Staff Profile
Dr Jane Scott
NUAcT Fellow
Dr Jane Scott is aNewcastle University Academic Track Fellow (NUAcT) who leads The Living Textiles Research Group in the Hub for Biotechnology in the Built Environment in the School of Architecture Planning and Landscape. Her interdisciplinary research is located at the interface of programmable materials, knitted fabric design, architecture and biology. Her research positions textiles as a critical biofabrication strategy in the transition to sustainable and circular construction.
Her group enables interdisciplinary research collaborations with experts from design, science and industry, leading to innovation across scales and applications. Her work has been exhibited internationally including recently in The National Museum of Scotland, The Design Museum, London, The Farrell Centre, Newcastle and the Saint Etienne Design Biennale.
Before joining Newcastle University, Jane was a Senior Teaching Fellow in The School of Design at The University of Leeds and held a Visiting Fellowship in biomimicry at Central Saint Martins (2016-2020). She completed PhD through the Textiles Futures Research Centre at Central Saint Martins, where she developed the award winning research Programmable Knitting.
Dr Jane Scott is contributes to a portfolio of interdisciplinary research. She collaborates with scientists, technologists, engineers and architects to position textiles as a critical biofabrication strategy in the transition to sustainable and regenerative construction, and to investigate how biotechnology can address circularity in future textiles.
Knit Mycelium Architecture.
Through large-scale prototyping her group has established the protocols for knit/mycelium architecture and the precedents for 100% waste resource strategy for biofabrication. This research is exemplified in recent projects BioKnit(2022), The Living Room (2023) grown for the inaugural exhibition at the Farrell Centre, Newcastle, BioKnit Arch(2023), developed as precision knit/mycelium biofabrication for the Future Observatory Gallery at the Design Museum London and The Growing Room (2024) exhibited in the National Museum of Scotland. In 2022 Jane completed an AHRC Design Ecosystem Fellowship through Future Observatory to map the emerging Living Textiles Ecosystem in the UK.
Biotechnology for Circular Textiles.
Jane acts as Co-I (textiles) in two BBSRC funded interdisciplinary collaborations. Fibre Fusion: Circular Manufacturing of Water Repelling Bacterial Cellulose through a Biological Approach and Upcycling of Textile Waste into Biodegradable Mycelium Leather. Jane also contributes to the NERC network+ Back to Baselines in Circular Fashion and Textiles as subject expert for biotechnology textiles.
Responsive Material Systems
Jane’s interest in programmable and responsive material systems has evolved from her PhD research Programmable Knitting (2016). She is currently Co-I for RESPIRE: Passive, Responsive, Variable Porosity Building Skins funded by Leverhulme Trust (2021-2024), and completed Fibre Highways (2020-2022) as Co-I developing shape-changing fabrics to demonstrate macro-scale applications of research findings identifying the translocation of bacteria on textile fibres observed at the micro-scale on individual fibre.
Current PhD Supervision
· Romy Kaiser
· Paula Nerlich
· Ahmet Topcu
· Natalia Pynirtzi
Recently Completed PhD Students
· 2017-2020 Emmanuel Adoyle (University of Leeds)
Jane has extensive teaching experience at both undergraduate and postgraduate levels, including postgraduate supervision across design, engineering and architecture. She has specialist knowledge in the field of textile design and technology including Shima Seiki programming and design systems for 3D knitting. She has experience leading practical classes and lecture programmes in the areas of studio practice and design research methodologies.
As a designer Jane has demonstrated how making can become a powerful tool for education and engagement. In collaboration with partner organisations she has delivered a range of public events using textiles as tool for thinking about science and design. This has included participating as a contributing designer at the Royal Society Summer Science Exhibition and designing and delivering textiles content for the Craft Council’s Make Your Future Programme. In 2016 her public engagement work at The University of Leeds was recognised in the role of Public Engagement Champion, and in 2018 her work, alongside colleagues from knit design, received the Public Engagement with Research Award.
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Articles
- Gilmour KA, Arnadottir TH, James P, Scott J, Jiang Y, Dade-Robertson M, Zhang M. Innovating fire safety with recombinant hydrophobic proteins for textile fire retardancy. Microbial Biotechnology 2023, 16(11), 2194-2199.
- Kaiser R, Bridgens B, Elsacker E, Scott J. BioKnit: development of mycelium paste for use with permanent textile formwork. Frontiers in Bioengineering and Biotechnology 2023, 11, 1229693.
- Sherry A, Martins Dell'Agnezze B, Scott J. Biohybrids: textile fibres provide scaffolds and highways for microbial translocation. Frontiers in Bioengineering and Biotechnology 2023, 11, 1188965.
- Gilmour KA, Aljannat M, Markwell C, James P, Scott J, Jiang Y, Torun H, Dade-Robertson M, Zhang M. Biofilm inspired fabrication of functional bacterial cellulose through ex-situ and in-situ approaches. Carbohydrate Polymers 2023, 304, 120482.
- Ayodele E, Zaidi S, Scott J, Zhang Z, Hafeez M, McLernon D. The Effect of Miss and Tuck Stitches on a Weft Knit Strain Sensor. Sensors 2021, 21(2), 358.
- Ayodele E, Bao T, Zaidi SAR, Hayajneh A, Scott J, Zhang Z-Q, McLernon D. Grasp Classification With Weft Knit Data Glove Using a Convolutional Neural Network. IEEE Sensors Journal 2021, 21(9), 10824-10833.
- Ayodele E, Zaidi S, Scott J, Zhang Z, Hayajneh A, Shittu S, McLernon D. A Weft Knit Data Glove. IEEE Transactions on Instrumentation and Measurement 2021, 70, 4004212.
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Book Chapters
- Scott J, Bridgens B, Ozkan D, Kaiser R, Agraviador A. The Living Room: New Expressions of Biohybrid Textile Architecture. In: Ayres P; Ramsgaard Thomsen M; Shiel B; Skavara M, ed. Fabricate 2024: Creating Resourceful Futures. London: UCL Press, 2024, pp.32-39.
- Scott J, Elsacker E, Kaiser R, Agraviador A, Bridgens B, Topcu A, Ozkan D, Birch E, Perry O. Hi-tech / Low-tech / Bio-tech Crafting the BioKnit Prototype. In: Morrow R; Bridgens B; Mackenzie L, ed. Bioprotopia : Designing the Built Environment With Living Organisms. Basel: Birkhauser, 2023, pp.60-75.
- Scott J. Programmable Knitting: An Environmentally Responsive, Shape-Changing Textile System. In: Tibbits, S, ed. Active Matter. Boston, USA: MIT Press, 2017, pp.213-216.
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Conference Proceedings (inc. Abstracts)
- Kaiser, R, Scott, J, Dade-Robertson, M, Elsacker,E. Knit-Mycelium Hybrids: Designing and scaling up with bio fabrication systems based on Mycocrete injection in 3D knitted tubular formworks. In: Textile Intersections. 2024, London. In Preparation.
- Scott J, Bridgens B, Ozkan D, Kaiser R. The Living Room: Transitioning to Regional Waste Streams for BioHybrid Textile Production. In: CEES 2nd International conference on Construction Energy, Environment and Sustainability. 2023, Funchal, Portugal.
- Scott J, Bridgens B, Ozkan D, Kaiser R, Agraviador A. The Living Room Knitting as a strategy to redefine the architectural possibilities of mycelium biofabrication in the Built Environment. In: ACADIA 2023 Habits of the Anthropocene. 2023, Denver, Colorado, USA: ACADIA.
- Nerlich P, Sherry A, Deary M, Morrow R, Scott J. Sensory textile-bacterial hybrids: textile-bacteria fusion to impart forest-associated scents. In: Textile Intersections 2023. 2023, Loughborough University; London: Design Research Society.
- Debnath KB, Pynirtzi N, Scott J, Davie C, Bridgens B. Potential of relative humidity as a proxy of air temperature in developing passive and adaptive building façades with bio-based responsive materials. In: CEES 2023 | 2nd International Conference on Construction, Energy, Environment & Sustainability. 2023, Funchal (Madeira Island), Portugal: Itecons (Institute for Research and Technological Development for Construction, Energy, Environment and Sustainability).
- Pynirtzi N, Debnath KB, Lantzanakis G, Bloch K, Scott J, Davie C, Bridgens B. Evaluating the Humidity Responsiveness of Bacterial Cellulose for Application in Responsive, Breathable Building Skins. In: International Conference on Bio-Based Building Materials (ICBBM 2023). 2023, Vienna, Austria: Springer.
- Debnath KB, Pynirtzi N, Scott J, Davie C, Bridgens B. Bio-jaali: Passive building skin with mycelium for climate change adaptation to extreme heat. In: Proceedings of Building Simulation 2023: 18th Conference of IBPSA. 2023, Shanghai, China: International Building Performance Simulation Association (IBPSA).
- Scott J, Kaiser R, Ozkan D, Hoenerloh A, Agraviador A, Elsacker E, Bridgens B. Knitted cultivation: Textiling a multi-kingdom bio architecture. In: ICSA Structures and Architecture. 2022, Aalborg Denmark: CRC press.
- Agraviador A, Scott J, Kaiser R, Elsacker E, Hoenerloh A, Topcu A, Bridgens B. BioKnit: Computation and material investigation in the design of biohybrid textiles towards architectural integration. In: ACADIA 2022 Hybrids and Haeccites. 2022, University of Pennsylvania: ACADIA. In Preparation.
- Scott J, Ozkan D, Hoenerloh A, Birch E, Kaiser R, Agraviador A, Bridgens B, Elsacker E. Bioknit Building: Strategies for living textile architectures. In: International Conference Construction, Energy Environment and Sustainability (CEES 2021). 2021, Coimbra, Portugal: Itecons.
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Edited Book