Pitching

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Time and location

Friday 3/09/2021

8:00-9:00 Final Preparation of student groups individual group rooms

9:00-11:00 Pitching general auditorium

Overview

This is the final day of the summer school where you present your ideas to people from industry and academia. We organized you a "white glove" experience and invited jurors from the space and biomedical industry to check your solutions for their innovation and also give you feedback on your skills in pitching. Additionally, we have an academic expert board from the participating university reviewing your outputs.

All groups need to be present, since you will also be a juror.

Workflow

The same as in real life you have very strict time limits to pitch and convince the jurors that your solution is worth investing.

Each pitch is structured the following way:

• 7 minutes for presenting your solution and all the ideas behind your concept.
• 10 minutes time to answer questions of the jurors, who will challenge your concept to check its quality
• 3 minutes for filling the menti meter with your rating of the presentation

Jury members

Name	Institution	Backgroup/Expertise/white glove	Status
Harel Baris, M.D.	ARC Innovation Center at Sheba Medical Center, an initiative to leverage the unique aspects of space travel to overcome current boundaries, shape the future of health, and benefit humanity- both in space and on Earth	Director of ARC Space Lab I graduated from the Sackler School of Medicine at Tel Aviv University and worked as a product manager in a cyber-security firm. Bridging the medical world and technological world innovative ways of thinking is a great passion of mine. Therefore in the past few years, I'm involved in our local healthcare innovation community and hoping to promote these important endeavors. During the COVID pandemic and my work at the respiratory emergency department, I lead several clinical trials of innovative diagnostic tools and volunteered to assist the national effort to gather ad-hoc clinical data. This experience emphasized to me the importance of healthcare innovation for our daily life. In the past, I had several initiatives, both in community involvement- with tech-education projects for teenagers and elderlies at the social periphery, cybersecurity and anti-fraud startups, and worked as a medical tech analyst for private ventures. Previously, I was an officer in the IDF intelligence elite R&D unit, and back when I still had some time for hobbies- I loved to model in 3d, white-hat hacking, and being a maker. Hope to learn and be inspired by the graduated teams, and assist whenever needed. Looking forward!	confirmed
Dr. Eran Shenkar, a medical doctor and B.Sc.	in space studies, who led the Israeli team who perform biomedical experiments in NASA space crafts.		confirmed
Dmitry Bogdanov, CEO	EXOLAUNCH	Founded by scientists and engineers from the Department of Space Technology at the Technical University of Berlin in 2010, Exolaunch started as one of the global pioneers of the New Space era. After delivering its first rideshare cluster to orbit in 2013, Exolaunch has expanded to become a global leader in providing both launch services and small satellite deployment technologies.	to be confirmed www.exolaunch.com
	IUCC	Innovation	CONFIRMED - Eli will fill the data
Ass. Prof. Maxym Bezugly, MD, PhD	Ophthalmology Dept. of Zaporizhzhia State Medical University		Confirmed ?
	Motor Sich		NOT CONFIRMED
Prof. Oleksandr Hrushko, Prof., Doctor of Sciences, Prof. of Materials Strength and Applied Mechanics Department	VNTU	Expert in the mechanical testing of materials with different rheology; research of mechanical properties of materials; modeling the behavior of physical bodies under load (for example, endoprotheses); optimization of shape, strength calculations, rigidity and stability calculations; FEM calculations	confirmed
Doctor of Sciences, Prof. of Biomedical Engineering Department Sergii Pavlov	Expert in biomedical information optoelectronic and laser technologies; develop opto-electronic systems of the "eye-processor type", as well as the creation of intelligent biomedical optoelectronic eye-processor systems for diagnosing the main indicators of the cardiovascular system. Electronics, measurements, construction of biotechnical systems, processes in the body		confirmed

Supporting persons required

Moderation: Albert Treytl