Open Positions

June4

WE ARE CURRENTLY HIRING PHD, intPHD STUDENTS and Postdocs (N-PDF)

Current openings:

Opportunities in my lab in 2020-August-PhD, iPhD and postdoc.

1. Motivated  PhD, integrated PhD & iPhD candidates (Biology, Physics and related subjects) interested in Working on Collective motor driven microtubule (MT) transport and MT  dynamics. Work can involve either of the approaches: (a) Computer Simulations or (b) in vitro reconstitution (biochemistry+microscopy). (c) We are also looking for people to join us who want to learn how to use Microfluidics for bacterial cell biology using a lab-on-chip approach and computational modeling of Bacterial Cytoskeletal Systems.

In case of interest in any of these projects, email me with your interest and motivation.

PHD SELECTIONS 2021-August Intake Details on the IISER Pune main page:

http://www.iiserpune.ac.in/admissions/phd-programme/phdadmissionbio

Last date to apply: May 31, 2021; 5:00 pm


2. Postdoctoral candidates [CURRENT opening: Email in case of interest] with experience in (a) protein biochemistry of cytoskeleton-motor proteins and microscopy,

Additional postodoctoral fellowships in combination with NPDF applications in Monte-Carlo simulations, Mathematical Biology and biophysical modeling of single filament dynamics.

Write with potential Ideas.


We are collaborating with Dr. Uma Shaanker, GKVK Bangalore, India on a related MT-drug interactions project with ecological ramifications (SERB funded).

3. We are currently NOT hiring semester trainees or interns.

4. Summer trainees are taken through the institute’s central Summer Research Fellowship programme.


PhD and integrated PhD candidates

If you are interested in spatial patterns at the cellular scale using experimental or theoretical methods, then come talk to us. 

If you are interested in quantitative cell biology and experimental and theoretical biophysics at the cellular scale, come talk to me.
Current projects on offer:
Experimental projects
  • How do microtubules determine organelle positioning like nuclear positioning during mitosis in Saccharomyces cerevisiae?
  • What is the role of cortical motors and drag-forces of the cytoplasm in C. elegans spindle mechanics?
  • What is the balance of forces in spindle alignment and positioning in embryonic divisions during mitosis?
  • Can we reconcile theory and experiment of collective Microtubule-Motor driven transport?
  • Microfluidics for a Lab-on-Chip approach to understanding (a) MT-motor systems and (b) bacterial cell morphogenesis

Your qualifications:
Experimental projects require a Masters or equivalent in Biochemistry, Molecular Biology, Microbiology, Zoology, Botany, Physics, BioEngineering, Quantitative Biology, Systems Biology or Biophysics with some experience in protein biochemistry or microbial culture. IISER BS-MS graduates interested are encouraged to apply, independent of stream.

Theoretical projects require a Masters or equivalent (B.E./B.Tech etc) in bioinformatics, biotechnology, bioengineering, biophysics, computer science or theoretical biology or an IISER P/K/M/Th/B/Tr/Bh BS-MS dual degree.

What you will do, if you choose to join us: Some lab members focus on experimental work, others on theoretical (computer simulations) work, others still on data-analysis.

PhD and iPhD student recruitment is currently possible only through IISER-Pune’s centralized entrance- the IISER PhD Programm (Aug intakes).

Methods used in the lab: Protein-biochemistry, in vitro reconstitution, fluorescence imaging, cell culture, microfluidics device integration, Monte-Carlo and Langevin dynamics simulations and computational image-anaylsis [Refer to Eils and Athale (review)]. We have a cell-culture based model system with micropatterned cells and exciting work at the interface of cell-biology, biochemistry and physical biology is being done. A project will be defined based on the lab needs and your training and interest.


Postdoctoral Candidates with a strong background in any one of the following are welcome to apply (funding by writing a grant):
  • Computational Biology
  • Cellular biophysics: cytoskeletal dynamics, cell-culture and developmental patterns
  • Lipid encapsulation of proteins
  • Cytoskeleton or molecular motor biochemistry
  • Dnamic light microscopy
  • Image analysis
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