Dr Nisa Salim’s research focuses on novel designs, materials and scalable formulations for the production of multifunctional materials inspired by nature, a promising approach to help solve human challenges.
The research underpins the molecular level understanding of the structure of these materials and how these are translated into functionalities at the macro level. In a recent discovery, Nisa’s team created ‘hair-like’ fibres that are extremely light weight, yet strong and can also efficiently store energy. These fibres are designed in such a way as to have tiny holes that are interconnected and uniformly scattered within the fibres; similar to a ‘sea sponge’. These fibres are then glued together with a special binder polymer to make composites; exactly the way a silk worm makes its cocoon by combining two proteins.
Such composite structures can perform a double duty; for example, acting as a strong, lightweight body part for a vehicle, and also as a battery to power that vehicle. Join the 2020 winner of the RSV’s Phillip Law Postdoctoral Award to explore how these bio-inspired materials will support the faster realisation of autonomous emergency care and sustainable e-mobility.
A part of the RSV’s 2020 contribution to the Inspiring Victoria program. In light of COVID-19 restrictions, this meeting will be conducted online as a Zoom webinar, with the presentations pre-filmed and our speakers answering questions from RSV members in the webinar (invitations to register are sent to members via email and are also listed on the Society’s membership page). The webinar will also be livestreamed via the Society’s Facebook site – please tune in at the allotted time to follow the proceedings and contribute your questions and comments.