Chemistry Lead, Bivalent Modalities
Orion Pharma Näytä kaikki työpaikat
- Espoo, Helsinki
- Vakituinen
- Täyspäiväinen
- Lead medicinal chemistry optimization across discovery programs by shaping hypotheses, prioritizing design strategies, and ensuring high quality decision making throughout the DMTA cycle.
- Provide scientific leadership and expert guidance to the chemistry team and strengthening the team's technical capabilities.
- Design and optimize bivalent induced proximity modalities, such as PROTACs, and RIPTACs, encompassing target binder development, ligand optimization, linker engineering, and advancement of bRo5 chemical matter.
- Integrate multidisciplinary insights - from structural biology, computational modeling (e.g., ternary complex formation), DMPK, formulation, and biology - into coherent and effective medicinal chemistry strategies.
- Apply and assess advanced computational and machine learning tools to enhance design quality, accelerate optimization cycles, and improve prediction accuracy.
- Mentor and coach team members, fostering high scientific standards, collaboration, and adoption of modern medicinal chemistry practices.
- Contribute to intellectual property strategy in partnership with internal IP specialists to strengthen the competitive position of project portfolios.
- A dynamic, multidisciplinary research environment with a proven track record of inventing high quality, best in class small molecule therapeutics - where you can follow a molecule's journey from concept through to production.
- Opportunities to shape and advance Orion's capabilities in proximity inducing drug modalities.
- A supportive team culture that values scientific excellence, learning, collaboration, and innovation.
- Work with meaningful purpose - improving the quality of life for patients and delivering impact to society.
- Competitive salary, generous health and welfare benefits, and support for international relocation.
- PhD in Organic Chemistry, a proven track record in Medicinal Chemistry, and successful progression of next generation synthetic modality candidates toward clinical development.
- Extensive industrial experience leading hit to lead and lead optimization programs.
- Demonstrated expertise in beyond-Rule-of-5 compound optimization, linker engineering, and ADME driven design strategies.
- Deep understanding of bivalent and induced proximity modalities, such as PROTACs and RIPTACs, including underlying mechanisms of action.
- Broad knowledge of DMPK/ADME principles and the ability to effectively integrate these concepts into medicinal chemistry decision making.
- Strong collaboration and leadership skills, with the ability to influence and guide multidisciplinary project teams.
- Experience with computational chemistry, structural biology, and machine-learning-based design tools.
- Excellent communication skills in English, both written and verbal.
- Supervisory experience will be considered an advantage.