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Focusing on how to specify the process and the fundamentals for characterisation, this module will strengthen your knowledge of fermentation processes and through a series of lectures and case studies.

This module focuses on the design and specification of bioreactors and the application of microscale techniques for rapid fermentation process development and scale-up.

Learn how experimental design techniques can be used to rapidly understand and optimise bioprocess performance.

The course is aimed at early career professionals and anyone who wants to develop an understanding of upstream biomanufacturing techniques and processes.This 3-day course consists of six lectures, enhanced with practical demonstrations using bench-scale, pilot-scale, and single-use bioreactors. In particular, attendees will gain hands-on fermentation experience using a 30L-scale, stainless steel, stirred tank bioreactor.

Kick-start your professional development with hands-on practical sessions and guest speaker slots from expert industry speakers from ChemoMetec, Cytiva and Nova Biomedical.

This 5-day course aims to teach the essential mathematical principles and statistical theories that will equip research students and industrial practitioners with the tools to make an instant impact in their respective fields. Case studies and practical examples will reinforce the knowledge acquired and deepen the understanding of various methods and their industrial and/or scientific relevance.

This five-day course provides in-depth training in the benefits, strategies and concepts control in industrial biomanufacturing, including the challenges and operational complexity in maintaining productivity, efficiency, and quality in the bioprocessing environment and on multi-unit production lines. This course moves on from standard control strategies, to look at achieving operational efficiency through state-of-the-art process automation, control, and process analytical technology (PAT).

In this advanced course, trainees are introduced to the underlying principles behind the use of flow cytometry in advanced therapies research/manufacture. Learning achieved by lectures, classroom activities and hands-on laboratory sessions.

In this advanced course, trainees develop greater understanding of upstream processing techniques with a particular focus on emerging trends and disruptive technologies. Course content is tailored toward mammalian cell lines, with a larger focus placed on suspension and intensified systems. Learning achieved by lectures, classroom activities and laboratory demonstrations.

In this advanced course, trainees develop greater understanding of downstream processing techniques with a particular focus on emerging trends and disruptive technologies. Course content is tailored toward purification strategies for recombinant proteins and AAVs. Learning achieved by lectures, classroom activities and laboratory demonstrations.

In this introductory course, trainees develop the hands-on skills required to perform within a downstream bioprocessing development role. Course content is tailored toward purification strategies for recombinant proteins and AAVs. Learning achieved lectures, classroom activities and lab based practicals.

In this introductory course, trainees develop the hands-on skills required to perform within an upstream bioprocessing development role. Course content is tailored toward mammalian cell culture of CHO and HEK cells. Learning achieved lectures, classroom activities and lab based practicals.

The concept of ‘impact’ is increasingly important in research and higher education, but what exactly is it, why is it important, and how might individuals or groups achieve it? . This course helps post-graduates and early-stage researchers explore these questions over the course of an informative, interactive and entertaining day.

This course is aimed at anyone who wants to develop an understanding of theory and techniques in protein purification using fast protein liquid chromatography (FPLC) on an ÄKTA chromatography system.

Blending interactive learning and network building, this course will cover: fundamentals on biology, production and use of ATMP medicines; the clinical landscape of ATMPs in trials and on the market; sources of risk in delivering cell products to the clinic; and clinical user perspectives and workshop.

Kick-start your professional development with hands-on practical sessions and guest speaker slots from expert industry speakers from ChemoMetec, Cytiva and Nova Biomedical.

This course is designed for anyone interested in hands on learning with cutting edge medicines manufacturing technologies for Advanced Therapy Medicinal Products.

Focusing on how to take a process from a paper design to a fully-operational facility

Delivered in collaboration with Massachusetts Institute of Technology (MIT), this course will assist in developing your knowledge on the challenges of creating a vaccine process.

This module focuses on how to specify a complex bioprocess and determine its economic feasibility.