Postdoctoral Position in NMR Methodology: Join the groundbreaking project at the Institute of Physical Chemistry PAS focusing on developing a new setup for low-field studies of complex reactions systems using Time-Resolved Non-Uniform Sampling and Laplace NMR techniques, offering a unique opportunity to drive innovation in analytical chemistry.
Postdoctoral Position in NMR Methodology Development for Complex Reactions
- Designation: Postdoctoral Researcher
- Research Area: Development of NMR methodology for reaction monitoring in polymer chemistry and other chemical processes.
- Location: Institute of Physical Chemistry PAS, Warsaw, Poland
- Eligibility/Qualification: PhD degree in chemical, physical, or related sciences, obtained within 7 years before 1 January 2024. Strong research background, proficiency in English, and experience in NMR methodology, automated synthesis, polymer chemistry, programming (preferably Python or Matlab), or machine learning.
- Job Description:
- Independently design, plan, and conduct experiments using a newly developed automated synthesis setup with a benchtop NMR spectrometer.
- Perform reactions to test and demonstrate the new setup, including software development for data control and analysis.
- Disseminate research findings at project meetings, in peer-reviewed journals, and international conferences.
- How to Apply:
- Interested candidates should submit the following documents to rekrutacja@ichf.edu.pl with the subject line “Recruitment no 41/2024”:
- Employment application
- Professional curriculum vitae
- List of scientific achievements
- PhD certificate or other document confirming PhD degree
- Letter of intent
- At least one letter of recommendation by academics
- Last Date for Apply: 7th October 2024, 12:00 noon
This post offers a unique opportunity to work on the cutting-edge NMR methodology for reaction monitoring, gain experience in automated synthesis development, and collaborate in a well-equipped laboratory setting at the forefront of polymer chemistry research. Apply now to be part of a dynamic team driving scientific innovation in complex reactions analysis.
