Professor Harald Haas
Director, Li-Fi Research and Development Centre, Chair of Mobile Communications, School of Engineering
Harald’s main research interests are in interference management in heterogeneous wireless networks, energy and spectrum efficient wireless transmission techniques and optical wireless communications. He is co-founder and chief scientific officer of pureLiFi Ltd, a University of Edinburgh spin-out company.
Director of Business Development
Hamish has over 20 years of industry experience working for several multinational electronics companies in a variety of roles such as Manufacturing, Design, Sales, and Business Development. From this, he has gained extensive knowledge across many industry sectors and markets which LiFi is applicable to – including cellular communications, optical networking, and transportation.
Professor Nigel Topham
Chair of Computer Systems, School of Informatics and Member, Institute for Computing Systems Architecture (ICSA), School of Informatics
Nigel’s main research area is computer architecture, particularly the development of next-generation microarchitectures for high-performance embedded systems. His current research projects focus on the automated synthesis of processors, and the interactions between the synthesis of architecture, micro architecture and physical design.
IP Projects Manager, Edinburgh Research and Innovation Ltd
Tom provides business support for technology transfer projects at the University of Edinburgh, including securing several high value outcomes through spin-out companies. He is involved in technology and IP areas, including: Li-Fi; MEMS; communications technologies; reconfigurable circuits and sensors; in a wide range of markets, including: oil and gas; electronics; and manufacturing.
Dr Stefan Videv
Director of Engineering
Stefan’s research focus is on visible light communications and his interests include prototyping communication systems, smart resource allocation, and energy efficient communications. He was awarded his PhD for his thesis, ‘Techniques for Green Radio Cellular Communications’ in 2013 from the University of Edinburgh.
pureLiFi is the world leader in Li-Fi commercialisation and development. The company develops and delivers Li-Fi enabled drivers for LED lights, and device attachments. pureLiFi is an original equipment manufacturer that also provides turn-key solutions through its unique Li-Fi product range.
Alcatel Lucent are at the forefront of global communications, providing products and innovations in IP and cloud networking, and also ultra-broadband fixed and wireless access. Bell Labs, the technology research institute, is an integral part of the Group.
National Instruments equips engineers and scientists with tools that accelerate productivity, innovation and discovery. National Instruments combines productive software and reconfigurable hardware platforms to enable engineers to simplify system development and arrive at solutions faster.
Key University of Edinburgh Researchers
Dr Wasiu O. Popoola
Chancellor’s Fellow, Institute for Digital Communications, School of Engineering, university of Edinburgh
Popoola’s area of research is communication systems engineering, fibre communication and free-space optics, and he provides support to the research members and projects.
Dr Robert Henderson
Reader, CMOS Sensors and Systems Group, School of Engineering
Robert’s research interests are CMOS integrated circuit design, imaging and biosensors. He has led research resulting in the first single photon avalanche diode (SPAD) in nanometer CMOS technology.
Dr Tharmalingam Ratnarajah
Reader, Signal Processing and Communications, School of Engineering
Tharm’s areas of research are: random matrix theory and its application to signal processing communications and information theory; massive MIMO; interference alignment; and physical layer secrecy. He is currently the co-ordinator of two EU FP7 projects, HARP researching highly distributed MIMO, and ADEL researching dynamic spectrum access.
Dr Majid Safari
Lecturer in Digital Communications, School of Engineering
Majid’s research areas include novel MIMO and cooperative/relaying techniques for energy-efficient, and high-speed atmospheric optical links suitable for terrestrial or satellite applications. His research has also addressed unconditionally secure communication through quantum cryptography.
Professor John Thompson
Professor, Signal Processing and Communications, School of Engineering
John’s research interests are: rapid prototyping of MIMO detection algorithms; combining MIMO and relay concepts for wireless; cognitive radio concepts for future wireless systems; and green communications systems and networks. John is coordinator for a new European Marie Curie training project ADVANTAGE.
Professor Ian Underwood
Chair of Electronic Displays, and Head of the Integrated Micro and Nano Systems Research Institute (IMNS) School of Engineering
Ian is a co-founder of Micro Emissive Displays (MED) and co-inventor of its P-OLED micro display technology, and he is recognised worldwide as an authority on micro display technology, systems and applications.
Dr Philip Hands
Chancellor’s Fellow, Integrated Micro and Nano Systems Research Institute (IMNS) School of Engineering
Philip’s research areas are applied photonic materials: tuneable liquid crystal lasers, adaptive liquid crystal lenses; and applied electronic materials: metal-polymer composites, adaptive-focus lenses and holography, which he is working on integrating with future Li-Fi technologies and biomedical applications.
Professor Michael O’Boyle
Director, Institute for Computing Systems Architecture (ICSA),, School of Informatics
Michael’s research interests include adaptive compiler techniques which allow the compiler to learn about the underlying parallel architecture by exploring a transformation based optimisation space, and machine learning based optimisation.
Dr Björn Franke
Reader, Institute for Computing Systems Architecture (ICSA), School of Informatics
Björn ‘s research focuses on software tools for embedded systems, in particular optimising and parallelising compilers, instruction set simulators, design space exploration and performance estimation tools.
Dr Elham Kashefi
Reader, Quantum Computing, School of Informatics
Kashefi’s research area covers the potential of quantum information theory from its formal and foundational aspects to actual cryptographic experiments. She is the co-founder of the Quantum Information Scotland Network, and a patent holder in the fields of feasible quantum verification and quantum cloud computing.
Professor Lesley Yellowlees
Head of College of Science and Engineering, University of Edinburgh
Professor Johanna Moore
School of Informatics, The University of Edinburgh
College Registrar, College of Science & Engineering, The University of Edinburgh
Professor Hugh McCann
Head of School of Engineering, University of Edinburgh
Professor David Robertson
Dean of Special Projects, College of Science and Engineering, The University of Edinburgh
IP Projects Manager, Edinburgh Research and Innovation Ltd