!!Postdoc position in computational biophysics/chemistry

We offer a [molecular modeler postdoc position|https://www.ufe.cz/en/molecular-modeler-postdoc-positions-bioelectrodynamics-research-team] - the job is mainly in classical molecular dynamics, modal analysis and/or coarse-grained modeling to understand global vibrational modes and dielectric properties of solvated proteins as well as the response of proteins to ultrashort and subTHz external electric field.
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Link to apply [http://jobs.ufe.cz].
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Applications will be reviewed on a rolling basis until the position is filled. The position can be started from __June 2021__, but no later than January 2022. The appointment is initially for two years and can be prolonged until the end of 2024.
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The position is funded from our [2 million EUR worth project (GACR EXPRO) on subTHz chips to control protein nanomachines|https://www.ufe.cz/en/subthz-chip-devices-controlling-protein-nanomachines], so the successful candidate for this position will be working in a very productive environment.

!Job description:

At the [Bioelectrodynamics research team|https://www.ufe.cz/en/team/bioelectrodynamics] (Institute of Photonics and Electronics of the Czech Academy of Sciences), we are looking for a highly motivated researcher for modelling electromagnetic properties of cytoskeleton and other model protein systems. To that end, you will employ classical molecular dynamics, modal analysis and/or coarse-grained modelling to understand global vibrational modes and dielectric properties of solvated proteins as well as the response of proteins to ultrashort and subTHz external electric field. We expect you to be comfortable working with/managing Linux OS needed for your work. You are expected to perform only a computational work, no experiments. Your molecular models will guide the experiments and will be verified by your colleagues using chip-based spectroscopy and advanced microscopy imaging approaches.
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This position is offered within the [project funded by national excellent fundamental research program EXPRO “SubTHz on-chip devices for controlling protein nanomachines”|https://www.ufe.cz/en/subthz-chip-devices-controlling-protein-nanomachines]. The grand goal of the project is to probe and control protein nanosystems using ultrashort microwave and subTHz pulses. Your results will contribute to the development of novel electromagnetic technologies for gentler and more effective biomedicine and bionanotechnology of the future.

!Requirements: 

*PhD in computationally oriented biophysics, soft-matter physics, physical chemistry, biomedical engineering or similar.
*Strong background in molecular dynamics simulations and/or protein vibration mode modelling.
*Very good communication skills and the ability to work in a team-focused environment.

!We offer:

The Czech Academy of Sciences is internationally highly ranked research institution with exceptional quality growth. At the Institute of Photonics and Electronics of CAS, we offer interesting and challenging job in an international environment, work in a multidisciplinary research team and excellent research infrastructure. We ensure a strong support of career growth towards professional and scientific independence.
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!Above that we offer: 

*5 weeks of vacation + 3 sick days benefit (in case of a full-time contract).
*Flexible working hours.
*Annual performance bonus.
*Friendly team of supporting colleagues.
*Modern educational courses and trainings for continuous professional and scientific development.
*Sport allowance - MultiSport card, catering and pension contribution, team building events, fully automatic coffee machine in the team.
*Full-time employment contract for 2 years (with the possibility of an extension).

!Application procedure

Please apply through the application [link|https://forms.office.com/Pages/ResponsePage.aspx?id=ZDGMq_MSvkmgWGY8tTAWxXVBuIn9RD5CiIKA7wDosjRUN1FQN1dUUkM2TUNJRU8ySTlDUkdLV1VWNiQlQCN0PWcu] and instructions therein. Applications will be reviewed on the rolling basis until the position is filled.
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Position can be started from June 2021, but no later than __January 2022__.
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