Maria Leiloglou

courses: ▪ Medical and Surgical Imaging/ MRes in Medical Robotics and Image Guided Intervention/ the Hamlyn Centre for Robotic Surgery ▪ Surgical Technology/Physical Principles & Clinical Translation of Fluorescence Imaging / BSc in Surgery/ Department of Surgery and Cancer ▪ Principles of Biomedical Imaging/MSc in Biomedical Engineering/ Department of Bioengineering ▪ Advanced Medical Imaging/ MSc in Biomedical Engineering/ Department of Bioengineering ▪ Non-Ionising Functional and Tissue Imaging/ MSc in Biomedical Engineering/ Department of Bioengineering ▪ Computer Fundamentals and Programming/BSc in Biomedical Enginieering/ Department of Bioengineering

My research covered the development (both hardware and software) and the in vivo testing of surgical optical equipment, including the image analysis. The focus was on the application of Fluorescence Imaging and Hyperspectral imaging as an intraoperative tumour resection guidance tool in Breast-Conserving Surgery. I passed my viva examination on the 25/02/2022.

Imperial College London, Faculty of Medicine, department of Surgery and Cancer Bessemer Building, South Kensington Campus, Exhibition Rd, Kensington, SW7 2AZ London (England) www.imperial.ac.uk/hamlyn-centre

Under the RAEng enterprise fellowship, my work will focus on turning our hardware/software solutions for intraoperative surgical guidance into a commercial reality. Even the most exciting and innovative solutions fail to be widely accepted into the surgical practice unless they fulfill the criteria to be translated into a viable business. The RAEng enterprise fellowship offers: funding/training courses & workshops/networking event access /mentoring etc. Please see for more information: https://www.raeng.org.uk/grants-prizes/grants/enterprise-hub-support-for-entrepreneurs

Volunteer sales in the Primrose Hill Boutique. Profits go for Shelter’s activities to support the homeless. <>

My research covered the development (both hardware and software) and the in vivo testing of surgical optical equipment, including the image analysis. The focus was on the application of Fluorescence Imaging and Hyperspectral imaging as an intraoperative tumour resection guidance tool in Breast-Conserving Surgery. I passed my viva examination on the 25/02/2022.

Stream: Medical Physics and Imaging MSc dissertation (77.6/100), Hamlyn Centre for Robotic Surgery, Imperial College London. Title:' Development and assessment of a NIR Fluorescence/ RGB coupling optical system for breast cancer detection'.

Specialization field: Nuclear and Elementary Particle Physics Dissertation (grade:10/10), Theageneio General Hospital. Title: 'Dosimetric optimization of the radiation treatment planning for prostate cancer.'