Hazel Assender | |
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Born | Hazel Elaine Assender |
Alma mater | University of Cambridge (MA, PhD) |
Scientific career | |
Fields | Polymers Thin film electronics Microstructural Characterisation Materials science |
Institutions | University of Oxford |
Thesis | Magnetically induced microstructures in liquid crystalline polymers (1994) |
Website | www |
Hazel Elaine Assender CPhys , is a professor of materials at the Department of Materials, University of Oxford. [1] [2] She is an expert in polymer chemistry, thin film electronics and nanomaterials. Assender is a fellow of Linacre College, Oxford. [3]
Assender studied the Natural Sciences Tripos at the University of Cambridge, graduating in 1990. [4] In 1990, Assender started her PhD in the Department of Materials Science and Metallurgy [ citation needed ] and completed her thesis on "Magnetically induced microstructures in liquid crystalline polymers" in 1994. [5] [6]
After two years as a post doctoral researcher, [4] in 1996 Assender moved to a lectureship in the Department of Materials at the University of Oxford[ citation needed ] where she focuses on thin films and coatings of polymer materials and onto polymer substrates. During her time in Oxford, she has developed expertise in roll-to-roll [7] deposition, gas barriers, photovoltaics, and polymer electronics (including transistors and circuits). [8] Assender has worked 80% full-time since her second child was born. [4]
In 2001 Assender co-edited the book "Aerospace Materials" with Brian Cantor and Patrick Grant. [9] She spoke at the 2015 University of Cambridge "Worshipful Company of Armourers and Brasiers Company forum", a highlight of the academic UK materials science calendar, to highlight roll-to-roll vacuum processing to create multi-layer polymer electronic thin films. [10]
Assender continues to collaborate across the UK and is currently a member of the Centre for Plastic Electronics Centre for Doctoral Training (with colleagues from Oxford, Imperial, and Queen Mary University London). [11] Assender's research is inspired by her desire to solve industrial challenges. [4] Her recent work has considered wearable electronics as part of the Wearable and Flexible Technologies (WAFT) consortium with colleagues at Oxford, Southampton and Exeter Universities. [12]