Cambrex is a integral contract development and manufacturing organization (CDMO) that provides drug substance development and manufacturing across the entire drug lifecycle, as well as comprehensive analytical dn IND enabling services.
With over 40 years of experience and a growing team of 2,000 experts servicing global clients, Cambrex offers a range of specialized drug substance technologies and capabilities. Cambrex is headquartered in East Rutherford, NJ, and has twelve operational sites across North America and Europe.
Job Overview
As a crystallization scientist based in Edinburgh, you will, together with our clients across the pharmaceutical industry, participate in crystallization process development projects involving active pharmaceutical ingredients (APIs). These projects will be progressed from initial gram-scale trials, to multi-gram and kilogram scale, where the process will be technology transferred to full scale manufacturing. You will form an important part of our technical team and will work at the cutting-edge in a fast-paced and rewarding environment. You will demonstrate the highest technical standards, while maintaining compliance to quality and safety systems.
Responsibilities
The Crystallisation Scientist is responsible for the organisation and performance of all crystallisation process development projects including characterisation of samples generated and provided by clients. The crystallisation scientist is expected to deal with a demanding and unrelenting workload whilst maintaining a high standard of work. As such, they must be well organised and capable of prioritising and responding to a number of deliverables from a range of clients. The Crystallisation Scientist is expected to be competent in the underlying science of process and scale-up crystallisation, having experience of crystallisation pathways such as cooling crystallisation, anti-solvent crystallisation etc. at gram and ideally kg scale. The Crystallisation Scientist is expected to be experienced in using controlled lab reactors (CLRs) in conjunction with heater/chiller units and overhead stirrers to manipulate crystallisation systems to optimise: purities, yields, particle size distributions or any other client specific objectives. A working knowledge of current PAT technology is required, such as Blaze metric, FBRM, Raman and others. This is essential to understand and characterise the crystallisation system and MSZW (metastable zone width) for further optimisation and eventually technology