Senior Biophysics Scientist — AI, Automation & Formulation

Novo Nordisk A/S; Måløv; Remote; DKK 651,000 - 957,000; Full time

Job summary

Novo Nordisk A/S in Denmark is seeking a Senior Research Scientist to apply biophysical characterization toward identifying fit-for-purpose drug molecules and to develop stable injectable formulations across peptides, proteins, monoclonal antibodies and multi-specific formats. You will work with a high level of independence within the project framework.

You will design experiments, drive formulation development toward clinical progression, and use advanced techniques including light scattering,

Qualifications

• PhD in biochemistry, biophysics or related field with at least two years of relevant experience.
• Strong collaboration skills and ability to work in matrix project teams.
• Excellent written and spoken English with clear communication in a team setting.

Responsibilities

• Design biophysical characterization experiments to meet project needs and guide molecule design.
• Drive formulation development toward clinical progression.
• Use techniques such as light scattering, chromatography, SAXS, nanoDSF and NMR to assess developability.
• Implement new technologies and workflows in the department.
• Apply automation and high-throughput screening to select molecules with optimal profiles.
• Explore AI and digital tools bridging experimental science and data.

Skills

PhD in biochemistry/biophysics

Collaboration & networking

Analytical data interpretation

English communication

Education

PhD in biochemistry/biophysics or related field

Tools

SAXS

Light scattering

nanoDSF

NMR

Job description

Novo Nordisk A/S in Denmark is seeking a Senior Research Scientist to apply biophysical characterization toward identifying fit-for-purpose drug molecules and to develop stable injectable formulations across peptides, proteins, monoclonal antibodies and multi-specific formats. You will work with a high level of independence within the project framework.

You will design experiments, drive formulation development toward clinical progression, and use advanced techniques including light scattering,