Difference between revisions of "Team:Czech Republic/Team"
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<div class="person" id="ciencala"> | <div class="person" id="ciencala"> | ||
[[File:Czech_Republic_Martin_Ciencala.jpg|left]] | [[File:Czech_Republic_Martin_Ciencala.jpg|left]] | ||
− | === Martin | + | === Martin Cienciala === |
+ | Martin is a Molecular biologist by degree, which has always gravitated towards the field of Synthetic biology. He is currently a student at the Charles University in Prague where he gained more than two years of experience of laboratory and research work. His positive nature does not allow for the possibility of failure, which might actually make the lab experiments work well. He is the main enthusiast of developing our technology into a commercial product. | ||
+ | Martin is the leader of [[Team:Czech_Republic/Project/Location_tags|Module 3]] and the one performing microfluidic experiments. | ||
</div> | </div> | ||
Revision as of 14:07, 18 September 2015
The IOD inventors
(Some awesome text)
The Team
Advisors
Instructors
The Team
Martin Cienciala
Martin is a Molecular biologist by degree, which has always gravitated towards the field of Synthetic biology. He is currently a student at the Charles University in Prague where he gained more than two years of experience of laboratory and research work. His positive nature does not allow for the possibility of failure, which might actually make the lab experiments work well. He is the main enthusiast of developing our technology into a commercial product.
Martin is the leader of Module 3 and the one performing microfluidic experiments.
Hynek Kasl
Hynek Kasl is a graduate student with 4 years of experience in Synthetic Biology, currently enrolled in the Cybernetics graduate program at the UWB. He is driven by unexpected solutions provided by his truly interdisciplinary intuition developed through persistent work at the intersection of bioengineering, mathematics, and physics. His approach involves foundational development of ideas using rigorous mathematical analysis backed by experimental evidence.
He is the leader of Module 1. He has also worked extensively on the mathematical models used in the CeCe simulator, such as the diffusion modelling and the lattice boltzmann method.
Advisors
Instructors