Prof Paul Stewart – University of Derby UK

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  • What are the key innovations of the iTrend Intelligent Technologies for Renal Dialysis project?

    The project focuses on non-invasive blood pressure monitoring in dialysis, leveraging advanced sensors and real-time data analysis since its inception in 2017. Key stakeholders include the University of Derby, University of Nottingham, and Royal Derby Hospital, collaborating on research and clinical trials. Machine learning algorithms are developed for predictive analytics, enhancing treatment safety by anticipating…

  • Understanding Micro EV Growth: Challenges and Innovations

    Strategic Outlook Micro EVs transition ownership from private to shared models, facilitated by technological advances, regulatory support, and innovative business models like Battery-as-a-Service (BaaS). Policy incentives and technological progress synergistically drove market adoption, prompting industry innovation and shifting ownership models towards shared/micro-ownership. The evolution of electric microcars is driven by advancements in battery technology, supportive…

  • University of Derby is part of a successful micromobility research funding bid with Toyota

    From Advanced Propulsion Centre UK: http://www.apcuk.co.uk 15 October 2025 The Advanced Propulsion Centre UK (APC) has announced the latest project funded through the UK Government’s DRIVE35 Collaborate programme. Toyota will lead a consortium to research and develop a new lightweight battery electric vehicle in Derbyshire. The project aims to meet the evolving needs of urban populations while…

  • Revolutionizing Innovation with AI-Augmented Teams

    The rapid evolution of artificial intelligence (AI) is transforming human-AI collaboration, fostering innovation across various industries. Current research emphasizes designing collaborative systems that prioritize trust, explainability, ethical governance, and integration, enhancing the synergy between human creativity and AI capabilities. The human team remains crucial, providing context and strategic direction while being augmented by AI tools…

  • Transition to Renewable Energy in the UK: 2024-2034 Insights

    The UK energy policy for 2024-2034 focuses on achieving a low-carbon, secure energy system while meeting global net-zero goals. Key strategies include expanding renewable energy capacity, particularly from wind, solar, and nuclear sources, aiming for over 70% of electricity by 2030. Infrastructure modernization will require significant investments to enhance grid stability and security, including smart…

  • University of Nottingham Research Showcase Event – Agenda

    A presentation on collaborative research will occur at the University of Nottingham and University Hospitals of Derby and Burton NHS Foundation Trust on June 19, 2025, from 13:00 to 17:00. The event will take place in the Main Auditorium of the Derby Medical School Building or online via Teams.

  • Meet Steve: The Synthetic Cardiovascular System for Dialysis

    The iTrend Project, funded by MStart Medical and Sporting Technology Research Trust through iTrend Medical Technology Ltd., focuses on improving health outcomes for patients with end-stage renal failure undergoing dialysis. Developed at Derby University, the project features a synthetic human cardiovascular system named ‘Steve’, recognized as a pioneering university research program in the UK. It…

  • New citation on our low carbon airport ground movements research

    This paper explores the development of a hierarchical multi-agent system model for fully-automated airport surface movement operations, aligning with the visions of EASA and SESAR JU. It addresses operational implications and aims to enhance efficiency and predictability in airport management through advanced automation strategies at Amsterdam Airport Schiphol.

  • iTrend NXG project launches today

    The iTrend NXG project, launching on December 2, 2024, is a collaboration among the University of Derby, University of Nottingham, and UHDB Royal Derby Hospital, continuing until 2026. It focuses on integrating advanced technologies into renal dialysis to improve outcomes for patients with End-Stage Kidney Disease by enhancing monitoring and personalized interventions.

  • How ‘Steve’ our cardiovascular robot was the foundation of the iTrend project.

    The research focused on developing a method for continuous blood pressure monitoring during dialysis, based on a lab-built cardiovascular robot named ‘Steve.’ Initially designed at Derby University, ‘Steve’ simulated patient conditions, aiding in the assessment of various hardware and software iterations before applying findings in patient studies at Royal Derby Hospital.