Engineering-led operational systems
Founded by engineers, Exine builds operational systems for ambitious manufacturing, processing, and refurbishment businesses. We deploy proven engineering foundations and tailor them to your workflow — connecting operations, compliance, and reporting without starting from scratch.
Meet the founders
Richard Sharpe, PhD
Richard's background in mechanical engineering and industrial systems led him to co-found Exine Technology. He focuses on designing structured operational systems that connect real-world processes with reliable digital control and visibility.
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Aaron Neal, PhD
Aaron brings expertise in electronics design, embedded systems and manufacturing technologies. His practical engineering mindset ensures every Exine system is robust, usable in real environments, and tailored to how clients actually operate.
Connect on LinkedInOur story
Exine Technology was founded by Richard and Aaron, both PhD graduates from Loughborough University with backgrounds in mechanical engineering and product design. They didn't come to operational software through web development or IT, but through engineering, and specifically through a conviction that manufacturing businesses deserved far better traceability and operational visibility than anything available to them.
That conviction grew from direct experience. During their research, Richard and Aaron worked on EPSRC funded projects with large OEMs, seeing first-hand the operational technology and traceability systems those organisations had access to. The gap was obvious: small and medium-sized businesses faced the same operational challenges but had none of the same tools. Exine was founded to close that gap, bringing that level of capability to SMEs, built in a way that actually fits how they work.
That engineering origin explains why every engagement starts from the physical operation, not a software template. It explains the hardware capability. And it explains why Exine's systems tend to feel like they were built by people who understand what actually happens on a shopfloor
Today, Exine works closely with SMEs across manufacturing, processing, and refurbishment; designing operational systems that bring structure to complex operations. The result is greater operational control, clearer visibility, and confidence that processes are being followed correctly every time.
Our mission
Our mission is to help SMEs gain reliable control over their operations by structuring workflows, reducing manual administration, and producing trustworthy, audit-ready operational data.
We believe operational systems should simplify complexity, enforce good processes, and give businesses genuine confidence in how their operations actually run.
What we value
Trust and integrity
We deeply value the trust our clients place in us. We operate with professional integrity and fairness, ensuring our systems and partnerships are built for long-term reliability and success.
Pragmatic engineering
We find satisfaction in solving complex problems efficiently and elegantly. We apply innovative and pragmatic methods to ensure our solutions fit your business reality, not just the technical ideal.
Built for reality
We deliver systems engineered for real operational environments — not controlled ones. Our commitment is to systems that perform under pressure, handle edge cases, and remain reliable over time without constant intervention.
Why we're different
We are engineers first.
Exine systems are designed for real operational environments — not idealised workflows. By starting from proven foundations and tailoring them to each client's processes, we deliver systems that are faster to deploy, lower risk to implement, and easier to evolve as businesses grow.
Light reading
Before Exine, Richard and Aaron spent several years at Loughborough publishing on traceability, cyber-physical systems and remanufacturing — the research the company was built out of.
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The potential of industry 4.0 Cyber Physical System to improve quality assurance: An automotive case study for wash monitoring of returnable transit items
A. D. Neal, R. G. Sharpe, K. van Lopik, J. Tribe, P. Goodall, H. Lugo, D. Segura-Velandia, P. P. Conway, L. M. Jackson, T. W. Jackson, A. A. West
CIRP Journal of Manufacturing Science and Technology, 2021
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Developing augmented reality capabilities for industry 4.0 small enterprises: Lessons learnt from a content authoring case study
K. van Lopik, M. Sinclair, R. Sharpe, P. P. Conway, A. A. West
Computers in Industry, 2020
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An industrial evaluation of an Industry 4.0 reference architecture demonstrating the need for the inclusion of security and human components
R. Sharpe, K. van Lopik, A. Neal, P. Goodall, P. P. Conway, A. A. West
Computers in Industry, 2019
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smaRTI — A cyber-physical intelligent container for industry 4.0 manufacturing
A. D. Neal, R. G. Sharpe, P. P. Conway, A. A. West
Journal of Manufacturing Systems, 2019
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A data-driven simulation to support remanufacturing operations
P. Goodall, R. Sharpe, A. West
Computers in Industry, 2019
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Cyber-Physical Systems in the re-use, refurbishment and recycling of used Electrical and Electronic Equipment
R. G. Sharpe, P. A. Goodall, A. D. Neal, P. P. Conway, A. A. West
Journal of Cleaner Production, 2018
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