You will join the CTO in developing the theoretical approach and coding infrastructure used to accelerate the development of our technology. In particular, you should expect to work on projects involving theoretical and computational biochemistry/biophysics, identifying the best scientific approaches, writing the relevant code infrastructure, and ultimately performing the analysis. Your scientific acumen and know-how will be crucial in interpreting the results of our experiments and derive generalisable design principles.
Contribute to the development and implementation of the majority of the theoretical and computational parts of the technology.
Play a crucial role in understanding the performance of our DNA-enzyme conjugate structures and optimise them.
Produce intellectual property, and author patents and papers depending on the company’s needs.
Collaborate with biophysicists, chemists, enzymologists and computational scientists in our team and partner organisations.
Develop and maintain internal scientific software.
Contribute to a passionate, creative and open-minded work environment.
Develop a revolutionary biotechnology.
Extensive hands-on experience performing research in molecular simulation and/or theory, acquired in a PhD, post-doc, or demonstrated at an equivalent level.
Can program in a relevant language.
Flexible and focused team player.
Has experience in molecular simulations of DNA and/or RNA, preferably in OxDNA.
Has experience in developing Monte Carlo algorithms and code.
Can code in Python and/or C++, ideally with CUDA.
Has experience in DNA nanotechnology.
Equal Opportunity Employer
At FabricNano, we believe in getting as many different points of view as possible - we support and celebrate diversity in our workforce. We're proud to be an equal opportunity employer.
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