Dr Hubbard (she/her) is passionate about how the teaching of STEM subjects can be made more effective. She is particularly interested in the benefit of student partnership approaches, practical science teaching and the development of student scientific identity.
Her scientific background is in plant cell biology, the impact of circadian rhythms on plant physiology and fitness, and the use of fluorescence imaging techniques to investigated plant responses to the environment.
Dr Hubbard is a National Teaching Fellow and Senior Fellow of the Higher Education Academy. She was awarded the Royal Society of Biology HE Bioscience Teacher of the Year (2016), and the Society for Experimental Biology's President's Medallist for the Education section (2017).
Author: Dr Katharine Hubbard
Dr Hubbard (she/her) is passionate about how the teaching of STEM subjects can be made more effective. She is particularly interested in the benefit of student partnership approaches, practical science teaching and the development of student scientific identity.
Her scientific background is in plant cell biology, the impact of circadian rhythms on plant physiology and fitness, and the use of fluorescence imaging techniques to investigated plant responses to the environment.
Dr Hubbard is a National Teaching Fellow and Senior Fellow of the Higher Education Academy. She was awarded the Royal Society of Biology HE Bioscience Teacher of the Year (2016), and the Society for Experimental Biology's President's Medallist for the Education section (2017).
