Isabella M.

At Cambridge Consultants, I worked on a variety of consultancy and product development projects for clients across different industries and teams. I have taken responsibility for technical leadership and contributed to the sale of projects both in the Medical Technology and Industrial Consumer and Energy divisions. My main duties were centred around a Systems and Electronics Engineering role, in multidisciplinary teams, for the design and development of medical electronic products, covering definition, proof-of-concept and feasibility studies, system architecture, detailed design, transfer to manufacture, design validation and verification. Projects I led and/or contributed to range from wirelessly powered implant electronics, innovative sensor technologies in surgical instruments, implantable sensing devices and life science instruments, drug delivery and point-of-care diagnostic systems, bespoke test equipment, as well as projects in the consumer electronics space. I contributed also to technology landscape projects and feasibility and research projects generating intellectual property for clients and internally.

Electronics Group, Medical Technology Division

PhD at the Electrical Engineering Division, Department of Engineering and at the EPSRC Centre for Doctoral Training in Sensor Technologies and Applications, Department of Chemical Engineering and Biotechnology.

Lab demonstrator for Electrical Engineering projects and experiments at the Department of Engineering. Teaching to 1st, 2nd and 3rd year Engineers.

Supervisor for Trinity Hall College. Teaching Electrical Engineering to 2nd year Engineering undergraduate students in small groups. Topics: Analysis of Devices and Circuits, Electrical Power and Machines, Electromagnetic Fields.

MRes at the EPSRC Centre for Doctoral Training in Sensor Technologies and Applications, Department of Chemical Engineering and Biotechnology

European Union Funded Leonardo da Vinci scholarship, Internship as Lab and Operations Assistant.

Master Thesis Project: Conception, design and development of a new miniaturized, low-power, wireless EEG (electroencephalography) system for neuroscience research. Hardware and firmware design and development, prototype development. Prototype presented at the Wearable Technology Show 2016, London.

Thesis: "Wireless EEG system for research use"

Thesis: "Hydrogels for biomedical applications"

The United World College of the Adriatic brings together 180 students from around the world for the final two years of their high school education. The students follow a rigorous Baccalaureate program which includes social service, creative and sports activities. All students are admitted after regional and national selections and are awarded a two-year full scholarship.