Computational Biophysicist

As a postdoctoral researcher in computational biophysics, you will investigate the molecular mechanisms of potassium ion channels using advanced simulation methods. The project focuses on BK and MthK channels, aiming to improve our understanding of their conduction, inactivation, and modulation mechanisms.

This position involves employing cutting-edge molecular dynamics techniques and collaborating with leading experimental researchers in cryo EM and electrophysiology. You will work towards publishing high-impact research findings in top-tier journals and presenting at conferences.

1. Design and execute molecular dynamics simulations to study potassium channel function and modulation.
2. Analyze data and draw conclusions about the mechanisms underlying potassium channel function and modulation.
3. Develop and apply statistical mechanical theory for biophysical problems using existing packages, such as NAMD/VMD and CHARMM.
4. Collaborate with experimental researchers to achieve high-impact publications.
5. Publish research findings in top-tier journals and present at conferences.

• Hold (or be about to complete) a PhD in physics, physical chemistry, or a closely related discipline.
• Have a strong research background in computation in biophysics, condensed matter physics, or physical chemistry.
• Experience in atomistic simulations of membrane protein systems is essential, with a preference for those with experience in simulations of ion channels, particularly potassium channels.
• Proficiency in programming/scripting in a Unix environment and experience with MD scripting for advanced simulations and analysis are required.
• Demonstrate ability to work well with experimental collaborators to achieve high-impact publications.
• High-level written and verbal communication skills are necessary.
• Able to work autonomously while displaying a strong commitment to teamwork.