBR laser diode. In October 1991 Prof Rakesh Kumar was invited by OKI Electric Japan to work on the development of Optically Transparent with High Radiation Durability SiN film for X-ray Mask Application. Prof. Rakesh Kumar developed a Process of LPCVD deposition at High Temperature in Vertical reactor for Low Stress and 100% transparent (in visible region) and of high radiation durability. Panjab University Chandigarh awarded him Ph.D degree in 1997. In 1999, Prof Rakesh Kumar was invited by Nanyang Technological University Singapore to develop curricula in Microelectronics for postgraduate students in material science. In 2004, Prof Rakesh Kumar was invited by Istituto Nazionale per la Fisica della Materia (INFM), CNR as Visiting Professor to work in TASC National Laboratory Trieste Italy in the area of Nanotechnology. Prof Rakesh Kumar developed several technologies which earned him 2-international patents.
In 2004 Prof Rakesh Kumar was appointed as Professor of Physics at Chaudhary Charan Singh University Meerut where he has held several academic and administrative posts such as Head of Department of Physics, Dean, Faculty of Science, Dean Faculty of Engineering, Dean, Chief Proctor of University, Member of Academic Council, Member of Executive Council (Senate), Board of Studied, Director, SC/ST Cell of University, Director, Placement and Training of University. Prof. Rakesh Kumar has developed bar-code based evaluation for examination answer book for university.
8)Honors
S.No
Position
Duration
1
Visiting Professor, INFM-TASC, Italy
Jan-2002
Jul-2004
2
Visiting Fellow, Nanyang Technological University, Singapore
Aug-1999
Jul-2000
3
Exchange Visitor, University of Wisconsin, Madison (USA)
June-1997
Aug-1997
4
Visiting Scientist, OKI Electric Co. Japan
Oct-1991
May-1994
5
Visiting Professor, IESS-CNR, Italy
Nov-1990
Jul-1991
6
Visiting Scientist, NEC Corporation, Japan
Aug-1988
Aug-1990
9)Positions held in the area of Research and Higher Education (37 Years)
S. No.
Post Held
Organization
Job Responsibility
1
Professor of Physics
(Aug 2004-continue)
CCS University Meerut
Teaching and Research in Nanotechnology
2.
Research Scientist
(Dec 1982-Aug 2001)
CSIR-CSIO, India
Research & Development
3.
Visiting Professor*
(Jan 2002-Jul 2004)
TASC-INFM, Italy
Research &Teaching in Nanotechnology
4.
Visiting Fellow*
(Aug 1999-Jul 2000)
NTU Singapore
Teaching & Research in Microelectronics
5.
Visiting Professor*
(Nov 1990-Jul 1991)
IEES-CNR, Italy
Advanced Research Work in Semiconductor ULSI Device Fabrication
6
Exchange Visitor
Wisconsin University Madison, USA
Research and Teaching
7
Visiting Scientist*
(Oct 1991-May 1994)
OKI Electric Japan
Advanced Research Work in Semiconductor ULSI Device Fabrication and Thin Film
8.
Visiting Scientist*
(Aug 1988-Aug 1990)
NEC Corporation Japan
Advanced Research Work in Semiconductor ULSI Device Fabrication
9.
AOTS Scholarship (Govt of Japan)*
(Oct 1987-May 1988)
NEC Corporation Japan
Advanced Research training in Semiconductor ULSI Device Fabrication
*Visiting Assignment
10)Important MoUs formulated for academic collaborations: -
S.No
MoU Formulated
Name of Agencies/ Departments involved
Year of Introduction
Memorandum of Understanding (MoU) for Cooperation Agreement on Scientific and Technological Cooperation Marco Polo Cooperation Program
Università degli Studi di Catanzaro Magna Græcia (UMG), Italy and Department of Physics of CCS University Meerut India
26th February 2009
at
Meerut, India.
11)Administrative and Academic Positions held in Ch. Charan Singh University, Meerut:
S. No.
Position held
Duration
From
To
1
Dean, Faculty of Science
09/2019
14.01.2020
2
Head, Department of Physics
09/2018
14.01.2020
3
Chairman, Research Degree Committee
09/ 2019
14.01.2020
4
Chairman, Board of Studies in Faculty of Science
09/ 2019
14.01.2020
5
Chairman, Board of Studies in Engineering & Technology
07/ 2010
7/2014
6
Member, Board of Studies in Physics
09/2018
14.01.2020
7
Head, Department of Chemistry*
09/2019
14.01.2020
8
Head, Department of Toxicology*
09/2019
14.01.2020
9
Dean, Faculty of Engineering & Technology
10/2010
07/2014
10
Head of Department of Physics
15-7-2011
07/2014
11
Member, Board of Studies in Physics
04/2011
07/2014
12
Director, Training & Placement
07/2014
14.01.2020
13
Director, SC/ST Cell
07/2007
11/2009
14
Chief Proctor of University
04/2005
01/2006
15
Member of Academic Council of University
08/2004
14.01.2020
16
Member of Executive Council of University
2007
2008
2009
2010
2011
2014
2016
2017
17
Member of Editorial Board: International Journal of Nanolithography
Member of Editorial Board: International Journal of Applied Nanotechnology
2016
Continuing
12)Involvement with formulation of academic programs
S.No.
Nomenclature of Innovative Academic Programs formulated
Date of approval by Academic Council
Year of Introduction
1.
M.Phil in Microelectronics
03/2013
2013
2.
M.Sc Nanotechnology
02/2007
July 2007
3
Pre Ph.D Course in Physics
03/ 2017
July 2017
13)Special achievements: bar-code based evaluation for examination answer sheets
1
Developed bar-code based evaluation for examination answer sheets of university in 2015, which is used for evaluation of examination answer sheet of 1100 Affiliated Colleges and Campus students of various course.
14)Consultancy Experience/Technology Developed
S.
No
Client/ Organization’s name
Nature of Assignment
Technology Developed
Duration
Output resulted
1
IUAC, New Delhi
Research for Technology Development
Developed low energy metallic ion beams using Electron Cyclotron Resonance Ion Source (ECRIS) for various application in nanotechnology and material science.
3-Years
1-PhD & publications
2
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Gold circular and square pinhole arrays for the European Synchrotron Radiation Facility (ESRF) Troika beam line
2-Years
Publications
3
Amplipone spa Italy
Research for Technology Development
Developed 3D digital scanner based on micro-machined micro-mirror for the metrological measurement of the human ear canal.
3-Years
Product Developed & Publications
4
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Developed Focused Ion beam (FIB) Lithography technique for fabrication of 2-D array structures for photonic application: Development of 1-D & 2-D Photonic Crystal fabrication technology
3-Years
Publications
5
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Developed Multiple-tilt Interface hybrid lithography process technology for fabrication of 3-D micro and nanostructures embedded in arbitrary shaped and sized patterns:
3-Years
2-Patents & Publications
6
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Developed Efficient Fibre-to-waveguide coupling technique by fabrication of diffractive optical Elements (DOEs)-Micro lens with continuous relief on-top of optical fibre for fibre-to-waveguide coupling
3-Years
Publications
7
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Lithographic nano patterning of SnO2 for enhanced gas sensor sensitivity
3-Years
Publications
8
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Wave front Engineering for Diffractive Optics for Optical Trapping:-Developed Optical Tweezers for micro-particles manipulation
3-Years
Publications
9
MIUR (Ministry of Education, University and Research), Italy
Research for Technology Development
Developed Micro & Nano X-ray Lithography for biomedical and other Inter disciplinary applications
2-Years
Publications
10
OKI Electric Industry Japan-SORTEC Consortium Japan
Research for Technology Development
Developed LPCVD Deposition Process at High Temperature in vertical chamber for deposition of SiN thin film 100% Optical Transparency and High Radiation Durability
3-Years
Publications
11
CNR-Italy
Research for Technology Development
Developed Fabrication technique for 1.55 µm 1st order & 2nd order diffraction grating for fabrication of Distributed Feed Back (DFB) Laser using E-Beam Lithography.
1-Years
Publications
12
NEC Japan-British Petroleum Research USA
Research for Technology Development
Developed Microwave Deposition of Diamond Thin Film and Characterization their application for X-ray mask membrane application
1-Years
Publications
CSIR-CSIO Research Laboratory, India
(Dec 82- Jan 01)
Worked as member of project-team on project:-
"Development of Combine Electron Spectroscopy for Chemical Analysis (ESCA), Auger Electron Spectroscopy (AES) and Ion Scattering System (ISS) System, and
X-ray Lithography System Development. Worked as co-investigator on Design of Electrostatic Lens for Ion Gun and Electron gun and Digital Ion Gauge equipment for measurement of Ultra High Vacuum.
15)Patents (International) Granted
Patents (International) Granted
1)US Patent: 7,588,882 B2 (15-9-09)
Method for Fabricating Complex 3-Dimensional Structures on sub-micrometric Scale by Combined Lithography of Two Resist, Inventor: F.Romanato, R.Kumar, E.Di Fabrizio
2)European Patent No: EP 1519227 A8 (12-03-2008)
Procedure for Fabrication of Complex Three Dimensional Structures on Sub-Micron Scale by Means of Two Layers Photoresist Lithographic Process
Inventor: Filippo Romanato, Trieste (IT), Enzo Di Fabrizio, Trieste (IT);
Rakesh Kumar, Chandigarh (IN)
16)Association with National level institutions/ agencies:
S.No
Name of Institution
Nature of Association
Contribution done
1.
Inter University Accelerator Center, UGC
Research Collaboration
Development of low energy metallic ion beams using Electron Cyclotron Resonance Ion Source (ECRIS) for various application in nanotechnology and material science.
17)Research Guidance
S.No
Level
Number of students guided
Degree Awarded
1
M.Phil or Equivalent
16
16
2
Ph.D or Equivalent
1
1
18)Ongoing Research projects/Grant Mobilized for Facilities creation
S.No
Client/
Organization’s name
Nature of Project
Duration of Project
Amount of Grant
( Lakhs)
1
DST Govt of India
FIST-Level-I
5-Years
190.00
2
UGC, New Delhi
Atomic Force Microscope (AFM)
3-Years
52.00
3
UGC, New Delhi
Optical Stepper with Nanoimprint Lithography
3-Years
102.00
4
UGC, New Delhi
Scanning Tunneling Microscope (STM)
3-Years
7.00
5
UGC, New Delhi
Virtual Laboratory (Lab View and Elvis)
3-Years
14.00
DST Govt of India
Micro & Nano manipulation Device For Cell and Sub-Cellular Study: Study, realization and experiment on Nano & micro systems for in-situ controlled drug delivery
3-Years
5.0
19)Publications:
a)
No. of research papers
52- Publications in peer reviewed journals.
b)
Books authored
Mathematical Physics, Kedarnath Ramnath Publisher, New Delhi (2006) ISBN:978-**-*****-
c)
Books edited/chapter:
Micro & Nano fabrication and their Medical Application (Invited Chapter) in Bio-MEMS & Biomedical Nanotechnology, Vol.1, Edited by A.P Lee, J. Lee and M. Ferrari, Published by Springer-Verlog (2006): ISBN 978-0-387-25842-3
List of Scholarly Publications in Referred/Peer Reviewed journals: Total Citation: 440
S.
No
Date
Title
Name of Journal
Refereed Journal or not
Citation
1.
2009
Nano- A new frontier in present century;Bhattacharyya,A.Bhaumik, M.Nandi, S.Viraktamath, R.Kumar, et.al
Advances in Life Science, 3(1-4), 2009, pp18-23
Refereed
8
2.
2008
Charge-state distributions of metallic electron cyclotron resonance plasmas, P.Kumar, R.Kumar, G. Rodrigues, P. S. Lakshmy, and D. Kanjilal,
J. Vac. Sci. Technol. A 26, 97 (2008);
Refereed
16
3.
2008
Local structure, optical and magnetic studies of Ni nano structures embedded in a SiO2 matrix by ion implantation; S.K.Sharma, P.Kumar, Ravi Kumar, M.Knobel, P.Thakur,K.H.Choi, R.Kumar, et.al
J.Phys. Condens Matter 20 (2008),285211;
Refereed
19
4
2006
Development of Zn and Eu beams by plasma sputtering; P.Kumar, G.Rodrigues, D.Kanjilal, A.Roy, B.P.Singh, R.Kumar;
Nucl. Instrum. and Meth. B, 246 (2006) 440
Refereed
15
5
2006
Development of metallic ion beams using ECRIS; P.Kumar, G.Rodrigues, P.S.Lakshmy, D.Kanjilal, B.P.Singh, R.Kumar
Nucl. Instrum. and Meth. B, 252 (2006) 354
Refereed
41
6
2005
SnO2 Lithographic Processing for Nano-patterned Gas Sensors, SnO2 Lithographic Processing for Nano-patterned Gas Sensors, P.Candelro, E.Comini, C.Baratto, G.Faglia, S.Sberveglieri, R.Kumar, et.al
Journal of Vacuum Science & Technology B23, 2784
Refereed
24
7
2005
Three-dimensional digital scanner based on micro machined micro mirror for the metrological measurement of the human ear canal; M.Prasciolu, R.Malureanu, S.Cabrini, D.Cojoc, L.Businaro, A.Carpentiero, R.Kumar, E.Di Fabrizio;
J.Vac.Sci. Technol. B 23 (2005), 2990
Refereed
27
8
2005
Low Cost Transparent SU-8 Membrane Mask for Deep X-ray lithography, S.Cabrini, F.Perennes, B.Marmiroli, A.Olivo, A. Carpentiero, R.Kumar, et.al,
MicrosystemTechnologies Vol.11 (2005), 372
Refereed
8
9
2005
Focused Ion Beam Lithography for Two Dimensional Array Structures for Photonic Applications; S.Cabrini, A. Carpentiero, R.Kumar, et.al,
Microelectronic Engineering Vol. 78–79 (2005), 11
Refereed
79
10
2004
Fabrication through silicon micro machining of 3D scanner for optical determination of the ear canal; M.Prasciolu, S.Cabrini, D.Cojoc,R.Malureanu, R.Kumar, et.al
Medi. & Bio. Eng. Vol 6 ( 2004) (Print ISSN:1727-1983)
Refereed
6
11
2004
Interface lithography: A hybrid litho-graphic approach for the fabrication of Patterns embedded in 3-D structures: F. Romanato, R.Kumar, et.al
Nanotechnology Vol.16(1) (2004), 40,
Refereed
10
12
2004
X-ray lithography for micro- and nano-fabrication at ELETTRA for inter-disciplinary applications (Invited), E.Di Fabrizio, R.Fillipo,F.Perenneas, S.Cabrini, R.Kumar, et.al
J.Phys. Condensed Matter Vol. 16 (2004),S3517
Refereed
35
13
2004
Design and Implementation of Optical Tweezer Arrays using Diffractive Optical Elements, D.Cojoc, E.Ferrari, S.Cabrini, R.Malureanu, Miltcho B.Danailov, A.Carpentiro, M.Prasciolu, R.Kumar, et.al
SPIE Vol.5477 (2004),281
Refereed
7
14
2004
Design and Fabrication of Diffractive Optical Element-Microlens with Continuous Relief Fabricated On-Top of Optical Fibre by Focused Ion Beam for Fibre-to-Waveguide Coupling, F.Shiappelli, R.Kumar,et.al
Jap. J. Appl. Physics Vol.43 (2004), 3772
Refereed
10
15
2004
Electromagnetically actuated surface micro-machined free standing torsion beam micro-mirror made by electroplated nickel, M.Prasciolu, A.Carpentiro, R.Kumar, et.al
Jap. J. Appl. Physics, ol.43 (2004), 418;
Refereed
6
16
2004
Efficient fiber-to-waveguide coupling by a lens on the end of the optical fiber fabricated by focused ion beam milling, F.Shiappelli, R.Kumar, et.al,
Microelectronic Engineering, Vol. 73–74 (2004), 39;
Refereed
95
17
2003
X-ray lithography patterning of magnetic materials and their characterization, P.Candelor, R.Kumar, et.al
Jap. J. Applied Physics, Vol. 42 (2003), 3802.
Refereed
4
18
2003
Design and fabrication of on-fiber diffractive elements for fiber-waveguide coupling by means of e-beam lithography, M.Prasciolu, D.Cojoc, S.Cabrini, L.Businaro, P.Candeloro, M.Tormen, R.Kumar, et.al
Microelectronic Engineering, Vol. 67–68, (2003) 169;
Refereed
34
19
2003
Fabrication of diffractive optical elements on-fiber for photonic applications by Nanolithography, M.Prasciolu, P.Candeloro, R.Kumar, et.al
Jap. J. Applied Physics. Vol. 42 (2003), 4177
Refereed
12
20
1994
Fabrication of reliable x-ray mask using high-temperature deposited SiN membrane by low-pressure chemical vapour deposition system,T.Ohta, R.Kumar, et.al
SPIE 2254(1994) 304,
Refereed
7
21
1994
High temperature deposition of SiN films using low pressure chemical vapor deposition system for x ray mask application,T.Ohta, R.Kumar, Y.Yamashita, H.Hoga,
J.Vac.Sci. Technol. B12 (1994),585
Refereed
12
22
1993
Improvement in Radiation Stability of SiN X-Ray Mask Membranes, T.Arakawa, H.Okuyama, Y.Tamashita, T. Ohta, R.Kumar, S.Noda, H.Hoga,
Jpn. J. Appl. Phys. 32 (1993), 5941
Refereed
11
23
1992
CD control of sub-200 nm x-ray masks using an e-beam writer, E.Di Fabrizio, L.Luciani, M.Baciocchi, L.Mastergiacomo,R.Kumar, et.al
Microelectronic Engineering, Vol. 17 (1992) 171
Refereed
2
24
1992
Fabrication of DFB laser gratings using synchrotron radiation proximity Lithography. M.Gentili, L.Grella, M.Baciocchi, R.Kumar, et.al
Microelectronic Engineering, Vol. 17 (1992) 551.
Refereed
2
25
1992
Optically High Transparent SiN Mask Membrane with Low Stress Deposited by Low Pressure Chemical Vapor Deposition, R.Kumar, et.al
Jpn. J. Appl. Phys. 31 (1992), 4195.
Refereed
13
26
1991
0.1µm X ray mask replication, M.Gentili, R.Kumar, et.al
J. Vac. Sci. Technol. B9 (1991), 3319.
Refereed
12
27
1991
Thermal stability improvement in novolak based resist by synchrotron radiation hardening process, R.Kumar, K.Fuji;
J. Vac. Sci. Technol. B 9 (1991) 2523;
Refereed
1
28
1991
X ray irradiation effects on a microwave plasma chemical vapor deposition diamond membrane, K. Suzuki, R.Kumar, et.al
J. Vac. Sci. Technol. B 9, 3266 (1991);
Refereed
20
List of Articles in popular magazine or newspapers: Total Articles: 2
S.
No
Date
Title
Name of Magazine/ Newspaper
1
1993
Fabrication of SiN Membrane and its application to X-ray mask for SOR Lithography (in Japanese),
Research & Development Journal of OKI Electric Industry, Vol.158, No.60 (1993),77
2
1990
Thermal Stability improvements of Novolak Resist by Synchrotron Radiation Hardening: K.Fujii, R.Kumar, K.Suzuki,
Proposal No.80-C002, Annual Activity Report of KEK Photon Factory, Tsukuba Japan, 1990
A.Participation and scholarly presentations in conferences :
National:1
S.
No
Date
Title of Conference or Institution
Title/Subject of presentation (if made)
1
Nov 8-10, 1995
National Symposium on Plasma Physics, IIT Kanpur (India), Nov 8-10 (1995), pp 73
SiN Film Deposition by High Temperature LPCVD: R.Kumar
International: 27
S.
No
Date
Title of Conference or Institution
Title/Subject of presentation (if made)
1
16-18 March 2006
2nd International Conference on Nanoscience & Technology (INCOSAT-2006),
Interface lithography: Hybrid approach for fabrication of wave guide pattern embedded in 3-D photonic crystal structure: Kaushal Rani, R.Kumar, Beer Pal Sing
2
Nov 8-10, 1995
National Symposium on Plasma Physics, IIT Kanpur (India), Nov 8-10 (1995), pp 73
SiN Film Deposition by High Temperature LPCVD: R.Kumar
3
2-5 Dec 1991
7th International Workshop on Physics of Semiconductor Device-1991(IWPSD-91), 2-5 Dec 1991 New Delhi India
Selective Tungsten Deposition using Resist Stencil Mask, R. Kumar, pp 161
4
31st May-3rd June 2005
49th International Electron, Photon & Ion Beam Conference, 2005 (EPIBN-2005), Orlando, USA
3-D Digital Scanner based on micro machined micro-mirror for the metrological measurement of the human ear canal based on MOMS scanning micro mirror: M.Prasciolu, R.Malureanu, S.Cabrini, D.Cojac, R.Kumar, E.DiFabrizio
5
31st May-3rd June 2005
49th International Electron, Photon & Ion Beam (EPIBN-2005) Conference, 2005,,Orlando, USA
SnO2 lithographic processing for nano-patterned gas sensor::P.Candeloro, E.Comini, C.Baratto, G.Faglia, G.Sberveglieri, R. Kumar, A. Carpentiero and E. Di Fabrizio
6
19-22 Sept 2004
Proceedings of the 30th International Conference on Micro- and Nano-Engineering,2004, Rotterdam (Holland)
Focused ion beam lithography for two dimensional array structures for photonic applications; S. Cabrini, A. Carpentiero, R. Kumar, et.al
7
19-22 Sept 2004,
30th International Micro and Nano Engineering (MNE-04) Conference 2004 Rotterdam (Holland)
3-D Digital Scanner based on micro machined micro-mirror for the metrological measurement of the human ear canal based on scanning micromirror:M.Prasciolu,R.Malureanu, S.Cabrini, D.Cojac, R.Kumar, E.DiFabrizio
8
31st July-5th August 2004,
10th Mediterranean Conference on Medical and Biological Engineering (MEDICON), 2004 Ischia, Italy
Fabrication through silicon micromachining of 3-D scanner for optical determination of ear canal: M.Prasciolu, S.Cabrini,D.Cojoc, R.Malureanu, R.Kumar, et.al
9
June 2004
6th SPIE International Conference on Correlation Optics, SPIE, Bellingham, WA, 2004
Design and implementation of optical tweezer arrays using diffractive optical elements: Dan Cojoc ; Enrico Ferrari ; Stefano Cabrini ; Radu Malureanu ; Miltcho B. Danailov ; Alessandro Carpentiero ; Mauro Prasciolu ; Rakesh Kumar ; et.al
10
22–25 Sept 2003
Proceedings of the 29th international conference on Micro and Nano Engineering 2003, Cambridge, UK 2003
Efficient fibre-to-waveguide coupling by a lens on the end of the optical fibre fabricated by focused ion beam milling: F.Schiappelli, R.Kumar, et.al
11
28-31 October 2003
Digest of Papers of International Conference on Micro processes & Nanotechnology 2003,Tokyo, Japan
Design & Fabrication of DoE-microlense with continuous relief fabrication on-top of optical fibre by Focused Ion Beam for Fibre to Waveguide coupling: F. Schiappelli, R.Kumar, et.al
12
6-8 Nov 2002
Digest of Papers of International Conference on Micro processes & Nanotechnology 2002,
6-8 Nov. 2002, Tokyo, Japan
Fabrication of diffractive optical elements for photonic applications by nanolithography: E.Di Fabrizio, M.Prasciolu, R.Kumar, et.al
13
6-8 Nov. 2002
International Conference on Micro processes & Nanotechnology 2002, Tokyo, Japan
X-ray lithography patterning of magnetic material and their characterization: E.Di Fabrizio, P.Candeloro, R.Kumar, et.al
14
Sept. 16-19, 2002
Proceedings of the 28th International Conference on Micro- and Nano-Engineering,2002,, Lugano, Switzerland
Design and fabrication of on-fiber diffractive elements for fiber-wave guide coupling by means of e-beam lithography: M.Prasciolu, D.Cojoc, S.Cabrini, L.Businaro, P.Candeloro, M. Tormen, R.Kumar, et.al
15
22-24 April 1994
SPIE International Symposium on Photomask and X-Ray Mask Technology 1994, Kawasaki, Japan.
Fabrication of reliable x-ray mask using high-temperature deposited SiN membrane by low-pressure chemical vapour deposition system: T.Ohta, R.Kumar, et.al
16
March 1993
54th Meeting of Japan Society of Applied Physics Meeting, 29-a-L-7 (1993).
Optical Properties of LPCVD Deposited SiN Membrane: T.Ohta, R.Kumar, et.al
17
13-16 July, 1992
5th International MicroProcess Conference, 1992, Kawasaki, Japan
Improvement in Radiation Stability of SiN X-Ray Mask Membranes: T.Arakawa, H.Okuyama, Y.Yamashita, T.Ohta, R.Kumar, S. Noda & H.Hoga
18
July 13-16, 1992
5th International Micro Process Conference (1992),, Kawasaki, Japan
Optically High Transparent SiN Mask Membrane with Low Stress Deposited by Low Pressure Chemical Vapor Deposition: R. Kumar, et.al
19
March 1993
54th Meeting of Japanese Society of Applied Physics Meeting, 29-a-L-10 (1993).
Improvement in Synchrotron radiation (SR) durability of X-ray mask Membrane: T.Ohta, R.Kumar, et.al
20
August 1992
Japan Society of Applied Physics 53rd Autumn Meeting 1992.
LPCVD Deposited X-Ray mask Membrane: T.Ohta, R.Kumar, et,al
21
29-31st May’, 1991
35th International Electron, Photon & Ion Beam (EPIBN) Conference, 1991 (Annual International conference); Seattle, USA
X-ray Irradiation effects in Microwave Plasma CVD deposited diamond membrane: K.Suzuki, R.Kumar, et.al
22
Sept 1991
Proceedings of the International Conference Micro Engineering 91,, Rome, Italy
CD control of sub-200 nm X-ray masks using an E-beam writer:E.Di Fabrizio, L.Luciani, M.Baciocchi, L.Mastrogiacomo, R.Kumar, L.Scopa
23
Sept 1991
Proceedings of the International Conference Micro Engineering 91, Rome, Italy
Fabrication of DFB laser gratings using synchrotron radiation proximity lithography: M.Gentili, L.Grella, M.Baciocchi, R.Kumar, et.al
24
29-31st May’ 1991
35th International Electron, Photon & Ion Beam (EPIBN) Conference, 1991 (Annual International conference) Seattle, USA
0.1 m X-ray Mask Replication: M.Gentili, R.Kumar, et.al
25
March-1988
Japan Society of Applied Physics 49th Spring Meeting, 1988.Japan
Atmospheric exposure effects on resist sensitivity: R.Kumar, K.Fujii, K.Okada:
26
March-1988
Japan Society of Applied Physics 49th Spring Meeting, 1988.Japan
Characterization of TSNE Resist-A Silicon Containing Resist for X-ray Lithography: R.Kumar; et.al
27
2-5 Dec 1991
7th International Workshop on Physics of Semiconductor Device-1991(IWPSD-91), New Delhi India
Selective Tungsten Deposition using Resist Stencil Mask, R. Kumar, pp 161
B.Participation and contribution in National/International For a in the area of your academic and professional expertise:
Number(s)
Plenary Lecture/ Invited Talks
International: Biomedical Application of Nano-technology @ UMG Catanzaro, Italy (7-06-2010)
1
Congressess attended
National: 2nd NIAS-DST Workshop on Dimensions of Nanotechnology: Science, Technology, Business and Society, 19-24 March 2007
1
Examinership etc
International
-
National
-
Others (Specify)
Training/Fellowship
International: Association for Overseas Technical Scholarship (AOTS), Japan for 1-year (1987-88) for Advanced Research in Synchrotron Radiation Lithography for 0.25 m ULSI Semiconductor Device Fabrication at Research Laboratories of NEC Corporation, Japan
-
-
Bar-code based evaluation for examination answer sheets
Developed bar-code based evaluation of examination answer sheets of university in 2015, which is used for evaluation of examination answer sheet of students of University and its Affiliated Colleges of various course (presently this is out sourced from external agency).
Reference
S.No
Name of Referee
Post Held by Referee
Mobile
1
Dr. Ram Prakash Bajpai
Former Chancellor, Vel Tech Rangarajan Dr.Sagunthala R&D Institute of Science & Technology, Avadi, Chennai,
adcrm8@r.postjobfree.com
Former Vice Chancellor, Kurukshetra University, Kurukshetra
Former Vice Chancellor, Guru Jambheshwar University of Science & Technology, Hisar-Haryana
2
Prof. R.P.Singh
Vice Chancellor, Maharishi Dyanad saraswati University, Ajmer (Rajasthan)
adcrm8@r.postjobfree.com
Fax-014********
(Prof. Rakesh Kumar)
Event of Signing of MoU on 26th February 2009 between Universita degli Studi di Catanzaro Magna Grecia (UMG), Italy, and Department of Physics of Ch. Charan Singh University Meerut
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