8/3/2023 0 Comments Omer ismail contact infoThe key objective of his PhD is to understand and optimise an existing small-scale linear die filling system that uses combined suction and forced feeding the Huxley Bertram compaction simulator feeder (HBF). The results can be then applied to full-scale rotary tablet presses using simple geometric corrections. Small-scale linear die filling systems are often used for R&D purposes, as they are much easier to work with. ![]() Complete and consistent die filling is vital to ensure that the resulting tablets have an accurate and consistent weight and drug dosage. In the case of industrial-scale pharmaceutical tablet manufacture, tablets are produced in continuously operating rotary tablet presses in three key steps, these being: die filling, powder compaction and tablet ejection. Omar’s research focuses on developing and optimising die filling processes in the context of pharmaceutical tablet production. Genetech inc describes itself as a ‘biotechnology company dedicated to pursuing ground-breaking science to discover and develop medicines for people with serious and life-threatening diseases’. His PhD project is a collaborative endeavour between the Department of Chemical and Process Engineering at the University of Surrey and Genetech inc a company based in San Francisco, California, USA. He previously obtained a BEng in Automotive Engineering from the University of Surrey in 2017 and then spent a couple of years working in the data analysis industry with companies like Autodesk and DXC technology. Omar Ismail was awarded a scholarship to study for a PhD at the Department of Chemical and Process Engineering in 2019.
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