
My main research theme has been new and emerging bio-analytical and bio-diagnostic techniques (particularly chemical sensors and biosensors and their exploitation at the point-of care in medical and veterinary diagnostics), collaborating with research groups in UK (Bristol, Cranfield and Cambridge University) and Europe (Univesita de Roma-Tor Vergata and Universitat Autonoma de Barcelona).
At the Open University, I led a project funded by the World Cancer Research Fund International developing new methods for the non-invasive measurements of urinary biomarkers of DNA that are related to diet and the risk of colorectal cancer.
More recently, I have become more involved in Educational Research, co-leading eSTEeM projects looking at the impact of live streaming events in undergraduate students' engagement and motivation, and aiming at gaining a better understanding of procastination in an on-line learning environment. From the passive withdrawals project, we identified that some students receive significant number of diverse communications and have started investigations whether these play a role in student engagement.
In 2019, I joined the OpenSTEM Africa team, and have been heavily involved in the developement and evaluation of on-screen Apps teaching practical Chemistry and associated examper lessons (part of a new virtual laboratory) for high school students in Ghana. We continue exploring the potential for onlyne and virtual STEM education at university level involving science educators and students in Ghana.
I was involved in producion and presentation of work-based learning modules working with employers and regulators in the UK to identify needs and skill gaps:
Over the years, I have been authoring and/or chairing a number of science modules at stage 1 and 2, contributing to several qualifications:
Additionally I was Qualification Lead for Chemistry and Interdisciplinary Sciences at the Open Univeristy (2016-2021)