Ian Fuller

Strategic Director at Cornerstone Research Group, Inc.
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Contact Information
us****@****om
(386) 825-5501
Location
US
Languages
  • English Native or bilingual proficiency
  • Spanish Elementary proficiency

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5.0

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Aaron Springer

I’ve worked closely with Ian for the last two years, and in those two years I’ve witnessed not only the power of Ian’s technical knowledge, but moreover his communication skills. Ian is most definitely a thought leader when it comes to novel materials, but what sets him apart is his ability to bring fringe concepts to practical applications. He has a thorough understanding of what it takes to commercialize and deploy new technologies. Ian is a perpetually positive person and a great manager of people, I’ve enjoyed my time working with him!

Colleen L. Costello

Ian Fuller is an exceptionally talented leader, engineer, and communicator. As a leader, Ian fosters a free exchange of ideas on his teams and promotes a high level of trust and loyalty. He provides clear direction to his teams while staying open to new information and input from his team. Executing decisive judgment, he leads teams to reach their goals in a timely fashion. As an engineer, Ian’s command of the technology that he is working with, whether it be graphene or another technology application, is second to none. His broad base of knowledge relating to a myriad of topics is evident to all that he works with, and so he provides valuable insights into the problem at hand or innovation process. Lastly, Ian has a rare ability to clearly communicate complicated technical topics to audiences small and large. Most who interact with him discover not only how helpful his knowledge is, but also how well he explains that information so that it can assist his team or customers. Ian is both a gifted and accomplished speaker and author. As a member of his team for over one year at Angstron Materials, I highly recommend Ian Fuller to anyone.

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Experience

    • United States
    • Defense and Space Manufacturing
    • 1 - 100 Employee
    • Strategic Director
      • Jan 2022 - Present

    • Team Leader, Research Engineer
      • Jun 2021 - Dec 2021

    • Research Engineer
      • Feb 2019 - Jun 2021

    • United States
    • Defense and Space Manufacturing
    • 1 - 100 Employee
    • Vice President of Materials Engineering
      • Nov 2016 - Dec 2018

      Next generation technologies and applications require advances in novel materials and processing technologies. At Stryke, we use our expertise in next generation materials, processes, and technology to exceed our client’s expectations. Whether its early stage research, development, prototyping, or production, Stryke successfully executes using a multi-disciplinary approach. The Stryke team is composed of highly skilled and motivated individuals with backgrounds including automotive, medical device, polymers, aerospace, and defense. As Vice President of Materials Engineering, I am tasked with efficiently executing Stryke’s business strategy as it relates to implementation of advanced materials within our internal and client portfolios including: • Developing, leading, and implementing Stryke’s IRAD efforts focused primarily on advanced composites, thermal management, and functional materials; • Executing and managing technical programs on commercial and DoD prototyping, development, and implementation efforts; • Identifying innovative technologies and capabilities and assessing its impact on Stryke’s business activities; • Executing grant and technical publication writing, editing, and submission; • Analyzing industry and government trends to strength Stryke’s value proposition; • Developing intellectual property to provide long term value to Stryke, its clients, and partners; • Subject matter expert on nanomaterials (including graphene, hexagonal boron nitride, carbon nanotubes, etc.), thermal management materials and technologies, and advanced ceramics, metal alloys, and polymers.

    • United States
    • Chemical Manufacturing
    • 1 - 100 Employee
    • Vice President for Business Development and Engineering
      • Apr 2015 - Nov 2016

      Graphene, a nanomaterial composed of single atom thick carbon planes, possess several unique and useful properties that make it very attractive in numerous applications. My role included:• Directing business development efforts in support of the company’s strategic growth initiatives• Managing the formation of business and research partnerships, collaborations, and contracts• Leading research and engineering teams in developing and commercializing new nanomaterial technologies• Developing, managing, and implementing customer driven product development projects from start to deliverable• Leading marketing and business development teams to achieve company objectives and targets• Leading company’s planning and execution of marketing campaigns• Managing research projects involving graphene in the areas of thermal management, nanocomposites, energy storage, etc.• Delivering technical presentations on a variety of company related topics both internally and to national and global audiences

    • Director of Marketing and Application Engineering Manager
      • Jun 2013 - Apr 2015

      AccomplishmentsLed research and engineering teams in developing and commercializing new nanomaterial technologiesImplemented and managed ISO 9001:2008 quality system across company platformsIncreased company’s online presence 45x over two year time frame

    • Battery Research and Development Engineer
      • Oct 2012 - Jun 2013

    • United States
    • Higher Education
    • 700 & Above Employee
    • Graduate Researcher
      • Aug 2010 - Jun 2012

      Material Science and Engineering graduate student working with Dr. Bruce van Dover. Led a sub-group researching photocatalytic decomposition of water by creating novel material spreads using reactive magnetron co-sputtering. Designed and optimized the experimental system while determining the best direction of the research. Material Science and Engineering graduate student working with Dr. Bruce van Dover. Led a sub-group researching photocatalytic decomposition of water by creating novel material spreads using reactive magnetron co-sputtering. Designed and optimized the experimental system while determining the best direction of the research.

  • Nanotek Instruments
    • Dayton, Ohio Area
    • Fuel Cell Student Researcher
      • May 2006 - Jul 2010

      Researched, designed, and implemented novel methods of hydrogen generation and storage for fuel cell applications including the design of fuel cell system for portable applications, personal generators, and transportation equipment. Researched, designed, and implemented novel methods of hydrogen generation and storage for fuel cell applications including the design of fuel cell system for portable applications, personal generators, and transportation equipment.

Education

  • Cornell University
    M.S., Materials Science and Engineering
    2010 - 2012
  • Wright State University
    B.S., Engineering Physics
    2006 - 2010
  • Bellbrook High School
    2002 - 2006

Community

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