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Greg Dillon Email & Phone Number
Chair - Polymer Engineering and Science
at
Penn State Erie, The Behrend College
1 work email found
@psu.edu
1 phone found area 724
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✓ Verified August 2026
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Role
Chair - Polymer Engineering and Science
Location
Erie, Pennsylvania, United States
Who is Greg Dillon? Overview
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Quick answer
Greg Dillon is listed as Chair - Polymer Engineering and Science at Penn State Erie, The Behrend College, based in Erie, Pennsylvania, United States. AeroLeads shows a work email signal at psu.edu, phone signal with area code 724, and a matched LinkedIn profile for Greg Dillon.
Greg Dillon previously worked as Professor of Polymer Engineering and Science at Penn State Erie, The Behrend College and Interim Associate Vice President for Research at Youngstown State University. Greg Dillon holds Ph.D, Materials Engineering, Composites from University Of Limerick.
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*@psu.edu
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Profile bio
About Greg Dillon
Dedicated educator, administrator, and multi-disciplinary researcher with a passion for creating instructional environments that respond to societal and economic change with agility, while providing stimulating and rewarding educational venues for students and faculty. Passionate, motivating leader focused on applying the accumulated experiences of a career that spanned academia, large and small private industry, public and private sector research initiatives and technology commercialization to benefit the next generation of scientists, engineers, technologists and business leaders.Innovative instructor with experience spanning engineering, science, technology and business. Passionate mentor, focused on student success and ultimate career satisfaction and happiness. Dedicated to the contention that academic training should be challenging and mind expanding, but also fun.Thirty years of experience in contract research and development with high impact successes in initiatives funded by the National Science Foundation, National Aeronautics and Space Administration, Department of Defense, State Governments and numerous industrial and commercial organizations. Multiple successful transitions of cost-effective process technologies, particularly in the area of advanced materials and manufacturing. Principal Investigator on a wide range of advanced multidisciplinary research programs with an emphasis on rapid technology maturation and implementation. Special interest in development of rapid technology transition tools based on sound understanding of process and material physics. Strong track record in research administration with intimate knowledge of federal, state and private sector contracting issues, opportunities and challenges.
Listed skills include Aerospace, Automotive, Composites, Analysis, and 23 others.
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Greg Dillon's current company
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Penn State Erie, The Behrend College
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12 roles
Greg Dillon work experience
A career timeline built from the work history available for this profile.
Chair - Polymer Engineering And Science
CurrentServing as the inaugural Chair of an exciting new baccalaureate degree program in Polymer Engineering and Science. Students will acquire a broad background in general and organic chemistry as well as physics and mathematics before focusing on developing a deep understanding of the relationships between structure, processing and properties in bulk polymer systems. Study topics include mechanical properties of materials, thermodynamics, rheology, fluids, heat transfer, processing, failure analysis and characterization of polymers. The PES degree will prepare students for industrial careers in a wide variety of polymer application industries or further study.Serving on the leadership team of the School of Engineering. Engaged in faculty and student mentoring.
Jun 2020 - Present
Professor Of Polymer Engineering And Science
CurrentResponsible for instruction in materials and manufacturing related subjects, including the physics & materials science of additive manufacturing, failure analysis, rheology and mold design and other topics related to polymer science and engineering. Responsible for establishment of a comprehensive research program in polymer and advanced composite materials including structure, processing and property relationships, plastics recycling and materials and process design.
Dec 2019 - Present
Interim Associate Vice President For Research
Was responsible for leadership and strategic direction in advancing scholarship, research, grant activity, and technology transfer. Facilitated the University mission in research, scholarly, and creative advancements.. Planned, administered and evaluated the financial and personnel activities of the Office of Research. Guided the development and administration of research and scholarship activities at both graduate and undergraduate levels. Authorized institutional grants and sponsored program applications and contracts.
Oct 2018 - Jul 2019
Associate Dean Stem College, Professor Of Mechanical, Industrial & Manufacturing Engineering
Was responsible for advancement and growth of academic programs in the STEM disciplines including student and faculty recruitment and retention, academic standards and outreach. Particular focus on engineering programs and growth of research activity.
Mar 2018 - Sep 2018
Professor Of Engineering, Plastics Engineering Technology
Was responsible for teaching a wide array of subjects in plastics engineering technology, including polymer structure processing and properties, mold design, medical plastics, additive manufacturing and computer applications. Also co-taught the capstone program in Interdisciplinary Business with Engineering Studies (IBE). Research emphasis included the interdependencies of structure, processing and properties of polymeric and composite materials, process economics, advanced material manufacturing and rapid technology development and implementation. Also provided mentoring and research program development support to early career faculty.
Apr 2017 - Dec 2017
Associate Professor Of Engineering, Plastics Engineering Technology
Was responsible for teaching a range of courses in the Plastics Engineering Technology program with an emphasis on processing, manufacturing and advanced materials & composites. Was instructor for the Senior Design Project in Interdisciplinary Business with Engineering Studies. Researched in areas of cost effective manufacturing, structure-processing-property relationships, polymer physics, dynamic mechanical properties.
Jan 2013 - Apr 2017
Associate Director Of Engineering For Research & Technology Transfer
Was responsible for enhancing the research portfolio of the School of Engineering by matching talent with appropriate funding opportunities, both industrial and government. Assisted the Faculty in identifying, capturing and executing funded research programs while further integrating research activity into the undergraduate experience. Provided a central resource for support of the technical proposal development process. Advised College leadership on internal research investments. Participated in strategic planning related to research, development and technology process. Represented the College on the University Research Council and The University Conflict of Interest Committee. Represented the College on the Commonwealth Research Deans' group, aimed at improving collaboration across Penn State's twenty campus system. Chaired the School Safety Committee and the Research and Outreach Committee. Co-taught the Capstone Program in Interdisciplinary Business with Engineering.
Jan 2013 - Aug 2016
Deputy Head Of Composite Materials Division
Deputy Head of the Composite Materials Division and Head of Advanced Technology Development Department. Planned, procured, directed and executed a broad range of applied research and development programs, primarily for the Department of Defense. Identified non-traditional customer base in Government and Industry. Led several multi-disciplinary research teams in development and implementation of complex materials and manufacturing systems. Principal Investigator on a wide range of DoD and Industry funded programs. Areas of investigation included; Determining the effects of process parameters on microstructural variation in composite prepreg materials and the resultant impact on structural performance, Application of advanced composite optimization techniques for signature reduction in underwater systems and army rotorcraft,Development of new resin transfer processes for propulsion and ship board applications,Design for manufacturing of composite armor systems for land and sea defense platforms,Formability assessment of new composite material systems,Development of cost effective advanced material processes for Naval systems.Materials and manufacturing development for industrially funded development program that led to commercialization of a Left Ventricular Assist Device.
Nov 2000 - Jan 2013
Principal Engineer - Advanced Systems & Technology
Was responsible for direction & support of research programs in advanced polymer and ceramic matrix composite process development. Led the transitioned of new cost effective forming processes to Military Aircraft Production, reducing touch labor by as much as 50%. Principal Investigator on Following;Automated Forming Technologies for Advanced Composites Improved Reliability in Resin Transfer MoldingToughening Mechanisms for High Temperature Composites. Task Leader on Following;Laminated Object ManufacturingReconfigurable Tooling for Flexible FabricationProcessing Science for Resin Film Infusion.
May 1996 - Oct 2000
Senior Development Engineer
Lawrie Technology, Inc.
Was responsible for new product/process development, health, safety and regulatory compliance in a start-up specializing in innovative applications of advanced composites. Particular focus on Filament Winding, Pultrusion & Resin Transfer Processes. Broad application of polyester, vinyl ester and elastomeric systems. Developed new continuous injection Pultrusion process for elastomeric matrix composites. Developed a multi-component elastomeric molding technology for an automotive drivetrain application.
Oct 1994 - Apr 1996
Assistant Director - Composites Manufacturing Program
Performed supervisory, research engineering and research administration functions in University/Industry consortium focused on solving composites and polymer processing problems through innovative process design. Particular emphasis on process modeling and rapid technology transfer. Led experimental program on a wide range of advanced programs, including the determination of response mechanics of elastic fiber bundles subjected to processing stresses. Focused on automated forming processes for advanced composites. Responsible for industrial liaison with consortium members that included Boeing Commercial Airplane, Alcoa, Lord Corporation, EI Du Pont de Nemours, Draper Laboratories, Lockheed Martin and Amoco. Developed model verification criteria for NASA Advanced Composite Technology program focused on development of adaptive cost modeling techniques for complex structures and assembly.
Sep 1989 - Oct 1994
2 education records
Greg Dillon education
Ph.D, Materials Engineering, Composites
University Of Limerick
Bachelor Of Engineering (B.Eng.), Materials Engineering
University Of Limerick
FAQ
Frequently asked questions about Greg Dillon
Quick answers generated from the profile data available on this page.
What company does Greg Dillon work for?
Greg Dillon works for Penn State Erie, The Behrend College.
What is Greg Dillon's role at Penn State Erie, The Behrend College?
Greg Dillon is listed as Chair - Polymer Engineering and Science at Penn State Erie, The Behrend College.
What is Greg Dillon's email address?
AeroLeads has found 1 work email signal at @psu.edu for Greg Dillon at Penn State Erie, The Behrend College.
What is Greg Dillon's phone number?
AeroLeads has found 1 phone signal(s) with area code 724 for Greg Dillon at Penn State Erie, The Behrend College.
Where is Greg Dillon based?
Greg Dillon is based in Erie, Pennsylvania, United States while working with Penn State Erie, The Behrend College.
What companies has Greg Dillon worked for?
Greg Dillon has worked for Penn State Erie, The Behrend College, Youngstown State University, Penn State University, Northrop Grumman, and Lawrie Technology, Inc..
How can I contact Greg Dillon?
You can use AeroLeads to view verified contact signals for Greg Dillon at Penn State Erie, The Behrend College, including work email, phone, and LinkedIn data when available.
What schools did Greg Dillon attend?
Greg Dillon holds Ph.D, Materials Engineering, Composites from University Of Limerick.
What skills is Greg Dillon known for?
Greg Dillon is listed with skills including Aerospace, Automotive, Composites, Analysis, Characterization, Research And Development, Manufacturing, and Engineering.
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