Innovation Postdoctoral Fellow in 3D-Electron Diffraction; 3D-ED

Summary

We are excited to invite applications for the Novartis Biomedical Research Postdoctoral Fellowship Program, a unique training opportunity designed for exceptional early‑career scientists eager to tackle some of the most challenging problems in biomedical research and drug discovery.

Location:

Basel, Switzerland

Duration: 3 years

Program start date:
October 1, 2026

Final date to receive applications:
July 16, 2026 EOB

As a Postdoctoral Research Fellow, you will join Global Discovery Chemistry (GDC) in Basel and pursue an innovative research project at the forefront of biomedical science and drug discovery. You will work alongside leading scientists in a highly collaborative, multidisciplinary environment while gaining exposure to the broader ecosystem that translates scientific discovery into medicines.

Our fellows are empowered to ask bold scientific questions, apply cutting‑edge technologies, and develop approaches that have the potential to transform patient care.

Crystal structure determination plays a critical role in modern drug discovery and development, supporting molecular design, stereochemical assignment, solid‑form characterisation, and regulatory submissions. However, many pharmaceutical compounds crystallise only as nanocrystals or highly heterogeneous materials, placing them beyond the reach of single‑crystal X‑ray diffraction, which relies on sufficiently large crystals.

This postdoctoral project aims to advance and expand the application of 3D‑Electron Diffraction (3D‑ED/MicroED) at Novartis and offers a unique opportunity to contribute to the future development of crystallographic methods for challenging pharmaceutical compounds. The Fellow will develop and apply innovative experimental and computational approaches for structure determination, stereochemical assignment, and solid‑form characterisation, working at the interface of crystallography and pharmaceutical research.

Based in the Diffraction Lab in GDC in Basel, the Fellow will collaborate closely with experts in structural and materials science and computational chemistry, contributing to establish next‑generation structural characterisation capabilities and accelerate decision‑making across drug discovery and development at Novartis.

The Novartis Biomedical Research Postdoctoral Fellowship Program is designed to develop the next generation of scientific leaders, powering the future of medicine, through rigorous research, and immersive learning experiences, such as implementation of AI tools in biomedical research.

• Guidance from accomplished scientific leaders and subject matter experts
• Access to advanced technologies, platforms, and research capabilities
• Collaboration across disciplines and organizational boundaries
• A global and diverse community of postdoctoral fellows
• Dedicated programming designed to help fellows thrive throughout their careers
• Personalised experiential learning opportunities through a Postdoc Practicum that empower fellows to explore new scientific domains, build cross‑functional expertise, and expand their impact beyond their primary research project
• Opportunities to present research, publish in leading journals, and build an international scientific network

We are entering a new era of biomedical research breakthroughs through the convergence of biology, technology, and artificial intelligence tools, and fellows are also supported in engaging with these emerging approaches.

This is a full‑time training position of up to three years in duration.

At Novartis, our purpose is to reimagine medicine to improve and extend people’s lives. Through this program, you will grow as a scientist and future leader while contributing to discoveries that may ultimately benefit patients worldwide.

• Bring your scientific expertise and curiosity to the team and advance the use of 3D‑ED to expand structural characterisation capabilities at Novartis
• Develop criteria and best practices for the analysis of pharmaceutical compounds by 3D‑ED
• Implement and advance 3D‑ED methodologies to…