Richard Binns

Dr Richard Binns

Deputy Faculty Pro Vice-Chancellor

Department: Mathematics, Physics and Electrical Engineering

Dr Richard Binns serves as the Deputy Faculty Pro Vice-Chancellor for Education and an Associate Professor at Northumbria University. In this strategic leadership role, he is responsible for the educational portfolio across all five departments within the faculty. This includes oversight of approximately 44 undergraduate programmes, 20 postgraduate programmes, degree apprenticeships, and distance learning provision. He also leads the management of around 20 professional body accreditations, primarily within the UK, with some international reach.

Dr Binns holds a BEng in Electronic and Information Engineering (1993) and a PhD in Analogue Test Strategies (1997), both from the University of Huddersfield. He joined Northumbria University in 2001 as part of an EPSRC-funded postdoctoral research initiative focused on analogue synthesis tool development, in collaboration with Ericsson Components and Cadence Design Systems.

His research portfolio is broad, unified by a core expertise in analogue electronic design. His work contributes to several advanced technological domains, including gigabit laser satellite communication terminals, visible light communication systems, energy management for electric vehicles, radiation detection technologies for personal dosimetry, and power control system development.

Campus Address

Ellison Building

Email Richard

Research Themes and Scholarly Interests

My key research work is in analogue electronics specifically the design and development of novel electronic circuit designs, this is often coupled into different areas of research in visible light communication and power electronics. ��Design and implementation of electronics for visible light communication driver design, and in the analysis of LiPo battery charging design has led to several successful PhD students awards.

One key aspect of my research is engaging students both undergrad and postgraduate in research, with several students starting on a research journey from their respective project work.

Key Publications

A slot shape microstructured optical fiber for high sensitivity pressure sensing, Xue, P., Fu, Y., Wu, Q., Ng, W., Binns, R., Liu, Q. 15 Mar 2025, In: Journal of Lightwave Technology
The fabrication of “8”-shape microstructured optical fiber and its application in pressure/temperature sensing, Xue, P., Fu, Y., Wu, Q., Ng, W., Binns, R., Liu, Q. 15 Apr 2025, In: Journal of Lightwave Technology
Acoustofluidic Patterning in Glass Capillaries Using Travelling Acoustic waves based on Thin Film Flexible Platform, Wang, Q., Maramizonouz, S., Stringer Martin, M., Zhang, J., Ong, H., Liu, Q., Yang, X., Rahmati, M., Torun, H., Ng, W., Wu, Q., Binns, R., Fu, Y. 1 Jan 2024, In: Ultrasonics
Design and control of a steering mirror for a freespace optical communications CubeSat for gigabit inter-satellite links, Graham, C., Bramall, D., Younus, O., Riaz, A., Binns, R., Scullion, E., Wicks, R., Bourgenot, C. 3 Oct 2024, CubeSats, SmallSats, and Hosted Payloads for Remote Sensing VIII, San Diego, SPIE
High-Sensitivity Narrow-band T-Shaped Cantilever Fabry-Perot Acoustic Sensor for Photoacoustic Spectroscopy, Wang, J., Wang, Q., Yan, C., Xu, S., Zou, X., Wu, Q., Ng, W., Binns, R., Fu, Y. 1 Aug 2024, In: Photoacoustics
LiDrive: A LiFi Solution Compliant with ITU-T G. hn Standards for Commercial Deployment, Li, X., Le-Minh, H., Ghassemlooy, Z., Binns, R., Eromosele, A., Archenhold, G. 19 Jul 2024, 2024 14th International Symposium on Communication Systems, Networks and Digital Signal Processing (CSNDSP), IEEE
Microstructured optical fiber sensor with three-core Mach-Zehnder interferometer, Xue, P., Wu, Q., Fu, Y., Ng, W., Binns, R., Liu, Q. 15 May 2024, In: IEEE Photonics Technology Letters
Overview of Space-Based Laser Communication Missions and Payloads: Insights from the Autonomous Laser Inter-Satellite Gigabit Network (ALIGN), Younus, O., Riaz, A., Binns, R., Scullion, E., Wicks, R., Vernon, J., Graham, C., Bramall, D., Schmoll, J., Bourgenot, C. 5 Nov 2024, In: Aerospace
Steering Mirror System with Closed-Loop Feedback for Free-Space Optical Communication Terminals, Graham, C., Bramall, D., Younus, O., Riaz, A., Binns, R., Scullion, E., Wicks, R., Bourgenot, C. 23 Apr 2024, In: Aerospace
Ultra-sensitive fiber optic temperature sensor based on Vernier effect in cascading Sagnac loops integrated with PMFs, Zhang, Y., Liu, Q., Xu, T., Wu, Q., Fu, Y., Ng, W., Binns, R. 1 Sep 2024, In: Optics Communications

Current and Recent Projects

ROARS - CubeSats Revealing Orbital and Atmospheric Responses to Solar Activity, Scullion, E. (Principal Investigator), Binns, R. (Co Investigator), European Space Agency, 02/10/23 - 01/04/24, £8,197.00
Laser Communication and Cubesat - Phase 3, Scullion, E. (Principal Investigator), Binns, R. (Co Investigator), UK Space Agency, 01/12/22 - 31/03/25, £4,687,593.00
Laser Communications in CuebSats, Scullion, E. (Principal Investigator), Binns, R. (Co Investigator), UK Space Agency, 01/10/21 - 31/03/22, £647,283.00
Northumbria University-Integrated System Technologies, Le Minh, H. (Principal Investigator), Binns, R. (Co Investigator), Innovate UK, 01/08/21 - 31/01/24, £235,679.00

PGR Supervision

Jonathan James-Gunn Challenges in the Replacement of Current Gamma Ray Detectors with Readily Available Solid State for the use of Personal Dosimetry Start Date: 06/06/2016

Further Information

Research Supervisions
Graduate Name	*Jonathan James Gunn*
Supervision Role	Director of Studies
Thesis Title	“New Electronic Techniques for Personal Dosimetry” Industrial collaboration with NDT Electronic Services Ltd company in South Shields
��	Aim of the research is to investigate possible replacements for the personal dosimeter (radiation detection using a film badge). New and novel mechanisms for high energy photon detection (ionising radiation) are to be investigated based originally on the Geiger-Muller tube as a baseline experiment. Initial work has looked into the PIN diode, an APD and established a baseline from existing technology. New technologies the GFET are to be investigated along with possible memory structures.
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Graduate Name	*Jethro Vernon – Graduate 2022*
Thesis Title	“Thin Film Acoustic Wave Platform for Conformable and Mechanically Flexible Biosensors”
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Graduate Name	*Mariam Abdelmoteleb – Graduate 2020*
Thesis Title	“Low level data rate Visible Light Communications”
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Graduate Name	*Peter Harrington – Graduate 2020*
Thesis Title	“Autonomous Drone Network: Non-Intrusive Control and Indoor Formation Positioning”
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Graduate Name	Geetika Agagrwal - Graduated 2020
Thesis Title	“Visible Light Communication for Medical Data Transfer”
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Graduate Name	Ahmed Al-Karakchi - Graduated 2018
Thesis Title	“Smart Control of Power Electronic Chargers for Integrating Electric Vehicles into the Power Grid”

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Qualifications

Electrical Engineering PhD June 30 1996
Fellow (FHEA) Higher Education Academy (HEA) 2003
Member (MIET) & Chartered Engineer (CEng) Institution of Engineering and Technology (IET) 1989