Date Team Subject 10.12.2019 (First) Arzu-ezgi E-soft robots that navigate its environment through growth 10.12.2019 (Second) Merve- Fireflies Inspired Energy-Saving Led Light Bulbs Yasemin 10.12.2019 (Third) Pemra- Cephalopod Camouflage Özlem 10.12.2019 (Fourth) Betül - Plants and architecture: the role of biology and Yağmur biomimetics in materials development for buildings 17.12.2019 (First) Fatma- Liquid crystals in biomimetic report Oğulcan 17.12.2019 (Second) Rüya - Biomimicry Heliotrope follows the movement of sun Nikita 17.12.2019 (Third) Yağmur - Mussel Glue Aleyna- Aslı 17.12.2019 (Fourth) Beyza- Bioinspirations of Honeycomb Fatma ışık 17.12.2019 (Fifth) Buse- Bird of Paradise and Biomimetic Approach Gülşen
Date Team Subject 24.12.2019 (First) Umut- Biomemitic approach in architecture: Bamboo inspired Esra- skyscrapper Taipei101; from lotus to crystal palace; Batuhan biomimetic approach in Eiffel tower 24.12.2019 (Second) Mehdi Enhanced Power Production and Land Conservation in Wind Farms Inspired by Fish and Birds Flocks 24.12.2019 (Third) Ezgi-Ezgi Bioinformatic approach by architecture; helix bridge and Abu Dhabi. 24.12.2019 (Fourth) Çağlar - Electrophorus electrii ,voltai,varii (electric fish) inspired Özcan - batteries and physiological inspirated material from this Basri species 24.12.2019 (Fifth) Hilal-Yelda Dry vaccine production inspired by tardigrade 31.12.2019 (First) Burcunur- To obtain self-regenerating bio-cement from some Serenay microorganisms 31.12.2019 (Second) Ayça - Architectural designs inspired by animals: importance of Melike biomimetics in architecture, application areas and examples 31.12.2019 (Third) Senanur- Lotus shaped rainforest guardian skyscraper Selin 31.12.2019 (Fourth) Ali-merve Wind turbine structuring inspired by hummingbird
Presentation Time 10 min/person + 5 min question answer part Presentation Report (8-10 pages) should be submitted on the day before presentation until 17.00 pm
Report Format Title Abstract Keywords Abstraction Biomimetic approach 1. Introduction Including the importance of the concept, literature review, novelty and aim 2. Materials and methods methodology to design the technology 3.Results and discussions 4. Conclusions 5. References Use “Biosensor and B ioelectronics” guidelines
Presentation Evaluation Form Presenter: Date: Topic: Presentation Effectiveness Criteria To what extent did the presentation represent 20 15 10 7 5 3 the following features? Submission on time Organization and easy to follow Slides enhanced presentation Content Purpose communicated clearly Presenter was well-prepared and spoke clearly/effectively Time for presentation used effectively Presentation was done in a way that engaged audience Presenter responded to audience questions and comments Overall assessment Questions that the students ask in another presentation Total What did you like most about the presentation? What did you suggest for improvement?
Videos Water strider- https://www.youtube.com/watch?v=E2unnSK7WTE Stenocara beetle- https://www.youtube.com/watch?v=TmyfqjXOf7M Superhydrophobic material- https://www.youtube.com/watch?v=a8VDzrgGPcg&feature=emb_logo Superhydrophobic coating- https://www.youtube.com/watch?time_continue=3&v=berp- odsKFo&feature=emb_logo The Superhydrophobic Surfaces with Highly Adhesive Forces- https://figshare.com/articles/Controllable_Water_Adhesion_and_Anisotropic_Sliding_on_Patt erned_Superhydrophobic_Surface_for_Droplet_Manipulation/3125200/1 Artificial nanomembrane: https://www.eurekalert.org/pub_releases/2017-12/uor- sae120717.php Proton Exchange membrane: https://www.youtube.com/watch?v=_MsG9REFN3s Nanomembrane IR radiation: https://www.youtube.com/watch?v=wYxiffT7izY Architecture: https://www.youtube.com/watch?v=Bq-QUkE1DGM Architecture: https://www.sciencefriday.com/educational-resources/model-the-shape- changing-structures-of-cuttlefish-skin-papillae/ Architecture: https://www.youtube.com/watch?v=rMzoMyU0YQ4
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