David Brookstein, Sc.D.
`
`Curriculum Vitae
`
`Professional Experience:
`
`Brookstein Consulting LLC.
`
`Engineering and Litigation Consultant in Fields of Textiles, Garment
`
`Systems, Fibers, Fabrics and Composites
`
`2000-present
`
`IFC Mercantile
`
`2013-present
`
`Director of Market Development
`Responsible for Technical and Market Development
`of antimicrobial, antifungal and flame resistant
`
`textile fabrics. Development of new fabric systems
`
`for flame-resistant garments.
`
`Montgomery County Community College (PA)
`
`2012-2013
`
`Dean for Science, Technology, Engineering and
`
`Mathematics (STEM)
`
`Philadelphia University
`
`2010 — 2012
`
`Executive Dean for University Research
`Professor of Mechanical Engineering
`
`1994 — 2010
`
`Dean and Professor of Mechanical
`
`Engineering
`School of Engineering 8: Textiles
`
`2007 — Executive Director of Institute for Textile and
`
`Apparel Product Safety
`
`2008 — Executive Director of Pennsylvania
`Advanced Textile Research and Innovation Center
`
`including Biomedical Textile Structures Laboratory
`
`DMC Exhibit 2075_0O1
`
`Target v. DMC
`
`|PR2013-00530, 531, 532, 533
`
`

`
`2005- Executive Director of Research for
`
`Philadelphia University
`
`2004-2012 — Principal Investigator — DoD Funded
`
`program — Laboratory for Engineered Human
`Protection (LEHP) —program focused on working
`with US Army to develop new garment-based
`soldier protection systems. The research and
`development program was to design, develop and
`produce prototype chemically protective garments
`with the required comfort using the latest materials
`produced in collaboration with selected suppliers.
`
`Chief academic, administrative and fiscal officer for a school with
`
`undergraduate and graduate majors in industrial and systems
`engineering, architectural engineering, mechanical engineering,
`
`composites engineering, textile engineering technology, textile design
`
`(knitted, woven, and printed) fashion design and fashion industry
`management.
`
`MAG Indutrial Automation Systems
`
`2009-2012 — Engineering consultant to worldwide manufacturer of
`engineering automation systems for the aerospace industry
`
`Harvard University
`2002 — 2003 Visiting Scholar (sabbatical)
`
`Harvard University Center for Textile and Apparel
`Research (Division of Engineering and Applied Sciences
`and Harvard Business School) — Studied trends in patent
`applications involving textile structures
`
`Albany International Research Co. - Mansfield, MA
`1992 — 1994
`Associate Director
`
`1983 - 1992
`
`1980 - 1982
`
`Assistant Director
`
`Senior Research Associate
`
`Directed all activities of the professional engineering group
`responsible for contract research, development, and manufacture of
`advanced composite materials and technical polymeric materials and
`fabrics. Accomplishments include the working with NASA to develop
`
`new garment systems for astronauts, invention and development of the
`
`multilayer interlock braiding system for producing three-dimensionally
`
`reinforced fibrous preforms for aerospace structures, the development
`
`2
`
`DMC Exhibit 2075_002
`
`Target v. DMC
`
`|PR2013-00530, 531, 532, 533
`
`

`
`Education:
`
`of implantable biomedical devices such as sutures, vascular
`prostheses, orthopedic implants (knitted and woven) and the
`development of unique textile-based civil engineering structures.
`
`Engineering innovations led to 12 US patents and many other inventions
`
`protected by trade secret. Member of the senior management staff of
`the organization.
`
`Northeastern University - Boston, MA
`
`1981-1983
`
`Adjunct Professor in Mechanical Engineering
`
`Taught undergraduate courses in statics, dynamics, and mechanics of
`deformable bodies and material science.
`
`Georgia Institute of Technology, College of Engineering
`
`1975 - 1980
`
`Assistant Professor of Textile Engineering
`
`Taught and conducted research in the fields of textile and composites
`engineering with special emphasis on improving the energy efficiency
`
`of manufacturing systems. Obtained substantial funding from US DOE
`
`and US DOD. Active participant in College of Engineering co-op
`undergraduate programs.
`
`0 Doctor of Science in the field of Mechanical Engineering, Minor
`Studies in Management from Sloan School of Management,
`
`Massachusetts Institute of Technology, 1976.
`
`0 Master of Science in Textile Technology, Massachusetts Institute of
`Technology, 1973.
`
`0 Bachelor of Textile Engineering, Georgia Tech, 1971.
`
`0 Harvard Business School Summer Program on Research
`
`Management, 1990.
`
`0 Harvard University Graduate School of Education MLE Program,
`1998.
`
`0 Massachusetts Institute of Technology Professional Institute - Data
`and Models in Engineering, Science and Business, 2006
`
`0 Harvard University Graduate School of Education Institute for
`
`Education Management, 2007.
`
`0 Massachusetts Institute of Technology Professional Institute -
`Nanomaterials for Biological and Pharmaceutical Technologies —
`2008
`
`0 MIT Sloan School Executive Education Program “Product Design,
`Development, and Management” — 2009
`
`DJ
`
`DMC Exhibit 2075_0O3
`
`Target v. DMC
`
`|PR2013-00530, 531, 532, 533
`
`

`
`0 MIT Professional Institute, “From Technology to Innovation: Putting
`Ideas to Work” - 2010
`
`Outside Professional Activities:
`
`0 Founding Member of the Greater Philadelphia University Council of
`
`Engineering Deans
`
`0 Chairman of the National Textile Center (NTC) Operating Board (2006-2007).
`NTC is a federally funded research consortium consisting of Georgia Tech,
`North Carolina State, Auburn, Clemson, Cornell, UMASS-Dartmouth, UC Davis
`
`and Philadelphia University.
`
`0 Advisory Board of the College of Engineering, Georgia Tech (1990-1995).
`
`0 President, The Fiber Society (1996)
`
`0 Chairman, Textile Engineering Division-American Society of Mechanical
`
`Engineers (1994-1996)
`
`Memberships:
`
`0 American Society for Engineering Education (member of Engineering
`Deans Council)
`
`0
`
`Institute of Industrial Engineers
`
`0 ASME - Textile Engineering Division, Chairman, 1980, 1994
`0 American Conference of Academic Deans
`
`0 The Fiber Society - Fiber Society Lecturer, 1986-1987, 1993-1994,
`President 1996
`
`0
`
`SAMPE - Society for Advanced Materials and Process Engineering
`
`0 The Textile Institute (United Kingdom)
`
`Awards and Honors:
`
`I American Society of Mechanical Engineers (ASME) — Fellow, 1995
`I ASME - Textile Engineering Division, Chairman, 1980, 1994
`
`I The Fiber Society - Fiber Society Lecturer, 1986-1987, 1993-1994,
`President,
`1996
`
`I The Textile Institute (United Kingdom) — Fellow, 1992
`I Georgia Tech Academy of Distinguished Engineering Alumni, 1999
`
`I Techtextil Innovation Prize, 1993 (Germany)
`I ASTM Harold Dewitt Smith Award, 1998
`
`DMC Exhibit 2075_004
`
`Target v. DMC
`
`|PR2013-00530, 531, 532, 533
`
`

`
`Publications:
`
`"Deductions about the False-'Tvvist Process from Observations of the Variation of
`
`Torque on Detwisting at Heat Set Yarn," with Backer, S., and Thwaites, ].]., |ournal of
`
`the Textile Institute Q, p. 183- 186, 1976.
`
`"Transient Threadline Behavior in F'alse-Twist Texturing," with Thwaites, ].]., and
`Backer, S.,
`|ournal of the Textile Institute, Q, 1976.
`
`"Mechanics of Texturing Thermoplastic Yarns: Part III. Experimental Observations
`
`of Torsional Behavior of the Texturing Threadline for Pre-Drawn PET Yarns," with
`
`Backer, S., Textile Research |ournal, Q, pp. 802-908, 1976.
`
`"Mechanics of Texturing Thermoplastic Yarns: Part V. Steady State Mechanics of
`
`Drawing Texturing," Textile Research |ournal, fl, p. 256-266, 197']
`
`"Material-Process Interactions During False-‘Twist Texturing," with Backer, S., |ournal
`of Applied Polymer Science: Applied Polymer Symposium, Q, p. 63-82, 1977.
`
`"Mechanics of Texturing Thermoplastic Yarns: Part VI. Transient Mechanics of Draw
`
`Texturing," with Backer, S., Textile Research Journal, 48, p. 198-218, 1978.
`
`"On the Mechanics of Draw Texturing," ournal of A lied Pol mer Science: A lied
`Polymer Symposium, Q, p. 197-202, 1978
`
`"Energy Consumption and Conservation: Textile Drying," ACS Symposium Series,
`107/ 17, 1979
`
`"All That Glitters is Not Gold," Textile World, October 1979
`
`"Energy Conservation in the Textile Industry," ERDA - Phase I Report, DOE, April,
`
`197'], Quarterly Reports, 1976 to 1977, Final Report.
`
`"Processing of Pitch—Based Staple Carbon Fiber," Union Carbide Corporation,
`November 197'], Final Report.
`
`"Low Thermal Conductivity of PAN-Based Carbon Fiber, Hercules, Inc., Monthly
`Reports and Final Report
`
`"Development and Demonstration of Energy-Conserving Drying Modifications to
`Textile Processes," U.S. DOE Monthly Reports.
`
`"Optimization of Sucker Rod Pumping Using Novel Material-Systems Concepts," with
`Skelton, ]. and Dent, R., Proceedings of the Sixth Symposium of Engineering
`Applications of Mechanics, Petroleum Society of CIM, 1982
`
`DMC Exhibit 2075_0O5
`
`Target v. DMC
`
`|PR2013-00530, 531, 532, 533
`
`

`
`"Mechanical Characterization of Braided Cylinder," with Tsiang, T.H., and Dent, ].,
`Proceedings of the 29th SAMPE Meeting, 1984.
`
`"Design and Development of a High Stability Truss Chord," with Helmke, R., and
`Kominos, C., Proceedings of the 30th SAMPE Meeting, 1985.
`
`"Load-Deformation Behavior of Composite Cylinders with Integra11y-Formed
`Braided and Machined Circular Holes," with Tsiang, T.H.,
`|ournal of Composite
`
`Materials, Q, September 1985.
`
`"Braided Composites: Attachment Considerations, Proceedings of the Composites in
`Manufacturing, Los Angeles, CA, January 1986.
`
`"Foam Assisted Drying,: with Skelton, ]., Petterson, D.R., and Lauchenauer, F.,
`Proceedings of the International Drying Symposium, Cambridge, MA, August 1986
`
`"]oining Methods of Advanced Braided Composites," Composite Structures, 6, p. 87-
`95, 1986
`
`"Structural Applications of Advanced Braided Composites," Proceedings of the SPE
`
`Advanced Polymers Composites Division, November 1988.
`
`"Processing Advanced Braided Composite Structures," Proceedings of the WAM of
`ASME, Materials Division, November 1988.
`
`"Interlocked Fiber Architecture: Braided and Woven," Proceedings of the 35th
`SAMPE Meeting, April, 1990.
`
`"Evolution of Fabric Preforms for Composites," |ournal of Applied Polymer Science:
`Applied Polymer Symposium, fl, p. 487-500, 1991.
`
`"A Comparison of Multilayer Interlocked Braided Composites with Other 3-D
`Braided Composites," 3rd International Techtextil Symposium, 14-16, May 1991,
`Frankfurt.
`
`"On the Mechanical Behavior of 3-D Multilayer Interlock Braided Composites," with
`Preller, T., and Brandt, ]., DASA-Deutsche Aerospace, Proceedings of NASA Fiber-
`Tex '92.
`
`"The Evolution of 3-D Composites," Fifth European Conference on Composite
`
`Materials," 7-10 April 1992, Bordeaux.
`
`"The Solid Section Multilayer Interlock Braiding System," 4th International Techtextil
`Symposium, 4 June 1992, Frankfurt.
`
`DMC Exhibit 2075_0O6
`
`Target v. DMC
`
`IPRZO13-00530, 531, 532, 533
`
`

`
`"On the Mechanical Properties of Three—Dimensional Multilayer Interlock Braided
`Composites, TECHTEXTIL Symposium, 1993, Franldurt.
`
`"3-D Braided Composites-Design and Applications," Sixth European Conference on
`Composite Materials," 20-24 September 1993, Bordeaux
`
`"Concurrent Engineering of 3-D Textile Preforms for Composites," International
`|ournal of Materials and Product Technology, Vol. 9, Nos 1/2/3, 1994.
`
`"Advanced Textile Airbeams for Temporary Shelters, 6th TECHTEXTIL Symposium,
`1994, Frankfurt.
`
`"Physical Properties of Twisted Structures" with Ning Pan, Physical Properties of
`
`Twisted Structures II Industrial yarns, cords and ropes, |ournal of Applied Polymer
`Science, V 83, 610-630.
`
`“A New Multidisciplinary Engineering Education Initiative”, with Govindaraj, M and
`Tovia, F, American Society of Engineering Education, AC 2007-1064, 2007.
`
`"Multi-component Multiple-layer Woven Textiles for Electronic
`
`Applications."Govindaraj, Muthu, and Brookstein, David. Ambience 08 Smart
`Textiles—Techno1ogy and Design. Proc. of Ambience 08 International Scientific
`
`Conference. Boras Sweden: The Swedish School of Textiles, University College of
`Boras, 2008. 72-78.
`
`“On Current Research Associated with Textile and Apparel Product Safety”, with
`Govindaraj, M and Pierantozzi, ] , Proceedings of the 86”‘ Textile Institute World
`Conference, Hong Kong 2008.
`
`Written testimony to the US Senate Subcommittee of Consumer Protection, Product
`
`Safety and Insurance — “Formaldehyde in Textiles and Consumer Products”, April
`28, 2009
`
`“Factors Associated with Textile Pattern Dermatitis Due to Contact Allergy to Dyes,
`
`Finishes, Foams and Preservatives” , Dermatologic Clinics, July 2009.
`
`“Textile-Templated Electrospun Anisotropic Scaffolds for Tissue Engineering and
`Regenerative Medicine”, Institute of Electrical and Electronic Engineers,
`Engineering in Medicine and Biology Society Annual Conference, Buenos Aires,
`September 2010.
`
`“Creating an Infrastructure for Compressed Natural Gas Delivery for Automotive
`Transportation” - Industry Studies Association of the Alfred P. Sloan Foundation,
`Pittsburgh, May 2012
`
`DMC Exhibit 2075_0O7
`
`Target v. DMC
`
`|PR2013-00530, 531, 532, 533
`
`

`
`”Textile-Templated Electrospun Anisotropic Scaffolds for Regenerative Cardiac
`Tissue Engineering, Tissue Engineering Journal (submitted for publication-2014) H.
`Gozde Senel Ayaz*, Anat Perets, Hasan Ayaz, Kyle D. Gilroy, Muthu Covindaraj,
`David Brookstein and Peter I. Lelkes
`
`PATENTS Consisting of Original Contributions to field of engineering:
`
`1.
`
`U.S. Patent 4,290, 1'10 "Device for Aligning and Attenuating Fiber Mats," A
`
`device for producing aligned carbon fiber webs for use in composites.
`
`2.
`
`U.S. Patent 4,497,866 "Sucker Rod," An elliptical cross—section braided
`composite rod for pumping oil.
`
`3.
`
`U.S. Patent 4,602,892 "Sucker Rod," A braided composite rod and coupling for
`
`pumping oil.
`
`4.
`
`U.S. Patent 4,841,613 "Pressure Developer or Press Roll Containing Composite
`Material," A composite press roll with variation of radial stiffness.
`
`5.
`
`U.S. Patent 4,909,127 "Braiders," A braider with non-circular braider tracks and
`
`a unique package carrier for use with braider.
`
`6.
`
`U.S. Patent 5,004,474 "Prosthetic Anterior Cruciate Ligament Design," An
`
`artificial ligament device having a tubular woven ligament and being adapted
`for joining the ends of two bones.
`
`'1.
`
`8.
`
`U.S. Patent 5,357,839 "Solid Braid Structure" A 3-D system for producing braids.
`
`U.S. Patent 5,358,758 "Structural Member" A fiber reinforced structural member
`
`produced from a complex woven fabric.
`
`9. U.S. Patent 5,41 1,463 "Composite Roll and Method of Making" A fiber reinforced
`roll for papermaking.
`
`10. U.S. Patent 5,501,133 “Apparatus for Making a Braid Structure” A novel
`
`manufacturing system for producing 3-D multilayer interlock braided textile and
`
`fiber reinforced composite structures.
`
`1 1. U.S. Patent 5,697,969 “Vascular Prosthesis and Method for Implanting” A
`
`fibrous synthetic vascular graft with a combination of resorbable and non-
`
`resorbable layers.
`
`DMC Exhibit 2075_0O8
`
`Target v. DMC
`
`IPRZO13-00530, 531, 532, 533
`
`

`
`12. U.S. Patent 7,144,830 B2 “Plural Layer Woven Electronic Textile, Article and
`Method”
`
`13. U.S. Patent Application 2013/0131830 “Textile-Templated Electrospun
`Anisotropic Scaffolds for Tissue Engineering and Regenerative Medicine”
`
`Non-patentable trade secret inventions developed at Albany International Research
`Q
`
`1. Fiber-reinforced composite rocket igniter for Small ICBM and Pegasus Air-
`Launched Vehicle
`
`.°‘:“9’P"
`
`Specialty vascular grafts and bio-absorbable orthopedic implants
`
`Flexible air-beam for military structures
`New method for drying paper during the papermaking process
`
`Complex, reduced delamination rocket motor exit cones
`
`DMC Exhibit 2075_0O9
`
`Target v. DMC
`
`IPRZO13-00530, 531, 532, 533