ISPF Early Career FellowshipsUK – ASEAN Consortium

Transformative Technologies for Healthcare & Environmental Resilience

Hosted by Edinburgh Napier University and funded under the UK International Science Partnerships Fund (ISPF) by the Department for Science, Innovation and Technology (DSIT) and the British Council. TTHER empowers outstanding early-career research fellows from Thailand, Malaysia, and Vietnam to develop transformative solutions across artificial intelligence, robotics, assistive devices, and connected healthcare systems.

Host Institution

Edinburgh Napier University, UK

Programme Sponsors

UK ISPF · DSIT · British Council

Active Period

Dec 1, 2024 – Apr 30, 2027

Partner Nations

United Kingdom · Thailand · Malaysia · Vietnam

Impact & Deliverables

Expected Project Outputs

Anchored in the UK International Science Partnerships Fund (ISPF) framework, the TTHER project targets high-impact expected deliverables across scientific discovery, open research infrastructure, early-career capacity building, translational technology, and bilateral UK–ASEAN collaboration (2024–2027):

Academic Dissemination

15+ Papers

15+ High-Impact Publications

Expected Milestone: 15+ Co-authored Q1 journal & conference papers

Expected co-authored research papers published across premier Q1 journals (IEEE Transactions, ACM, Elsevier) and top international conference proceedings, advancing AI-driven healthcare, biomedical robotics, and assistive technologies with open-access dissemination.

Open Science & Data

Open Datasets

Multimodal Sensor Datasets

Expected Milestone: Curated open-access multi-sensor repositories

Expected release of comprehensive benchmark datasets integrating wearable physiological telemetry (EMG, ECG, motion sensors), environmental metrics, and robotic kinematics to empower the international research community and advance reproducible healthcare AI.

Capacity Building

7 Fellows

7 ISPF Research Fellows Empowered

Expected Milestone: 7 early-career researchers completed UK residencies

7 outstanding early-career research fellows from Thailand, Malaysia, and Vietnam expected to complete bilateral research residencies at Edinburgh Napier University, receiving 1-on-1 mentorship, cross-disciplinary leadership training, and international research profile development.

Translational Engineering

4+ Prototypes

Healthcare AI & Robotic Prototypes

Expected Milestone: Clinically-viable proof-of-concept devices

Expected engineering and lab validation of functional translational prototypes, including soft robotic stroke rehabilitation gloves, smart elderly fall-prevention telemetry, autonomous hazard-navigation mobility, and distributed edge-AI patient monitoring tools.

Sustainability & Growth

Joint Grants

Joint Bilateral Research Grants

Expected Milestone: International grant applications beyond 2027

Expected submission of major joint multidisciplinary proposals to UKRI, Horizon Europe, British Council, and Southeast Asian national research funds (Thailand NSRF, Malaysia MOHE, Vietnam MOST) to establish enduring institutional consortia and sustained funding.

Knowledge Exchange

5+ Workshops

Bilateral Workshops & Knowledge Transfer

Expected Milestone: Regular bilateral symposia & stakeholder forums

Expected delivery of recurring bilateral mini-workshops, international research symposia, and clinical stakeholder roundtables across the UK and ASEAN, facilitating bidirectional technology transfer and responsible AI adoption in healthcare settings.

TTHER Activities & News

Latest workshops, academic exchanges, and research milestones from the TTHER project team.

Strategic Alignment & Global Themes

The TTHER project is anchored in the International Science Partnerships Fund’s four major global pillars, translating multidisciplinary engineering into impactful real-world health and environmental solutions:

🌱

Healthy People, Animals & Plants

Researching biomedical robotics, automated falls prevention, and stroke rehabilitation to enhance patient mobility and quality of life.

🤖

Transformative Technologies

Deploying intelligent soft robotics, multi-modal sensor fusion, edge-AI computing, and IoT frameworks for decentralized healthcare.

🌍

Resilient Planet

Harnessing autonomous navigation, electric vehicles, and embedded sensor suites to tackle disaster response and environmental hazards.

🎓

Tomorrow’s Talent

Providing comprehensive UK-based research training, cross-border mentorship, and leadership development for Southeast Asian fellows.

Thematic Research Streams

The project brings together multidisciplinary teams across three overarching scientific streams comprising seven specialized research projects:

Stream 01

AI, Robotics & Assistive Healthcare

Project 1 · AI-Enabled Falls Prevention Device

Investigating wearable sensor fusion and biomechanical movement analysis to predict and prevent fall risks among elderly populations.

Project 2 · Exoskeleton Robots for Rehabilitation

Developing multistage adaptive lower-limb and upper-limb robotic exoskeletons tailored to personalized neurological recovery pathways.

Project 3 · Soft Robotic Stroke Rehabilitation

Designing compliant, pneumatically driven wearable soft actuators integrated with electromyography decoding for safe home-based motor therapy.

Stream 02

Smart Sensing, IoT & Wearable Telemetry

Project 4 · AI Body Area Networks for Patient Monitoring

Deploying ultra-low-power on-body sensor networks and edge intelligence algorithms for real-time telemetry and cardiovascular risk detection.

Project 5 · IoT Healthcare Ecosystem for Continuous Care

Architecting secure, fault-tolerant cloud-edge computing frameworks enabling seamless remote clinical surveillance and predictive alerts.

Stream 03

Environmental Resilience & Automated Response

Project 6 · Autonomous Electric Vehicles for Rescue

Creating robust robotic navigation, LiDAR mapping, and path planning systems for unmanned search and rescue in disaster-impacted zones.

Project 7 · Robotics & AI for Industry 5.0 in Healthcare

Investigating collaborative robot (cobot) safety, human-machine symbiosis, and automated logistics in sterile healthcare settings.

Host Leadership & Academic Mentors

Fellows are supervised and mentored by distinguished faculty and principal investigators at Edinburgh Napier University’s School of Computing, Engineering & the Built Environment:

Professor Hongnian Yu

Prof. Hongnian Yu

Professor of Robotics & Artificial Intelligence

Project Lead & Principal Investigator

Professor Chan Hwang See

Prof. Chan Hwang See

Professor of Communications & Sensing

Lead Mentor – Sensing & Connected Systems

Dr. Keng Goh

Dr. Keng Goh

Associate Professor in Robotics & Control

Academic Mentor – Autonomous Robotics

Dr. Luigi La Spada

Dr. Luigi La Spada

Associate Professor in Applied Electromagnetics

Academic Mentor – Antennas & Sensing

Dr. Libu Manjakkal

Dr. Libu Manjakkal

Associate Professor in Electronic Engineering

Academic Mentor – Wearables & Materials

Dr. Yuyang Zhou

Dr. Yuyang Zhou

Lecturer in Artificial Intelligence & Robotics

Academic Mentor – Machine Learning & Motion

ISPF Research Fellows

The TTHER project supports seven distinguished early-career researchers from Thailand, Malaysia, and Vietnam who lead research investigations at Edinburgh Napier University:

Portrait of Dr. Arunee Promsri

Dr. Arunee Promsri

Thailand · University of Phayao

Research FocusBiomechanics and Human Movement, Gait and Postural Control, Wearable Sensing, AI for Rehabilitation, and Healthy Ageing.

Portrait of Dr. Naret Suyaroj

Dr. Naret Suyaroj

Thailand · Chiang Mai University

Research FocusElectrical Engineering, Energy Management, Internet of Things (IoT), Power Systems, and Intelligent Technologies.

Portrait of Dr. Worawit Tepsan

Dr. Worawit Tepsan

Thailand · Chiang Mai University

Research FocusData Analytics and AI, Digital Health Innovation, Intelligent and Wearable Technologies, and Mathematics.

Portrait of Dr. Ahmad Hakimi

Dr. Ahmad Hakimi

Malaysia

Research FocusArtificial Intelligence, Internet of Things (IoT), Robotics, Wireless Sensor Networks, Indoor Positioning, and Intelligent 5G/6G Systems.

Portrait of Dr. Ahsiah Binti Ismail

Dr. Ahsiah Binti Ismail

Malaysia · Int. Islamic University

Research FocusAI-Enabled Falls Prevention Device
(Trustworthy, Explainable and Safe AI for Healthy Ageing and Independent Living)

Dr. Muna Azuddin

Malaysia · Int. Islamic University

Research FocusHuman–Computer Interaction, User Experience, Emerging Technologies, Technology Adoption, and Digital Innovation.

Portrait of Dr. Nhut-Thanh Tran

Dr. Nhut-Thanh Tran

Vietnam · Can Tho University

Research FocusMachine Learning, Advanced Sensing, Spectroscopy, Machine Vision, and Biomedical Sensors.

Impact & Exchange

Advancing Global Health Innovation Together

“Through the ISPF Fellowship, early-career researchers conduct frontier research at Edinburgh Napier University, work with distinguished UK mentors, and build enduring bilateral networks that translate into real societal impact across the UK and ASEAN region.”

  • Publish co-authored high-impact peer-reviewed journal papers and present at global conferences
  • Develop clinically-viable healthcare technologies addressing urgent needs in aging and rehabilitation
  • Create pathways for joint grant applications, patent filings, and long-term academic exchange