Lead Scientist R&D Process Development
Lonza
Slough, United Kingdom
The purpose of the role is to maintain Lonza Pharma & Biotech as a leading contract manufacturer through the development and optimization of fed-batch and perfusion process technologies at lab scale employing automation engineering solution.
Key responsibilities:
- Working closely with the upstream R&D team; plans and executes several complex (non-routine) lab-scale fed batch and perfusion bioreactor process development and optimization experiments
- Experience with mechanistic modelling for CHO cell bioprocessing
- Set up, operate, and maintain lab-scale bioreactors for mammalian cell culture. Monitor bioprocess parameters and ensure optimal conditions for cell growth and productivity
- Support setting automated sampling (integrating the process analytical instruments at-line) and integrating the upstream and downstream towards a continuous manufacturing process
- Generates experimental results and reviews respective scientific documentation
- Is responsible for ensuring that studies are scientifically sound and in line with current regulatory guidance and expectations
- Helps with ensuring lab procedures are adhered to and supports safety assessments
- Design, develop, and implement automated systems to optimize upstream bioprocessing workflows
- Collaborate with cross-functional teams to understand process requirements and translate them into efficient automation solutions
- Work in close collaboration with IT/OT/Network Infrastructure and Security Teams to ensure a reliable and secure automated manufacturing environment
- Support updates to and maintenance of data historian systems
- Complying with the required relevant Lonza training
- Perform other duties as assigned
Key requirements:
- EngD/PhD/MSc/Meng/Field of Study: Bioprocessing/Chemical Engineering/Biotechnology or similar field
- In depth knowledge in lab-scale bioreactor control and upstream process development for mammalian cells with 4-5 years of experience.
- Experience with mechanistic modelling for CHO cell bioprocessing
- A strong background in mammalian cell culture
- Knowledge of perfusion techniques and know how to develop new manufacturing processes to produce next generation antibodies
- Familiarity with PAT (Process Analytical Technology) tools and analytical techniques (Tridex, Octet) are a plus
- Demonstrated innovative skills and experience with leading complex technology projects
- High level of communication and presentation skills
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