Mukesh Kumar is seeking a position as a research chemist specializing in inorganic, organometallic, and polymer materials. He has over 6 years of experience in research and development, including synthesis, analysis, and characterization of organic, inorganic, and polymer compounds using various analytical techniques. He holds a Ph.D. in Synthetic Inorganic Chemistry from IIT Delhi and has worked as a postdoctoral research fellow at UT El Paso and research scientist at Drexel University.
KINETIC STUDY OF CHROMIUM (III) – PVP COMPLEX BY USING RADIO-TRACER TECHNIQUEcscpconf
Complexes of metal ions with organic ligands play an important role in many fields of our life.These metal complexes are widely used in medical diagnosis and therapeutic analysis. These
complexes are very familiar with radioisotopes exerting precise chemical and physical properties. Generally, chromium is considered as toxic and essential element depending on its
oxidation state in the biological system. Here the dynamic dissociation constants of the complex of Chromium (III) with excellent biocompatible polymer PVP (poly-N-vinylpyrolidone) have been determined. The dissociation constants will give us the idea about the stability of the said complexes. As PVP is a good ligand with different metals within a wide range of pH. Ingestion techniques of radioisotopes to the biological systems may be nicely polished with the knowledge of this kinetic study with chromium. Green methods have been carried out during the whole period of the experiments to maintain the environmental friendly aspects.
Effect of Chemical Treatment and Curing Parameters on Mechanical Properties o...IJERA Editor
A brief overview on natural fiber reinforced polymer composites is presented in this work. There is a growing trend to use non conventional and environmental friendly resources for engineering applications. In this scenario Natural fiber are offering a wide range of possibilities. Detailed and thorough study of structure of natural fiber indicates about its hydrophilic nature. Various types of chemical treatment techniques are used by researchers to increase the affinity of reinforcement and matrix .Studies shows that different factors like curing time, temperature, loading condition, fiber orientation etc. affect the properties of natural fiber composites. Lot of work has been carried out with the combination of different fibers and different polymers. Comparative data is presented on properties of different composite.
T&L Show and Tell - Bob Hodson: Using T&Q for JiT teachingMathieu Plourde
Discussion questions are submitted via the Sakai Tests and Quizzes tool. The deadline is 3 hours before class begins. In the interval, the questions are exported to an Excel spreadsheet, parsed into columns for course section/student name/student question, pasted into a Word document, and arranged in a logical order. I add some questions, links to supplemental information, video clips, selections from my image collection, and other enrichments. http://openedpractices.org/course/introductory-biology-i-and-ii
Presented by Mathieu Plourde at the 11th Sakai conference in Denver, CO, June 14, 2010.
KINETIC STUDY OF CHROMIUM (III) – PVP COMPLEX BY USING RADIO-TRACER TECHNIQUEcscpconf
Complexes of metal ions with organic ligands play an important role in many fields of our life.These metal complexes are widely used in medical diagnosis and therapeutic analysis. These
complexes are very familiar with radioisotopes exerting precise chemical and physical properties. Generally, chromium is considered as toxic and essential element depending on its
oxidation state in the biological system. Here the dynamic dissociation constants of the complex of Chromium (III) with excellent biocompatible polymer PVP (poly-N-vinylpyrolidone) have been determined. The dissociation constants will give us the idea about the stability of the said complexes. As PVP is a good ligand with different metals within a wide range of pH. Ingestion techniques of radioisotopes to the biological systems may be nicely polished with the knowledge of this kinetic study with chromium. Green methods have been carried out during the whole period of the experiments to maintain the environmental friendly aspects.
Effect of Chemical Treatment and Curing Parameters on Mechanical Properties o...IJERA Editor
A brief overview on natural fiber reinforced polymer composites is presented in this work. There is a growing trend to use non conventional and environmental friendly resources for engineering applications. In this scenario Natural fiber are offering a wide range of possibilities. Detailed and thorough study of structure of natural fiber indicates about its hydrophilic nature. Various types of chemical treatment techniques are used by researchers to increase the affinity of reinforcement and matrix .Studies shows that different factors like curing time, temperature, loading condition, fiber orientation etc. affect the properties of natural fiber composites. Lot of work has been carried out with the combination of different fibers and different polymers. Comparative data is presented on properties of different composite.
T&L Show and Tell - Bob Hodson: Using T&Q for JiT teachingMathieu Plourde
Discussion questions are submitted via the Sakai Tests and Quizzes tool. The deadline is 3 hours before class begins. In the interval, the questions are exported to an Excel spreadsheet, parsed into columns for course section/student name/student question, pasted into a Word document, and arranged in a logical order. I add some questions, links to supplemental information, video clips, selections from my image collection, and other enrichments. http://openedpractices.org/course/introductory-biology-i-and-ii
Presented by Mathieu Plourde at the 11th Sakai conference in Denver, CO, June 14, 2010.
CINF 35: Structure searching for patent information: The need for speedNextMove Software
Chemical databases grow larger every year. Without investing in additional hardware or improved software, the time to search these databases will in turn grow longer annually. With an ever-increasing number of pharmaceutical patents, the amount of chemical data associated with these is growing at a rate with which hardware advances alone cannot keep up.
Using automated mining of U.S. and European patents, we have extracted large collections of structural data in the form of reactions, mixtures, and exemplified compounds. Additional information such as protein targets and diseases are also extracted from each patent and associated with the structural data. We will describe how this data can be queried with natural language phrases and how these phrases are interpreted as structural queries.
Through innovations in substructure and similarity search algorithms, it is possible to search and retrieve hundreds of millions of chemical records in fractions of a second. We will demonstrate how this is achieved on a regular desktop machine using just-in-time and ahead-of-time compilation techniques.
1. Mukesh Kumar
4214 Walnut Street # 2F • Philadelphia, PA 19104 • 915-740-2162 • mukeshkr1@yahoo.com
Job Objective
A challenging Research Chemist / Scientist position with a high-growth chemical company
specializing in manufacturing and testing of Inorganic / organometallic / polymer materials
Qualification Overview
Well-qualified and technically-proficient Research Scientist with more than six years
laboratory experience and excellent academic qualifications.
Goal oriented research scientist, expert in synthetic organic, inorganic, organometallic and
polymer chemistry
Tremendous work energy and enthusiasm. Highly positive approach towards the assigned
goals
Great proficiency in performing experimental processes, recording observations of an
experiment and analyzing the test results
Great dexterity in performing traditional as well as the modern experimental procedures,
with preciseness and efficiency
Education & Training
Ph.D., Synthetic Inorganic chemistry, IIT Delhi, India 2004
M.Sc., Chemistry (Synthetic Organic Chemistry), IIT Roorkee, India 1999
B.Sc., Chemistry and Biology, Ch. Charan Singh University, Meerut 1997
Postdoctoral Research Fellow, Dept. of Chemistry, Uni. of Texas at El Paso, TX 2005-08
Research Scientist, Dept. of Chemistry, Drexel University, Philadelphia, PA 2008-current
Professional Experience
Research & Development:
Experienced in
Synthesis and analysis of organic/organometallic and Inorganic compounds, and polymers.
The techniques for handling air and moisture sensitive materials (Glove- box and Schlenk
line)
Determination of chemical and physicochemical properties, composition, structure,
relationships, and reactions, utilizing spectroscopy, and spectrophotometric techniques
Synthesis of silicon, siloxane and ferrocene based monomers, dendrimers and polymers
Catalytic, thermal and anionic living polymerization chemistry of strained 1-sila-
ferrocenophanes
Synthesis of 1-sila / germa-3-metallacyclobutane monomers and ring opening
polymerization (ROP) chemistry
Hydrosilylation polymerization involving alkene, alkyne, and hydrosilane monomer
Synthesis of single site metal-alkoxide catalysts for ring opening polymerization
Synthesis of N-heterocyclic carbene (NHC) metal complexes and catalysis for organic
reactions
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2. Analytical instrument handling:
Multinuclear NMR experiments (Bruker 300 MHz and Varian Unity Inova 500 & 300 MHz)
UV/Vis spectrometer (Perkin Elmer).
FTIR spectrometer (Perkin-Elmer, Nicolet).
Cyclic voltammeter (Perkin-Elmer Potentiostat/Galvanostat model 263 A).
HPLC, GPC (Size exclusion chromatography), TGA, DTA, and DSC.
Laboratory management:
Managing Analytical instruments and troubleshooting for any problem
Acted as safety Czar, waste management, separation of hazardous waste from
nonhazardous waste, labeling, and ordering waste pickup.
Glove box maintenance, regeneration of the catalyst, charcoal change, and vacuum pump
maintenance.
Solvent Purification System (SPS) maintenance, changing solvents, and maintain a record
of different solvents
Computational skills
MS-office (Word, Excel, and Power Point). Familiar with the use of software applied in
chemistry for graphics and calculation (Cerius2), and Micro origin.
Experience in using Diamond, Mercury and Crystal clear software for visualizing X-ray
single crystal structures.
Leadership and Communication skills
Organized a bicycle tour in the awareness of AIDS in 2003
Participated in the organization of one day poster session in 2001 at IIT Delhi
Excellent communication and presentation skills
Strong leadership with an ardent zeal to learn consistently
Experienced in arranging group meetings and discussion sessions
Experienced in writing research papers, technical reports, preparing posters and
presentations
Honors and awards
Best poster award at research day at Drexel University, Philadelphia, PA 2010
Best poster award at the Science-day at IIT-Delhi, India 2003
Recipient of CSIR - Senior Research Fellowship (SRF) award 2002
Recipient of CSIR - Junior Research Fellowship (JRF) award 2000
Professional Memberships
Sigma Xi Scientific Research Society
American Chemical Society (ACS), USA
Indian Council of Chemists (ICC), India
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3. Selected publications in peer-reviewed journals
M. Kumar, A. J. Metta-Magana, H. K. Sharma, K. H. Pannell. Phosphine-induced migratory
CO insertion into Fe-CH2 bond of the organometallic polymer, -[(5-
C5H4)Fe(CO)2CH2SiMe2]n- and characterization of model iron complexes Dalton
Transactions, 2010, 39, 7125 - 7131.
M. Kumar, A. J. Metta-Magana, K. H. Pannell. Ferrocenylene- and Carbosiloxane-Bridged
Bis(sila[1]ferrocenophanes) E[SiMe2-X-SiMeFC]2 {E = (η5-C5H4)Fe(η5-C5H4) or O; X =
(CH2)n (n = 2, 3, 6); CH=CH; FC = (η5-C5H4)2Fe} Organometallics, 2008, 27, 6457.
M. Kumar, F. Cervantes-Lee, K. H. Pannell, J. Shao. Electrochemistry of group 14 element
bridged diiron complexes, ER2[(η5-C5H4)Fe(L2)Me]2 (E = C, Si, Ge, Sn; R = H, alkyl; L2 =
diphosphine] and (η5-C5H5)Fe(L2)ER2Fc [Fc = (η5-C5H4)Fe(η5-C5H5)]. Organometallics,
2008, 27, 4739.
P. Apodaca, M. Kumar, F. Cervantes-Lee, H. K. Sharma, K. H. Pannell. The
Chloromethylgermyl complexes (5-C5H5)M(CO)nGeR2CH2Cl, [M = Fe (n = 2), Mo, W, (n =
3)]: Rearrangements, Transformations to 1-Germa-3-metallacyclobutanes, (5-
C5H4)M(CO)nCH2GeR2 and their Ring-Opening Polymerization. Organometallics, 2008, 27,
3136.
M. Kumar, K. H. Pannell. Hydrosilylation synthesis of new Ferrocenylene copolymers
containing carbosilylene, carbosiloxy and cyclopentadienyliron dicarbonyl bridges, Journal
of Inorganic and Organometallic Polymers and Materials, 2008, 18, 131.
M. Kumar, F. Cervantes-Lee, H. K Sharma, K. H. Pannell. Structural and Redox Properties
of Novel Spirocyclic 1-Sila-3-ferracyclobutanes, [(5-C5H4)Fe(L2)CH2SiMe2] (L2 = P-P
{Diphosphine}. Organometallics 2007, 26, 3005.
M. Kumar, K. H Pannell Synthesis of new ferrocenylenesilylene polymers by direct
hydrosilylation / polymerization of [FC-SiRH], FC = (η5-C5H4)Fe(η5-C5H4), using
organometallic alkenes and alkynes. Journal of Inorganic and Organometallic Polymers and
Materials 2007, 17, 105-110.
Scientific meeting paper presentations at:
240th ACS National Meeting, Boston, MA, United States, August 22-26, 2010, INOR-99.
Mid-Atlantic Seaboard Inorganic Symposium (MAS-IS), UMD College Park. August 4, 2010.
Southwest Regional Meeting of the ACS, El Paso, TX, USA, Nov. 4-7, 2009, SWRM-133.
238th ACS National Meeting, Washington, DC, USA, August 16-20, 2009, INOR-363.
236th ACS National Meeting, Philadelphia, PA, USA, August 17-21, 2008, INOR-451.
229th ACS National Meeting, San Diego, CA, USA, March 13-17, 2005, INOR-110.
References
Dr. Keith H. Pannell, University of Texas at El Paso, TX. kpannell@utep.edu
(Ph): 915-747-5796; (Fax): 915-747-5748;
Dr. Elizabeth T. Papish, Drexel University, Philadelphia, PA. ep322@drexel.edu
(Ph): 215-895-2666;
Dr. Ravi Shankar, Indian Institute of technology Delhi, India shankar@chemistry.iitd.ac.in
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