Shehan Lowe Email & Phone Number

Warrington, England, United Kingdom

Derby, England, United Kingdom

IVY TECH is developing a cutting-edge Ai-enabled deep tech solution to optimise the high-value assets operations to unlock business potential.

Swindon, England, United Kingdom

Swindon, England, United Kingdom

Appointed to be a Member of the EPSRC Peer Review Associate College to review research proposals received by Engineering and Physical Science Research Council (EPSRC), UKRI. Also, to be served on an EPSRC Prioritisation Panel.

Sheffield, England, United Kingdom

I am responsible for NDE research capabilities within the research center and assist the large-scale manufacturing sector. Over the past two years, I have successfully scoped and secured a portfolio of research grants to develop state-of-the-art NDE solutions. My current research interest, 1. Non-contact in-process inspection for large-scale manufacturing2. Advanced manufacturing process improvement3. In-service inspection of NPPs for life expansion4. Autonomous monitoring of critical components in NPPs. I was a key member in setting up the collaborative R&D team including setting up the process and procedures to align with the cooperate strategy. As part of the role, I have engaged with a number of SMEs in supporting their business by improving their current manufacturing process which is a KPI of catapult centers. Furthermore, I am presenting Nuclear AMRC at national and international NDE forums such as RCNDE and NUGENIA-SNETP. Additionally, I am representing the Assurance theme of Nuclear AMRC at HVMC. A key part of this activity is to develop cross catapult collaborations, capability development, and technology roadmap development in line with the British government’s innovation strategy. Furthermore, I support the CEO of Nuclear AMRC with the GEN IV AMME representation which has provided a wider understanding of the role of advanced manufacturing in the nuclear sector and has strengthen my network of key peers alike.

United States

Advances in Materials (AM) publishes reviews, full-length papers, and short communications recording original research results on, or techniques for studying the relationship between structure, properties, and uses of materials. The subjects are seen from international and interdisciplinary perspectives covering areas including metals, ceramics, glasses, polymers, electrical materials, composite materials, fibers, nanostructured materials, nanocomposites, and biological and biomedical materials. AM aims to be the leading source of primary communication for scientists investigating the structure and properties of all engineering materials.

United Kingdom

Delivering the special issue of sensors entitled, "Advances in Ultrasonic Guided Wave Sensor Technologies for Structural Health Monitoring".Ultrasonic Guided Wave (UGW) testing has gained greater attention from the industry for its inherent capability of long-range inspection. This technology is widely used as a screening tool in many industries, e.g., oil and gas, renewable energy, naval, construction, and aerospace. Recent attempts have been made to improve the resolution and sensitivity of UGW sensors for quantitative measurements of structural health and also to inspect complex structures, e.g., glass laminate aluminium reinforced epoxy, and carbon fiber reinforced polymer. This Special Issue is aimed to the submission of both review and original research articles related to the advancement of UGW sensor development, signal processing, and applications of UGW for structural assessment. Topics include but are not limited to the following:1. Non-destructive testing and material characterisation2. The inspection of complex material and structures using UGW3. Flexible sensor development4. UGW imaging and visualisation5. Industrial applications6. The remote monitoring of structural healthProf. Dr. Tat-Hean GanDr. Shehan LoweProf. Dr. Wamadeva BalachandranGuest Editors

Cambridge, United Kingdom

Managing a team of researchers on the use of power ultrasonic to assist industry as a state-of-the-art solutions for material processing, de-fouling and sonochemistry. Responsible for the timely delivery of projects to the highest standards and report circulation among stakeholders. Working together with the director and the department head on business development. Identifying promising TRL 6 technologies and conduct programmes to optimise the technology to launch commercial ready products according to the road map of the organisation. Other duties as follow: - Dissemination of results to attract high profile partners to exploit innovative technologies. - Managing all power ultrasonic projects within the department - Supervision and mentoring of Ph.D students and young engineers - Budget allocation - Proposal writing - Recruitment - Health and safety - Risk assessments - Managing high value equipment - Acting as the contact point on the use of power ultrasonic are also part of the role.

Cambridge, United Kingdom

Based at Brunel Innovation Centre in Cambridge. I'm involved in collaborative research and development projects in the field of non-destructive testing and high power ultrasonics. Research mainly focused on ultrasonic guided wave inspection, transducer and array development, signal processing and fouling removal using high power ultrasonics.Main duties are as follows: - Project management (Horizon 2020 and Innovate UK) - Business development and writing proposals - Conducting, reporting and presenting technical work - Conducting risk assessments - Mentoring PhD and Placement students - Reporting contractual progress - Attending project negotiation meetings - Managing laboratory equipment - Writing journal and conference publications - Organising technical events and workshops

Cambridge, United Kingdom

Based at Brunel Innovation Centre in Cambridge. I'm involved in collaborative research and development projects in the field of non-destructive testing and high power ultrasonics. Research mainly focused on ultrasonic guided wave inspection, transducer and array development, signal processing and fouling removal using high power ultrasonics.Main duties are as follows: - Project management (Horizon 2020 and Innovate UK) - Conducting, reporting and presenting technical work - Reporting contractual progress - Managing laboratory equipment - Writing journal and conference publications

London, United Kingdom

Performing research on advances in resolution and sensitivity of ultrasonic guided waves for quantitative inspection of pipelines.Research area - Sound energy focusing technique (Hybrid active focusing technique) - Piezoelectric sensor development (excitation of pure L(0,1) wave mode for LRUT) - Flaw detection and sizing - UGW mode conversion

Cambridge, United Kingdom

- Monitor Chapter activities within IEEE UK and Ireland Section.- Support Chapters to organise technical events.- Revitalise dormant Chapters.- Organise and run online sessions to discuss the Chapter progress.- Maintain the Chapter's Forum.

Cambridge, United Kingdom

Based at Plant Integrity section of TWI Ltd in Cambridge. I was involved in a core research project in the field of non-destructive testing. Research mainly focused on ultrasonic guided wave inspection, sound energy focusing, design and development of piezoelectric transducer and array, flaw sizing and signal processing.Main duties are as follows: - Theoretical development - Design and development of Piezoelectric transducers and array - Flaw detection and sizing - Signal processing - Experimental validation - Reporting and presentation - Writing journal and conference publications

Cambridge, United Kingdom

Based at Plant Integrity section of TWI Ltd in Cambridge. I was involved in research and development projects in the field of non-destructive testing. Main duties are as follows: - Conducting laboratory experiments - Signal processing - Reporting and presentation

Doctor Of Philosophy (Ph.D), Electrical And Computer Engineering - Non-Destructive Testing, Pass Without Corrections

Activities and Societies: Brunel research society

Master Of Science (Msc), Distributed Systems And Engineering, 2.1

Activities and Societies: Engineering society, International society and Fitness and health club

Bachelor'S Degree, Computer Science & Software Engineering (Double Major), 1St Class