Manoj Ganesh
***-** **** ******, ***** Park, NY 11417
( 718-***-****; ( **********@*****.***; [pic]
www.linkedin.com/in/manojganesh/
PROFILE
. PhD Materials Chemistry with 2 years of proactive startup skill
experience including project management, R&D, client management,
technology transfer, training, fund raising, administrative operations &
problem solving.
. Research experience in the field of polymer chemistry, biodegradable
polymer, enzyme immobilization, bio-catalysis, biotransformation, protein
purification, kinetic studies, and drug delivery.
. Leader and group coordinator for lab safety (Certified Supervisor) and
inventory management.
. Strong communication and presentation skills.
. Publications include 5 journal articles, 1 book chapter and 1 patent
awarded.
. Awards include ACS Award for Excellence in Graduate Polymer Research
(2010); Prof. Turner Alfrey Prize (2010) & Outstanding Alumni Award
(Batch of 2006).
. 5 Conference Proceedings in National and Regional conferences and
meetings.
Professional Experience
Research Scientist (SyntheZyme LLC)
6/2012 -
present
Job Responsibilities:
. Principal Investigator in contract R&D projects with leading industries.
Product development, co-ordinate research, document findings,
troubleshoot, on-site training & scale up development.
Achievements:
. Synthesis of novel monomers, oligomers for polymerization
(Polycondensation, Trans-esterification & Polyesterification) reactions
by implementing immobilized enzyme technology used for commercial
applications.
EDUCATION
PhD in Materials Chemistry, Polytechnic Institute of NYU, Brooklyn, NY
2006 - 2012
B.Tech in Polymer Technology, Anna University, Chennai, India
2002 - 2006
ACADEMIC Experience
Graduate Research Assistant (NYU-POLY)
12/2006 -
6/2012
Job Responsibilities:
. Conducted, Developed and Executed R&D projects funded by NSF Center for
Biocatalysis and bi-annual evaluation by industry partners.
1. EMBEDDING ENZYMES IN POLYMER (Macromolecules 2009, Polymer 2012 &
Patent awarded) 2006 - 2011 Objective:
Develop a unique method to control lifetime of polymer materials.
Achievements:
. Designed and Developed methods to enable solublization of enzymes in
organic media in order to disperse them within polymer matrices.
. Selected enzymes capable of catalyzing hydrolysis of the polymer matrix.
. Evaluated enzyme-catalyzed polymer hydrolysis by determining changes in
molecular weight averages, protein leaching from the matrix, and
degradation products formed.
2. ENZYME TRIGGER
2011 - 2012
Objective:
Develop a suitable trigger to dynamically control lifetime of polymer
materials.
Achievements:
. Constructed enzyme entraped inside nanocapsules using the layer-by-layer
self-assembly method.
. Evaluated enzyme activity and stability of enzymes upon using ultrasound
as a trigger.
3. MICROCAPSULES
2011 - 2012
Objective:
Develop a drug loaded polymeric microcapsule to be injected to the
pancreatic tumor
Achievements:
. Lead scientist on a team of doctors, students and scientist for co-
ordinating and conducting research on encapsulation of drugs in
microparticles for pancreatic cancer treatment.
. Encapsulated enzymes in microspheres for dispersion within polymeric
matrices.
4. ENZYME LITHOGRAPHY (Biomacromolecules 2013)
2010 - 2012
Objective:
Create arbitrary patterns using enzyme.
Achievements:
. Developed a new method of micro-contact printing of enzymes.
. Micron size patterns and high fidelity patterns of the master template.
Graduate Teaching Assistant (NYU-POLY)
7/2006 -
6/2007
. Organic chemistry and General chemistry teaching assistant for
undergraduate students.
Research Intern
5/2004 - 6/2004
. Internship in "POLYTRUSIONS" and "HiTECH PLASTICS".
. Skills acquired include extrusion molding for production of PVC pipes and
injection molding of pens.
. Quality control by using ASTM standard testing methods.
ANALYTICAL EXPERTISE
. Hands on experience and interpretation proficiency of analytical
equipment such as Differential Scanning Calorimetry (DSC), Absorption
Spectroscopy, Dynamic Light Scattering, Experion automated Gel
Electrophoresis, Gel Permeation Chromatography (GPC), NMR, Coulter
particle size analyzer, Scanning Electron Microscopy (SEM), Confocal laser
microscopy.
AWARDS & HONORS
Publications
. Ganesh, M.; Dave, R.N.; L'Amoreaux, W.; Gross, R.A. "Embedded Enzymatic
Biomaterial Degradation" Macromolecules, 42 (18), pp 6836-6839 (2009).
. Gross, R.A.; Ganesh, M.; W Lu. Enzyme-catalysis breathes new life into
polyester condensation polymerizations. Trends in Biotechnology (2010)
Ganesh, M.; Gross, R.A. "Embedded Enzymatic biomaterial degradation: Flow
conditions & relative humidity", Polymer, (2012)
. Z Marwil, A Asgharpour, M Ganesh, J Ling, A Stanek, R Gross, F Gress, L
Martello-Rooney. "Drug eluting microparticles for the treatment of
pancreatic cancer", Pancreatology, 13 (2) pp. e52-e53 (2013).
. Ganesh, M.; Nachman J.; Zhantong M.; Lyons A.; Rafailovich, M; Gross,
R.A. "Patterned Enzymatic Degradation of Poly(?-caprolactone) by High-
Affinity Microcontact Printing and Polymer Pen Lithography",
Biomacromolecules, (2013).
Book Chapter
. Embedding Enzymes To Control Biomaterial Lifetime Ganesh, Manoj ;
Gross, Richard
Green Polymer Chemistry: Biocatalysis and Biomaterials. January 1,
2010, 375-384
PATENT Awarded
. Ganesh, M.; Dave, R.N.; Martin, A.; Gross, R.A. "Embedded Enzymes in
Polymers to regulate their degradation rate", 12/187949 (2008)
AWARDS
. ACS Award for Excellence in Graduate Polymer Research (2010) awarded at
the 239th ACS National Meeting, California upon nomination from the
faculty of Polytechnic Institute of NYU.
. Prof. Turner Alfrey Prize (2010) awarded by Polytechnic Institute of
NYU in recognition for contributing significantly to the programs and
activities of the University in the pursuit of academic excellence.
. Distinguished Research Fellowship (2006 - 2007), Chemical and
Biological Science Department, Polytechnic Institute of NYU.
. Outstanding Alumni Award (Batch of 2006) awarded by Crescent
Engineering College in recognition to honour Outstanding Alumni of
Department of Polymer Technology.
Recommendations: Available upon request