Gestión Tributaria Territorial Queen's University Belfast

London, England, United Kingdom
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PE-backed digital transformation executive specialising in AI-native platform strategies…

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Licenses & Certifications

Volunteer Experience

  • Research Lead

    Research in Residence

    - 5 months

    Science and Technology

    The aim of the program is to get children interested in science and technology through hands on contribution to my research. Introduced a group of pupils to the subject of my PhD research. Organised fun activities to demonstrate basic principles of aerodynamics, material science and physics. Lead the group through a project related to my thesis. The group won best prize in Ireland, second in the UK and won recognition for their efforts, including the participation in international conferences.

Publications

  • Johan Sverdrup: The Digital Flagship

    Paal Frode Larsen (Equinor) | Tor Tønnessen (Equinor) | Florian Schuchert (Equinor) | Ahmed Khamassi (Equinor) | Haithem Jarraya (Equinor) | Henriette Dorthea Aarrestad (Equinor) | Vegard Imsland (Equinor) | Vibeke Lossius (Equinor)

    The sheer size of the 2.7-billion-barrel field and expected operations of more than 50 years, make Johan Sverdrup an exciting place to develop the solutions of the future. As such, the Johan Sverdrup field development has been called the digital flagship for the operator. Being a ‘flagship’ means Johan Sverdrup is not only meant to be a vehicle for digital innovation to improve safety, value-creation and carbon efficiency for the field itself, but the field development is also meant to drive…

    The sheer size of the 2.7-billion-barrel field and expected operations of more than 50 years, make Johan Sverdrup an exciting place to develop the solutions of the future. As such, the Johan Sverdrup field development has been called the digital flagship for the operator. Being a ‘flagship’ means Johan Sverdrup is not only meant to be a vehicle for digital innovation to improve safety, value-creation and carbon efficiency for the field itself, but the field development is also meant to drive digital solutions and ways of working that have the potential to be scaled-up for the benefit of the operator as a whole.

    This paper starts by setting out the main digital focus areas for the Johan Sverdrup development, but drills down on exploring the areas where Johan Sverdrup is demonstrating real and tangible impacts already today. Examples include efforts to mature technology for automatic production optimization, a number of new pipe and seabed technology solutions (including fiber-optic PRM, fiber-optic monitoring of wells), and the step-wise development of a digital twin for Johan Sverdrup that will gives the opportunity to model and visualize key parts of the field.

    The paper describes the ‘digital field-worker’ at Johan Sverdrup which is changing the way of working, both during the construction and completion phase, but also during operations. This ranges from efforts to automate and digitalize work processes offshore to more innovative solutions. Examples of the latter include Echo – a multi-player digital twin solution allowing real-time visualization and collaboration between onshore and offshore – as well as the iterative development of anomaly detection models (utilizing machine learning and artificial intelligence) to move from condition-based monitoring towards predictive maintenance.

    See publication
  • Improving the Quality and Efficiency of Operational Planning and Risk Management with ML and NLP

    Claire Emma Birnie (Equinor ASA) | Jennifer Sampson (Equinor ASA) | Eivind Sjaastad (Equinor ASA) | Bjarte Johansen (Equinor ASA) | Lars Egil Obrestad (Equinor ASA) | Ronny Larsen (Equinor ASA) | Ahmed Khamassi (Equinor UK LTD)

    To ensure safe and efficient operations, all offshore operations follow a plan devised to take into account current operation conditions and identify the optimum workflow with the minimum risk potential. Previously, planners had to manually consult eight data sources, each with a separate UI, and summarise the plan in a.pdf document. Equinor's Operation Planning Tool (OPT) has been developed to easily present the planners with the technical conditions of a platform, identify potentially…

    To ensure safe and efficient operations, all offshore operations follow a plan devised to take into account current operation conditions and identify the optimum workflow with the minimum risk potential. Previously, planners had to manually consult eight data sources, each with a separate UI, and summarise the plan in a.pdf document. Equinor's Operation Planning Tool (OPT) has been developed to easily present the planners with the technical conditions of a platform, identify potentially dangerous combinations of concurrent activities, and propose learnings from eight years’ worth of incident recordings.

    This paper details the development of the OPT with a particular focus on the application of Natural Language Understanding for extracting equipment types and tasks involved in previous incidents and relating these to planned activities. Utilising natural language processing techniques, a system has been developed that mines the content of Equinor's incident database, and assigns context to incidents, by identifying the systems, activities and equipment involved and the conditions on the asset at the time of the incident. The same context is also discovered from the content of planned activities. These key concepts are organised into a knowledge graph synthesising Equinor's institutional safety and operational experience.

    The OPT has reduced time spent planning by providing a single interface detailing a plant's technical conditions, all planned work orders and relevant lessons learned from previous incidents. By reducing the reliance on personal experience, the tool has provided subjectively improved risk identification and handling, plus faster knowledge transfer to new employees as well as focussed cross-platform knowledge sharing. The success of the tool highlights the strength of combining data and leveraging the vast quantities of historic data available both in unstructured and structured forms to create a safe, offshore work environment.

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  • Building an Analytical Roadmap

    SAS Events: Big Data Analytics & Hadoop

    Businesses are more and more interested in creating big data platforms in order to capitalize on the new possibilities that big data analytics generate. However, they are struggling with aligning business needs and constraints with a new wave of technological and technical advances. Working with several customers in CPG, FS, Insurance and Retail industries, I developed a framework that allow for generating a coherent big data analytics strategy and roadmaps.

    See publication

Courses

  • Natural Language Processing - Stanford University

    1

Languages

  • English

    Native or bilingual proficiency

  • French

    Native or bilingual proficiency

  • Arabic

    Native or bilingual proficiency

Organizations

  • The Institute of Engineering and Technology

    Full Member

    - Present

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