V.I.N.E. (Virtual Interchange for Nature-inspired Exploration) is a convergence of researchers who are involved in bio-inspired philosophy, sharing tools and research to enable systematic design of nature-inspired systems.
V.I.N.E. (Virtual Interchange for Nature-inspired Exploration) is a convergence of researchers who are involved in bio-inspired philosophy, sharing tools and research to enable systematic design of nature-inspired systems. Using a research tool known as PeTaL, V.I.N.E is intended to be a sustainable, cross-geographical, 24×7 online workspace, with nature-inspired exploration as its driving philosophy.
V.I.N.E seeks to solve NASA’s biggest challenges, with the help of subject matter experts from academia, industry, and other government agencies.
Vision, Mission, Objectives
To pioneer nature-inspired pathways for the benefit of All.
With inspiration from nature and natural systems as its driving framework, V.I.N.E. seeks to help solve NASA’s biggest challenges – in collaboration with experts from academia, industry, and other government agencies.
- Establish clusters of researchers, scientists, engineers, and subject matter experts.
- Collect data for the V.I.N.E. design tool, known as PeTaL.
- Select areas of focused biomimetic exploration and/or application to demonstrate application of PeTaL.
- Establish workspaces (both traditional and virtual) where the ecosystem can connect and collaborate.
- Convene annual workshops for stakeholders at a NASA Center or partner meeting space.
V.I.N.E. and PeTaL were first introduced in 2016 at the first annual National Biomimicry Summit and Education Forum for Aerospace – now Biocene, by the Ohio Aerospace Institute (OAI) and Great Lakes Biomimicry, in collaboration with NASA.
Find a Nature-Inspired Cluster
Are you interested in connecting with like-minded individuals?
V.I.N.E. has established a network of research clusters (working groups) to explore nature-inspired technology. See the areas of interest below. If you would like to learn more about these clusters or connect with any of the catalysts listed, email email@example.com. Please specify the name of the cluster in the Subject line of your email.
|Big Data, Artificial Intelligence, Machine Learning, Sensors, Robotics||Schilling|
|Synthetic Biology, Artificial Evolution and Human Persistence in Space||Alexander / Maurer|
|Multi-functional Materials, Structures, Processing||Williams / Maurer|
Artificial Intelligence and Machine Learning (AI/ML)
Dr. Herb Schilling is a computer scientist at the NASA Glenn Research Center in Cleveland, Ohio. Schilling leads a team in scientific applications and visualization and performs scientific software development on projects for researchers and engineers. He leads the Artificial Intelligence and Machine Learning biomimicry cluster. For more than 25 years, Schilling has participated in a variety of outreach events in schools, local youth clubs, and other organizations throughout the community. These include activity booths and presentations, which allows students, parents, and other community members to experience exciting hands-on activities and an opportunity to meet a real NASA scientist. Schilling received his Bachelor of Science, Master of Science, and Ph.D. in Electrical Engineering and Applied Physics from Case Western Reserve University. Over the years, Schilling has received the Exceptional Service Medal Award, the Wings of Excellence Award, and the OHTec Tech Team of the Year award.
Dr. Marjan Eggermont is a Teaching Professor and faculty member at the University of Calgary in the Mechanical and Manufacturing department of the Schulich School of Engineering, University of Calgary. She co-founded and designs ZQ, an online journal to provide a platform to showcase the nexus of science and design using case studies, news, and articles.
Energy and Photonics
Dr. Lyndsey McMillon-Brown is a researcher at NASA Glenn Research Center in Cleveland, Ohio. Lyndsey earned her B.S in Mechanical and Manufacturing Engineering from Miami University (2013), she then completed her M.S and Ph.D in Chemical Engineering at Yale University (2019). Her dissertation work focused on developing novel materials and patterns for advanced light trapping in solar cells.
Dr. McMillon-Brown has been with NASA since 2011, where she has worked on a variety of space solar cell-related programs including thin film and organic cell development and durability studies. She is a 2015 recipient of the Miami Alumni Association’s 18 of the last 9 award recognizing outstanding young alumni. Lyndsey is currently the Principle Investigator on a $2M research effort to develop a method to print perovskite solar cells in space.
Outside of the lab, Lyndsey is dedicated to increasing opportunities for underrepresented individuals in STEM fields. As an alumna she serves on the Miami University’s Women’s Advisory Committee to the Dean of the College of Engineering and Computing, she is a NASA NextGen Ambassador, and the co-founder of various diversity and inclusion efforts at both Yale and the Institute of Electrical and Electronics Engineers’ (IEEE) professional society.
Dr. Tim Peshek joined NASA in January 2017 in the Photovoltaics and Electrochemical Systems Branch after working in the area of photovoltaics research and development for nearly 10 years. Prior to joining NASA, Dr. Peshek was Research Assistant Professor of Materials Science and Engineering at Case Western Reserve University using big data analytics to study solar cell degradation processes.
Dr. Peshek’s previous experiences included a technical lead position for a startup company developing power electronics for solar arrays and research into the utility of thin-film solar absorbers at the National Renewable Energy Laboratory and Arizona State University. Dr. Peshek is the author of over 30 articles and was 1 of 10 global recipients of a Google Little Box Challenge research award.
Multifunctional Materials, Structures, Processes
Dr. Tiffany Williams is a Research Chemical Engineer in the Materials Chemistry and Physics Branch in the Materials and Structures Division. She joined the NASA Glenn Research Center in 2010, where she has worked as a Materials Scientist on a variety of projects related to the development, design, and process optimization of lightweight nanocomposites, textiles, morphing aircraft structures, polymer matrix composites, multi-functional materials, and electrically insulating materials for high voltage applications. Her current research interests include developing multi-functional materials and advancing research efforts in biomimicry to develop nature-inspired materials and processes for deep-space missions and more efficient aircraft.
Williams has served as NASA Glenn’s Materials Development Technical Lead for the Game Changing Development Program’s Structural Nanomaterials project (in collaboration with NASA LaRC and MSFC), where the focus was on developing high strength, lightweight nanocomposite overwrap materials for composite overwrap pressure vessel applications. She co-leads the Multifunctional Materials and Structures biomimicry cluster and serves as Technical Chair for Summit 2017: Nature-Inspired Exploration for Aerospace.
Dr. Williams was a recipient of the Women of Color in STEM “Rising Technology All-Star” Award. She received both a Bachelor of Science in Chemistry and a Ph.D. in Materials Science and Engineering from Tuskegee University. She also received a Master of Science in Materials Science and Engineering from the University of Cincinnati.
Chris Maurer is an architect and adjunct professor of architecture at Kent State University. Chris has lived and worked as an architect in New York City, Anchorage, Firenze, Kigali, and Lilongwe. In New York Chris was project architect for many fine art galleries, high-end residences, and award winning affordable and low-income housing projects at studioMDA.
In Africa, Chris served as director for studioMDA and MASS Design Group and designed and built many humanitarian projects for such clients as Madonna, Partners in Health, the UN Millennium Village Project, the Clinton Global Initiative, Jeff Gordon Children’s Foundation, and Noella Coursaris. Chris now manages a design office in Cleveland providing design, project management, and construction management for residential and commercial projects and is continuing his work in the developing world with non-profits and in academia.
Systemology and Systems Engineering (SE)
Dr. Jacquelyn Nagel is internationally known for her BID process and pedagogy research and has given invited talks/webinars/lectures to SWE, INCOSE, NASA, and at universities in Canada, France, and USA. She also serves as a catalyst for the NASA VINE Systemology Cluster.
Dr. Nagel’s research and leadership achievements were recognized when chosen by IEEE-USA for the New Faces of Engineering in 2012, and the Society of Women Engineers for the Distinguished New Engineer Award in 2016.
Curt McNamara is a systems and bio-inspired educator who worked in design and systems engineering for many decades. He is a Biomimicry Education Fellow, received the IEEE Millennium medal for his work in education, and coordinates the Natural Systems Working Group of INCOSE.
He teaches sustainable design at MCAD, and his publications include pieces in Zygote Quarterly, chapters on sustainable design, and a chapter on teamwork in engineering.
In-Situ Resource Utilization (ISRU)
Andrew Trunek is a research physicist at NASA Glenn Research Center with a growing interest in biomimicry and bio-inspired approaches to problem resolution, particularly for in-situ resource utilization, high temperature harsh environment ceramic matrix composites, and silicon carbide crystal growth for harsh environment electronics.
Specific topics of interest include silicon carbide fiber reinforced ceramic matrix composites (CMCs), SiC fiber characterization, electric aircraft high voltage power distribution, silicon carbide crystal growth, biomimetic approaches to in-situ resource utilization, and Urban Air Mobility concepts.
If you would like to contact Glenn’s Biomimicry Team, please use this form. V.I.N.E and NASA’s Creativity and Innovation team conduct training to help you incorporate biomimicry into your life. We also have access to subject matter experts and resources in the areas of propulsion, power, materials, communications and life sciences.
Indicate your interest such as “Would like workshop,” “Seeking collaboration,” and “Need information.”
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