It was great to join the Convenzis team again for the patient flow event. As always, the team were incredibly accommodating and happy to help. The quality of attendees is always of a high standard and relevant to the patient flow and to us also. We continue to have great discussions and footfall around our stand with no need to try and encourage people to come and see us. Really positive event for us and we look forward to working with Convenzis in the future.
Danielle George
Vice-Dean for Science and Engineering
Manchester University
Danielle George is a Professor in Microwave Communication Engineering and is the Vice Dean for Teaching and Learning in the Faculty of Science and Engineering. Danielle completed her BSc in Astrophysics and MSc in Radio Astronomy at The Victoria University of Manchester based at Jodrell Bank Observatory. During her MSc studies, Danielle realised her passion for practical based experiments and started to work at JBO as an RF engineer directly after her MSc studies. She has a PhD in Electrical and Electronic Engineering and worked at JBO as a senior microwave engineer until 2006 where she took up a lectureship post in the Department of Electrical and Electronic Engineering.
She enjoys the teaching aspects and lecturers to both undergraduates and postgraduate students. To date, she has concentrated on applied research, mostly in the area of extremely sensitive measurement systems and sub-systems. Much of her early research was concerned with radio astronomy instrumentation, where she contributed to the design and development of some of the most sensitive instruments ever produced for radio astronomy, both ground and space-based.
She is heavily involved in the $1B next generation of an astronomical instrument called the Square Kilometer Array (SKA). More recently, her research interests have expanded into communications in aerospace and wireless sensor networks and she is involved with many industrial collaborators, including National Instruments, Rolls-Royce and Syngenta. She enjoys the breadth and nature of her research collaborations.
