Dustin Hulbert has over 15 years of experience in materials research and development. He has held several director level positions at companies developing advanced materials and has authored 4 patents. He has a Ph.D. in materials science from UC Davis and expertise in ceramics, cementitious materials, composites, and thin films.
Polymer Research & Development EngineerHwanman Park
Hwanman Park has over 25 years of experience in polymer research and development. He has expertise in developing polymer composites and formulations to improve material properties. Some of his key accomplishments include publishing 4 patents and 18 journal papers, developing new biodegradable and conductive materials, and successfully commercializing products. He is seeking a new role as a Polymer R&D Engineer.
Spine Implants: Porous Coatings vs. Porous Materials vs. Additive ManufacturingApril Bright
Spine implant materials and surface characteristics are popular topics among engineers and surgeons. How do surface technologies relate to spine implants and bone integration and fusion? What are the pros and cons of various materials and surfaces? In this interactive session, members of industry and academia reviewed and presented research related to use of
• porous plasma spray coating,
• porous PEEK, and
• additive manufactured titanium in spinal devices.
This document is a resume for Frank E. Inscore, who has over 10 years of experience as a senior chemist and R&D professional. He has expertise in analytical chemistry, organic synthesis, nanomaterials development, and laboratory management. Currently he works as an independent consultant providing analytical method development and validation services, with a focus on spectroscopy and nanocomposite materials.
Harold Sreshta has over 35 years of experience in materials engineering, specializing in optimization of composite materials for wear applications. He has held engineering roles at several oilfield equipment companies developing cutting elements, hardfacing materials, and drill bits. He holds a PhD in Materials Engineering and has authored several patents related to polycrystalline diamond cutters, hardfacing compositions, and powder metallurgy processes.
This document summarizes a research project on synthesizing wollastonite glass ceramics from snail shells and soda-lime-silica glass through heat treatment. The objectives are to produce wollastonite glass ceramics with different compositions and heat treatments, and analyze the samples. The methodology involves collecting and processing the raw materials, mixing and melting them, heat treating the products, and analyzing them through XRD, XRF, FTIR and density measurements. The expected results are characterization of crystalline materials and determination of structure through XRD analysis, elemental composition through XRF, chemical bonds through FTIR, and density measurements.
Capabilities within the lab include scanning electron microscopy with energy dispersive spectrometry for high-magnification imaging and elemental and chemical characterization; X-ray fluorescence and diffraction for analyzing complex, unknown bulk samples and identifying the elements and crystallographic structure of the sample, and; drop-weight impact testing that produces a highly-sensitive time history of applied force and deformation during a test.
Contrary to dictionary definition, there is no such thing as complete hermeticity. All materials are gas permeable to some degree. A quality hermetic seal keeps the internal environment safe from contamination by external moisture and gases for its designed lifespan. This lifespan can range from a few months for a candy bar wrapper to decades
for high-reliability military electronics.
Sami Ali Helou has over 8 years of experience in product development for medical device companies. He has led projects developing new products using biomaterials like urinary bladder matrix and chitosan for applications such as wound healing and joint repair. His experience includes prototyping devices, creating manufacturing processes, conducting pre-clinical studies, and assisting with regulatory submissions. He holds an MS in Biomedical Engineering and has skills in engineering design, materials characterization, and quality systems.
Polymer Research & Development EngineerHwanman Park
Hwanman Park has over 25 years of experience in polymer research and development. He has expertise in developing polymer composites and formulations to improve material properties. Some of his key accomplishments include publishing 4 patents and 18 journal papers, developing new biodegradable and conductive materials, and successfully commercializing products. He is seeking a new role as a Polymer R&D Engineer.
Spine Implants: Porous Coatings vs. Porous Materials vs. Additive ManufacturingApril Bright
Spine implant materials and surface characteristics are popular topics among engineers and surgeons. How do surface technologies relate to spine implants and bone integration and fusion? What are the pros and cons of various materials and surfaces? In this interactive session, members of industry and academia reviewed and presented research related to use of
• porous plasma spray coating,
• porous PEEK, and
• additive manufactured titanium in spinal devices.
This document is a resume for Frank E. Inscore, who has over 10 years of experience as a senior chemist and R&D professional. He has expertise in analytical chemistry, organic synthesis, nanomaterials development, and laboratory management. Currently he works as an independent consultant providing analytical method development and validation services, with a focus on spectroscopy and nanocomposite materials.
Harold Sreshta has over 35 years of experience in materials engineering, specializing in optimization of composite materials for wear applications. He has held engineering roles at several oilfield equipment companies developing cutting elements, hardfacing materials, and drill bits. He holds a PhD in Materials Engineering and has authored several patents related to polycrystalline diamond cutters, hardfacing compositions, and powder metallurgy processes.
This document summarizes a research project on synthesizing wollastonite glass ceramics from snail shells and soda-lime-silica glass through heat treatment. The objectives are to produce wollastonite glass ceramics with different compositions and heat treatments, and analyze the samples. The methodology involves collecting and processing the raw materials, mixing and melting them, heat treating the products, and analyzing them through XRD, XRF, FTIR and density measurements. The expected results are characterization of crystalline materials and determination of structure through XRD analysis, elemental composition through XRF, chemical bonds through FTIR, and density measurements.
Capabilities within the lab include scanning electron microscopy with energy dispersive spectrometry for high-magnification imaging and elemental and chemical characterization; X-ray fluorescence and diffraction for analyzing complex, unknown bulk samples and identifying the elements and crystallographic structure of the sample, and; drop-weight impact testing that produces a highly-sensitive time history of applied force and deformation during a test.
Contrary to dictionary definition, there is no such thing as complete hermeticity. All materials are gas permeable to some degree. A quality hermetic seal keeps the internal environment safe from contamination by external moisture and gases for its designed lifespan. This lifespan can range from a few months for a candy bar wrapper to decades
for high-reliability military electronics.
Sami Ali Helou has over 8 years of experience in product development for medical device companies. He has led projects developing new products using biomaterials like urinary bladder matrix and chitosan for applications such as wound healing and joint repair. His experience includes prototyping devices, creating manufacturing processes, conducting pre-clinical studies, and assisting with regulatory submissions. He holds an MS in Biomedical Engineering and has skills in engineering design, materials characterization, and quality systems.
Dr. Guddu Ramashankar Prasad is seeking a position in research and development or quality control where he can utilize his skills in composite processing, polymer processing, materials testing, and research. He has a Ph.D. in Materials Science from Sardar Patel University and over 2 years of experience developing composites. His professional experience includes developing phenolic/glass fiber and MgO/MgCl2 composites, as well as research on carbon/ceramic composites. He is proficient with various characterization techniques and materials processing methods.
Jillian Cooper has over 30 years of experience in materials engineering, with a focus on refractory materials. She has worked in both industrial and research settings, gaining expertise in refractory material selection, installation, and performance monitoring for heavy industrial processes. Her career highlights include improving campaign lengths and reducing costs at New Zealand Steel through refractory and process changes. She also has experience researching advanced ceramic materials and refractories for new steelmaking processes. Currently, she works as a business development manager providing refractory expertise and engineering services to industries in Australia and New Zealand.
This document provides a summary of qualifications and experience for Barbra Mae I. Raña. She has over 10 years of experience in materials science engineering, including expertise in material and process development, characterization, failure analysis, and patent research. Her background includes roles in intellectual property engineering, packaging engineering, and materials science research. She has technical skills in polymer science, composite engineering, and statistical analysis software.
Michael Burkhardt completed numerous research and school projects while studying at the Colorado School of Mines, gaining skills in areas such as database management, rock testing, mechanical design, and environmental analysis. He contributed to projects involving rock mechanics testing, saturation methods, thermal stresses, concrete properties, surveying, grouting solutions, and pre-feasibility studies. Burkhardt also helped remodel his family's cabin, gaining experience estimating project costs and timelines.
Mansour Ahmed Al-Shafei is a research science consultant with over 31 years of experience in research, technology development, management, and leadership. He has managed research groups and projects at Saudi Aramco, published over 25 papers, and received two US patents. Al-Shafei has extensive experience in materials characterization, catalyst evaluation, and concrete and polymer research. He is currently pursuing additional patents and publications through ongoing research projects at Saudi Aramco.
Straw Bale Construction: The Application in MassachusettsS7W1X
This document summarizes research on the viability of straw bale construction in Massachusetts. Small-scale plastered straw bale specimens were tested for vapor permeability, thermal resistivity, and compression strength. Additionally, a two-story straw bale house was designed for Worcester following state building codes. Testing showed plastered straw bale walls can provide insulation and strength, and a cost analysis found straw bale construction can be economically comparable to conventional methods in Massachusetts. Therefore, the research determined straw bale is a viable alternative building technique.
This document provides an overview of graphene and 2D materials, including their properties, production methods, and applications. It discusses how graphene is the thinnest material yet discovered and has impressive properties such as high strength and conductivity. Methods for producing graphene include exfoliation of graphite and growth of graphene films. Potential applications mentioned include use in composites, membranes, electronics, and sensors. It also describes the facilities at the University of Manchester for researching graphene, including the National Graphene Institute and Graphene Engineering Innovation Centre, which work to advance graphene research and commercialization.
Michael Dattner has over 15 years of experience in plastics processing, material development, and technical consulting. He has worked for companies such as Celanese Engineering Materials and Pactiv Corporation, where he developed new materials, coatings, and processes. He is skilled in various plastics manufacturing methods and material characterization techniques. Dattner also has a background in teaching and research, having worked as a teaching assistant and research assistant during his graduate studies in polymer engineering.
Wesley Hale has over 13 years of experience in polymer science and chemical engineering. He has expertise in polymeric materials, biodegradable polymers, barrier/breathable films, fibers, photovoltaics, and polymer synthesis/property analysis. He has a proven track record of managing projects, developing new products, overcoming formulation/processing difficulties, and expanding business opportunities through new technologies and intellectual property. Hale holds a Ph.D. in Chemical Engineering and has worked in both industry and academia.
This document contains a literature review of brake pad materials. It discusses various categories of frictional lining materials used in brake pads such as metallic, asbestos, ceramic, and semi-metallic pads. It describes the constituents of brake pad friction lining which include reinforcing materials to provide strength, fillers to improve manufacturability and reduce cost, binders to hold the pad together, and frictional additives to determine friction properties. The literature review analyzes research on using various combinations of materials like Kevlar fibers, copper powder, barium sulfate, and cashew dust and how they influence friction, wear resistance, and fade resistance. Optimum compositions are identified for properties like stable coefficient of friction at high temperatures.
The document summarizes the qualifications and experience of Samanthule Nola. She has a PhD in Macromolecular Science and Engineering from the University of Michigan, where her dissertation focused on crystallization and clustering in systems of hard polyhedra using computational simulations. Her research experience includes computational modeling of self-assembly processes and experimental work in energy conversion materials and ceramic processing. She has strong skills in materials characterization, computational modeling, and laboratory techniques.
The document is a resume for Modasser ElShoubary seeking a research or management position utilizing his Doctoral degree in Organic/Analytical Chemistry. It summarizes his qualifications including experience leading titanium dioxide research projects, inventing new pigment treatments and catalysts, communicating with various departments, conducting trials, acquiring patents, analyzing competitors' products, and establishing technical links with customers. It also lists his employment history with Cristal and previous employers and education including a Ph.D. from the University of Missouri.
Henry J. DeGraaf has over 50 years of experience in polymer research and development for coatings. He specialized in developing new acrylic, polyester, epoxy, and alkyd polymers. Throughout his career, he focused on creating new polymer formulations and processes to reduce costs and improve product performance. He holds several patents related to his work developing new polymer technologies and coatings.
Hazel Watson has over 30 years of experience in chemistry and materials characterization. She has a Ph.D in colloid science and surface characterization from Åbo Akademi University in Finland. Most recently, she worked for 13 years at Alkermes Pharma Ireland characterizing pharmaceutical ingredients and products using techniques like particle size analysis, microscopy, and thermal analysis. She has extensive experience supervising students and staff.
David Lucas Rice has over 5 years of experience in research and development engineering. He received a Bachelor of Science in Chemical and Environmental Engineering from the University of Toledo in 2014, where he also minored in Chemistry. Currently, Rice works as a Research and Development Engineer at Caterpillar, where his responsibilities include researching and testing new materials, maintaining safety standards, and supporting manufacturing operations. Prior to his current role, Rice held engineering and lab assistant positions with The University of Toledo, OMNOVA Solutions, and Akron, gaining experience in material testing, safety analysis, and process engineering.
The document summarizes the 34th International Conference and Exposition on Advanced Ceramics and Composites to be held January 24-29, 2010 in Daytona Beach, Florida. It provides details on the call for papers, including important dates and submission instructions. The conference will consist of eleven symposia and four focused sessions covering various aspects of advanced ceramics and composites technologies. Topics include mechanical behavior of ceramics, ceramic coatings, solid oxide fuel cells, armor ceramics, bioceramics, and computational modeling of ceramics. Abstracts are due by July 13, 2009 and can be submitted online.
Matthew D. Kundrat has over 20 years of experience in computational chemistry, molecular modeling, experimental inorganic chemistry, scientific marketing, and teaching. He received his PhD in Physical Chemistry from SUNY Buffalo and has worked in research and development roles for organizations like the Karlsruhe Institute of Technology and General Motors. Currently, he is an Environmental Chemist for the Pennsylvania Department of Environmental Protection where he develops standards for pollutant limits.
Natural Dimension Stone Sustainability Standard KMSpan
The document discusses how stone certified to meet the ANSI/NSC 373 standard can help building projects achieve sustainability goals. It provides an overview of the standard's development since 2005 in response to increased focus on sustainability in the building industry. Projects seeking LEED or Living Building Challenge certification can earn points by using stone certified under the standard, which evaluates quarries and processors across criteria like energy and water use, chemicals management, and reclamation. The standard is third-party verified, and Coldspring is the second company to have multiple facilities certified under the standard.
The document announces the Sixth International Conference on Recent Advances in Composite Materials (ICRACM-2019) to be held in February 2019 in Varanasi, India. The conference will celebrate the centenary year of the BENCO Department of Mechanical Engineering at IIT(BHU). It will bring together academics and researchers from around the world to present on topics related to composite materials, including polymer composites, metal matrix composites, and nanocomposites. Several prominent scientists in the field of composite materials have been invited as keynote speakers. Accepted papers will be considered for publication in international journals. The conference aims to further research on composite materials for applications such as housing and energy storage.
Dr. Guddu Ramashankar Prasad is seeking a position in research and development or quality control where he can utilize his skills in composite processing, polymer processing, materials testing, and research. He has a Ph.D. in Materials Science from Sardar Patel University and over 2 years of experience developing composites. His professional experience includes developing phenolic/glass fiber and MgO/MgCl2 composites, as well as research on carbon/ceramic composites. He is proficient with various characterization techniques and materials processing methods.
Jillian Cooper has over 30 years of experience in materials engineering, with a focus on refractory materials. She has worked in both industrial and research settings, gaining expertise in refractory material selection, installation, and performance monitoring for heavy industrial processes. Her career highlights include improving campaign lengths and reducing costs at New Zealand Steel through refractory and process changes. She also has experience researching advanced ceramic materials and refractories for new steelmaking processes. Currently, she works as a business development manager providing refractory expertise and engineering services to industries in Australia and New Zealand.
This document provides a summary of qualifications and experience for Barbra Mae I. Raña. She has over 10 years of experience in materials science engineering, including expertise in material and process development, characterization, failure analysis, and patent research. Her background includes roles in intellectual property engineering, packaging engineering, and materials science research. She has technical skills in polymer science, composite engineering, and statistical analysis software.
Michael Burkhardt completed numerous research and school projects while studying at the Colorado School of Mines, gaining skills in areas such as database management, rock testing, mechanical design, and environmental analysis. He contributed to projects involving rock mechanics testing, saturation methods, thermal stresses, concrete properties, surveying, grouting solutions, and pre-feasibility studies. Burkhardt also helped remodel his family's cabin, gaining experience estimating project costs and timelines.
Mansour Ahmed Al-Shafei is a research science consultant with over 31 years of experience in research, technology development, management, and leadership. He has managed research groups and projects at Saudi Aramco, published over 25 papers, and received two US patents. Al-Shafei has extensive experience in materials characterization, catalyst evaluation, and concrete and polymer research. He is currently pursuing additional patents and publications through ongoing research projects at Saudi Aramco.
Straw Bale Construction: The Application in MassachusettsS7W1X
This document summarizes research on the viability of straw bale construction in Massachusetts. Small-scale plastered straw bale specimens were tested for vapor permeability, thermal resistivity, and compression strength. Additionally, a two-story straw bale house was designed for Worcester following state building codes. Testing showed plastered straw bale walls can provide insulation and strength, and a cost analysis found straw bale construction can be economically comparable to conventional methods in Massachusetts. Therefore, the research determined straw bale is a viable alternative building technique.
This document provides an overview of graphene and 2D materials, including their properties, production methods, and applications. It discusses how graphene is the thinnest material yet discovered and has impressive properties such as high strength and conductivity. Methods for producing graphene include exfoliation of graphite and growth of graphene films. Potential applications mentioned include use in composites, membranes, electronics, and sensors. It also describes the facilities at the University of Manchester for researching graphene, including the National Graphene Institute and Graphene Engineering Innovation Centre, which work to advance graphene research and commercialization.
Michael Dattner has over 15 years of experience in plastics processing, material development, and technical consulting. He has worked for companies such as Celanese Engineering Materials and Pactiv Corporation, where he developed new materials, coatings, and processes. He is skilled in various plastics manufacturing methods and material characterization techniques. Dattner also has a background in teaching and research, having worked as a teaching assistant and research assistant during his graduate studies in polymer engineering.
Wesley Hale has over 13 years of experience in polymer science and chemical engineering. He has expertise in polymeric materials, biodegradable polymers, barrier/breathable films, fibers, photovoltaics, and polymer synthesis/property analysis. He has a proven track record of managing projects, developing new products, overcoming formulation/processing difficulties, and expanding business opportunities through new technologies and intellectual property. Hale holds a Ph.D. in Chemical Engineering and has worked in both industry and academia.
This document contains a literature review of brake pad materials. It discusses various categories of frictional lining materials used in brake pads such as metallic, asbestos, ceramic, and semi-metallic pads. It describes the constituents of brake pad friction lining which include reinforcing materials to provide strength, fillers to improve manufacturability and reduce cost, binders to hold the pad together, and frictional additives to determine friction properties. The literature review analyzes research on using various combinations of materials like Kevlar fibers, copper powder, barium sulfate, and cashew dust and how they influence friction, wear resistance, and fade resistance. Optimum compositions are identified for properties like stable coefficient of friction at high temperatures.
The document summarizes the qualifications and experience of Samanthule Nola. She has a PhD in Macromolecular Science and Engineering from the University of Michigan, where her dissertation focused on crystallization and clustering in systems of hard polyhedra using computational simulations. Her research experience includes computational modeling of self-assembly processes and experimental work in energy conversion materials and ceramic processing. She has strong skills in materials characterization, computational modeling, and laboratory techniques.
The document is a resume for Modasser ElShoubary seeking a research or management position utilizing his Doctoral degree in Organic/Analytical Chemistry. It summarizes his qualifications including experience leading titanium dioxide research projects, inventing new pigment treatments and catalysts, communicating with various departments, conducting trials, acquiring patents, analyzing competitors' products, and establishing technical links with customers. It also lists his employment history with Cristal and previous employers and education including a Ph.D. from the University of Missouri.
Henry J. DeGraaf has over 50 years of experience in polymer research and development for coatings. He specialized in developing new acrylic, polyester, epoxy, and alkyd polymers. Throughout his career, he focused on creating new polymer formulations and processes to reduce costs and improve product performance. He holds several patents related to his work developing new polymer technologies and coatings.
Hazel Watson has over 30 years of experience in chemistry and materials characterization. She has a Ph.D in colloid science and surface characterization from Åbo Akademi University in Finland. Most recently, she worked for 13 years at Alkermes Pharma Ireland characterizing pharmaceutical ingredients and products using techniques like particle size analysis, microscopy, and thermal analysis. She has extensive experience supervising students and staff.
David Lucas Rice has over 5 years of experience in research and development engineering. He received a Bachelor of Science in Chemical and Environmental Engineering from the University of Toledo in 2014, where he also minored in Chemistry. Currently, Rice works as a Research and Development Engineer at Caterpillar, where his responsibilities include researching and testing new materials, maintaining safety standards, and supporting manufacturing operations. Prior to his current role, Rice held engineering and lab assistant positions with The University of Toledo, OMNOVA Solutions, and Akron, gaining experience in material testing, safety analysis, and process engineering.
The document summarizes the 34th International Conference and Exposition on Advanced Ceramics and Composites to be held January 24-29, 2010 in Daytona Beach, Florida. It provides details on the call for papers, including important dates and submission instructions. The conference will consist of eleven symposia and four focused sessions covering various aspects of advanced ceramics and composites technologies. Topics include mechanical behavior of ceramics, ceramic coatings, solid oxide fuel cells, armor ceramics, bioceramics, and computational modeling of ceramics. Abstracts are due by July 13, 2009 and can be submitted online.
Matthew D. Kundrat has over 20 years of experience in computational chemistry, molecular modeling, experimental inorganic chemistry, scientific marketing, and teaching. He received his PhD in Physical Chemistry from SUNY Buffalo and has worked in research and development roles for organizations like the Karlsruhe Institute of Technology and General Motors. Currently, he is an Environmental Chemist for the Pennsylvania Department of Environmental Protection where he develops standards for pollutant limits.
Natural Dimension Stone Sustainability Standard KMSpan
The document discusses how stone certified to meet the ANSI/NSC 373 standard can help building projects achieve sustainability goals. It provides an overview of the standard's development since 2005 in response to increased focus on sustainability in the building industry. Projects seeking LEED or Living Building Challenge certification can earn points by using stone certified under the standard, which evaluates quarries and processors across criteria like energy and water use, chemicals management, and reclamation. The standard is third-party verified, and Coldspring is the second company to have multiple facilities certified under the standard.
The document announces the Sixth International Conference on Recent Advances in Composite Materials (ICRACM-2019) to be held in February 2019 in Varanasi, India. The conference will celebrate the centenary year of the BENCO Department of Mechanical Engineering at IIT(BHU). It will bring together academics and researchers from around the world to present on topics related to composite materials, including polymer composites, metal matrix composites, and nanocomposites. Several prominent scientists in the field of composite materials have been invited as keynote speakers. Accepted papers will be considered for publication in international journals. The conference aims to further research on composite materials for applications such as housing and energy storage.
1. Dustin M. Hulbert, Ph.D.
dustin.hulbert@gmail.com
3954 Majestic Drive, Concord, CA 94519
415-320-2870
SUMMARY
A highly imaginative researcher with an infectious enthusiasm for science and technology. Unabashedly
ambitious, able to effectively communicate ideas to accomplish projects with timeliness, accuracy and
precision. A lifelong learner able to adapt to rapidly changing priorities with a positive attitude.
EDUCATION
University of California, Davis, Ph.D. Materials Science 2008
University of California, Davis, M.S. Materials Science 2006
California Polytechnic State University, San Luis Obispo, B.S. Materials Engineering, Cum Laude 2003
EXPERIENCE
DIRECTOR, RESEARCH AND DEVELOPMENT – WATERSHED MATERIALS, INC, NAPA, CA 2016
Performed research on new compression technologies and mix formulations for masonry products using zero
to low Portland cement contents with high levels of fine grained natural aluminosilicate minerals. Developed
a quality system for the company's novel building materials. Perform research on the use of site materials
and on-site manufacturing of Watershed Materials' masonry products.
CONSULTANT – GEOFORTIS, INC, MORAGA, CA 2016
Developed, implemented research and development plan for the Company’s, natural pozzolan business.
Characterized the Lassenite mineral for use as a supplementary cementitious material for use in precast and
ready mix concrete applications. Formulated mix designs using both commercial and proprietary chemical
admixtures to ensure pozzolan performance and compliance with relevant international, national and
regional standards and codes.
DIRECTOR, RESEARCH AND DEVELOPMENT – CALSTAR PRODUCTS, INC, DURHAM, NC 2009 – 2015
Interacted daily with all research and development personnel, present studies, product development, claims,
intellectual properties and quality teams. Planned and executed on “Blue Sky” research, new products lines
and technologies. Created prototypes for new products for company stake holders. Reported to the Vice
President of Engineering and the Chief Operating Officer on a weekly basis. Co-authored 4 patents. Assisted
in the development of the first ASTM fly ash brick standard (ASTM C1790). Helped draft an ISO-compliant life
cycle analysis (LCA) and the industry’s first environmental product declaration (EPD) for brick. Developed a
new mix recipe to combat fly ash variability that averted a total production shut-down. Engineered a new
curing cycle that enabled a 3X increase in product production. Formulated a new recipe that reduced the bill
of materials by approximately 20%. Helped drive cast stone strength from approximately 2000 psi to 6000
psi. Developed and codified a proprietary process for sourcing fly ashes from both domestic and
international sources. Interfaced with domestic and international fly ash brokers to test materials for future
markets. Created in house tests and procedures to rapidly determine product hardness, color and chemical
resistance. Assisted in the set-up and launch of the company’s 1st
and 2nd
manufacturing facility. Supported
manufacturing and quality teams day to day by providing standard operating procedures (SOPs) as well as
technical insights into raw materials and processes. Analyzed production and quality reports daily to
maintain product performance above in-house and ASTM standards. Coordinated experiments and testing
with 3rd
party laboratories for new product launches.
SCIENTIST – NANOSOLAR, INC, SAN JOSE, CA 2008 – 2009
2. Responsible for conducting independent research to improve device performance and fundamental
understanding of thin-film CuInxGa(1-x)Se2 (CIGS) solar cells. Work included nanoparticle synthesis, thin film
deposition using atmospheric processes, rapid thermal processing and characterization of new devices. Was
part of a team effort that resulted in a company device efficiency record.
GRADUATE STUDENT RESEARCHER – UNIVERSITY OF CALIFORNIA, DAVIS, CA 2003 – 2008
Ph.D. Dissertation: Pulsed Electric Current Sintering: Fundamentals and Applications. Master’s Thesis:
Elevated Temperature Plasticity and Superplasticity of Advanced Ceramic Oxide Nanocomposites. Performed
research on Alumina-Zirconia-Magnesia Spinel nanocomposites, Boron Carbide – Aluminum composites and
other advanced ceramics. Performed fundamental novel research on optical properties and high strain rate
superplasticity of advanced ceramic oxides. Processed and prepared specimens using advanced milling and
consolidation techniques such as high energy ball milling and spark plasma sintering (SPS). Designed and
built a SPS apparatus. Ran numerous mechanical tests including high temperature compression creep tests.
Performed extensive analysis on experimental results and co-authored multiple scientific peer reviewed
papers as well as chapters in textbooks. Laboratory safety coordinator from 2004 to 2008.
PATENTS
US 9,023,149 B1, “Fly Ash Based Cementitious Mixture”, Covers the fact that the product is cured and
describes the durability aspects of the product. Published: May 5, 2015
US 8,747,549 B1, “Fly Ash Based Cementitious Mixture”, Explains that product is usable in construction. It
spells out the minimum strength as well as the freezing and thawing durability requirements of the product.
Published: June 10, 2014
US 8,617,438 B1, “Fly Ash Based Cementitious Mixture”, Describes the process of turning the mix into a
masonry product. It includes details like mixing time, the pressing process, the density of the product and
the shapes possible using the process. Published: December 31, 2013
US 8,617,308 B1, “Fly Ash Based Cementitious Mixture”, Protects the cementitious binder itself. It includes
things like the amount and type of fly ash used, aggregates and admixtures. Published: December 31, 2013
PROFESSIONAL and TECHNICAL SKILLS
Materials Science and Engineering, Solid State Physics, Physical Chemistry, Inorganic Materials, Nanoscale
Materials, Ceramics, Cementitious Materials, Metals, Composites, Powder Processing Techniques, Thin Films,
Advanced Powder Milling, Mechanical Testing, Scanning Electron Microscopy, Energy Dispersion
Spectroscopy, X-Ray Spectroscopy, X-Ray Diffraction, Thermogravimetric Analysis, Calorimetry, BET Surface
Area Analysis, Metallography/Petrography, Technical Writing, Machining Operations, Mechanical Systems
Repair and Maintenance, MS Office, MAC OS, Quickbase
INTERESTS and ACTIVITIES
Strategy Games – Science Fiction - Fishing – Running – Swimming – Hiking – Golf – Baseball – Football –
Geology – Rock Collecting – Gardening