Sonobex has pioneered noise reduction technology via acoustic metamaterials. A new area of physics, these artificially fabricated materials control, direct and manipulate sound in the form of sonic, infrasonic or ultrasonic waves.A SonoTEC® panel is a completely galvanized steel construction that consists of coupled resonator elements that attenuate airborne noise; as such a SonoTEC® panel does not rely on acoustic infill or lining materials to provide acoustic performance.This ground-breaking technology enables far greater noise attenuation for middle and low frequencies than traditional passive noise control measures. Until now, low frequencies could only be attenuated using high masses. However, these require extensive construction measures that are often impractical to implement.PRODUCT DIFFERENTIATORS:Superior acoustic performanceTargeted frequency rangeNo acoustic infillThrough-life performance integritySteel-frame structure integrated into panelPassive Ventilation

Technology commercialisation of innovative noise control solutions.Specialising in acoustics and working with a team at Loughborough University, to drive the process of commercialisation on our proprietary innovative noise barrier technology. This innovative noise barrier technology has been pioneered through a new area of physics called Sonic Crystals a periodic array of wave scatterers which demonstrates severe and possibly total reduction of sound waves in specific frequency ranges. The immediate impact of the technology is to enable, in a cost effective and less intrusive manner, sound attenuation systems to be deployed throughout industry and alongside major transport links.

Research specialised in phononic crystals and acoustic metamaterials, with emphasis onapplications to noise and vibration control. Experience in performing acoustic measurements and analysing acoustic data. Withextensive knowledge in Finite Element software COMSOL Multiphysics, specialising inthe acoustics and structural mechanics packages.Considerable knowledge of patent application process and aspects of commercialisationof intellectual property due to filing multiple patent applications.

Innovation Fellowship is jointly funded by the East Midlands Development Agency and the European Regional Development Fund. This grant was an early-stage finance opportunity to facilitate and encourage the commercialisation of my innovative sound attenuating technology. It enabled me to undertake a range of activities including: 'proof of concept'; development of robust IP, business planning, market appraisal work and to engage potential commercial partners and end users.

Teaching and assisting undergraduate students in Foundation, 1st and 2nd year laboratory.Marking of undergraduate students lab write-ups and providing feedback on this work.Organising and providing foundation year support.

PhD in "Band Gap Formation in Acoustically Resonant Phononic Crystals" PhD Supervisors: Prof. Feodor Kusmartsev & Dr Gerry M. Swallowe

Invigilating Exams for Undergraduates at Department of Physics Loughborough University.Duties include: ● Being conscious of all rules and all examination candidates. ● Being vigilant but also sensitive to candidates’ anxieties under the exam pressure