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Black Swans Exist ApS in Copenhagen is seeking a Senior Scientist to lead peptide chemistry activities, deliver macrocyclic libraries, and advance automated chemistry workflows. You will work with Platform Chemistry, Data Science and Discovery teams to ensure designs are synthetically feasible and translate into robust lab methods.
Experience with AI-guided design is a plus. A PhD in chemistry and 5+ years of industry experience are required; strong communication and cross-disciplinary
Location: Copenhagen, Denmark
Employment type: Full-time
Are you passionate about peptide chemistry and platform innovation?
We are looking for an experienced Senior Scientist to join a Platform Chemistry team in Copenhagen.
This role combines hands-on peptide chemistry, platform development and cross-functional collaboration. You will help deliver macrocyclic peptide libraries, improve automated chemistry workflows and connect AI-driven molecular design with practical experimental execution.
You will join an innovative biotechnology company developing orally available macrocycle therapeutics for challenging biological targets.
The organisation combines artificial intelligence, automated synthesis, high-throughput experimentation and real-compound data to support drug discovery, particularly within inflammation and immune-driven diseases.
The Copenhagen site includes modern laboratory facilities and a multidisciplinary team of chemists, data scientists and drug-discovery specialists.
As Senior Scientist, you will independently plan and execute complex peptide chemistry activities across several discovery projects.
You will work closely with Platform Chemistry, Design, Data Science and Discovery teams to ensure that computational molecular designs are synthetically feasible and can be translated into robust laboratory workflows.
Reporting to the VP of Platform Chemistry, you will also help improve synthetic methods, automation, laboratory processes and platform technologies.
You will:
We are looking for someone with:
Experience with laboratory automation, AI-driven molecular design or high-throughput chemistry is an advantage.
You are likely to succeed if you:
AI-generated molecular designs only become valuable when they can be successfully produced and tested.
Your work will help turn digital designs into real macrocyclic compounds. By combining peptide chemistry, scientific judgement and platform expertise, you will directly support the discovery of potential future medicines.