Summary
A unique opportunity for a motivated Industrial PhD student to contribute to groundbreaking research in single molecule technology, focusing on molecular interactions to support innovation and drug discovery, hosted by Chalmers University of Technology in collaboration with AstraZeneca.
Industrial PhD Student Position in Single Molecule Analysis, Gothenburg, Sweden
Designation
Industrial PhD Student in Single Molecule Analysis
| Field | Details |
|---|---|
| Research Area | Single Molecule Analysis, Biophysics |
| Location | Gothenburg, Sweden |
| Type of Employment | Temporary contract (4 years) |
| Pay | According to local agreement |
| Working Hours | 100% |
| Start Date | July 2026, or otherwise agreed |
Eligibility/Qualification
- Essential Requirements:
- MSc degree in Physics or related fields (completed or to be completed in Spring 2026)
- Familiarity with basic optics and microscopy techniques
- Proficient oral and written English communication skills
- Desirable Requirements:
- Strong interest in science and technology
- Independence in obtaining information and implementing new concepts
- Hands-on experience with experimental optical setups (e.g., spectroscopy and imaging)
- Creative mindset with ability to explore new ideas
- Independent and critical scientific thinking
Description
Join the Biophysics team at AstraZeneca and the Applied Chemistry department at Chalmers University to explore innovative methodologies for probing biomolecular interactions. The project will utilize cutting-edge nanostructures and optical imaging technologies to assess drug-target interactions critical to early drug discovery. You will gain experience in both academic and industrial settings, preparing you to become an independent researcher equipped to lead in this vital field.
How to Apply
To apply for this position, please read more and submit your application at the following link: Apply Here.
Last Date to Apply
Closing Date: April 24, 2026
Join us in this exciting research opportunity, where your contributions can lead to transformative advancements in drug discovery!
