Pauline Bolan | Occupational Therapy | Research Excellence Award

Dr. Pauline Bolan | Occupational Therapy | Research Excellence Award

Lecturer | University of Limerick | Ireland

Dr. Pauline Boland is an established researcher in occupational therapy and rehabilitation sciences, with a strong focus on participation, resilience, and community engagement for people living with chronic and neurological conditions. Her research spans cognitive rehabilitation, goal setting in rehabilitation, assistive technology, telehealth, and inclusive service design, with a particular emphasis on co-design and stakeholder involvement. She has contributed extensively to mixed-methods and qualitative research informing evidence-based practice, policy, and education across allied health disciplines. Her work has influenced international clinical guidelines, digital health innovation, and interprofessional education models, including projects addressing stroke rehabilitation, dementia-inclusive environments, falls prevention, and wheelchair service delivery. She is an active collaborator on nationally and internationally funded research programmes and has supervised doctoral and postgraduate research across healthcare practice and education. Her scholarly output includes numerous peer-reviewed publications and invited book chapters, reflecting sustained research impact in rehabilitation, ageing, and health professions education.

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Citations 571

Documents 43

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top 5 Featured Publications


Implementing a client-centred approach in rehabilitation: an autoethnography

– Disability and Rehabilitation, 2012 (Citations: 186)

Elias Wakshume – Industrial Design Engineering – Best Researcher Award

Mr. Elias Wakshume | Industrial Design Engineering | Best Researcher Award

Lecturer | Ethiopian Defence University | Ethiopia

Mr. Elias Wakshume has established a strong research profile in the field of mechanical and industrial design, with particular emphasis on advanced composites, structural mechanics, and finite element simulations. His work focuses on applying engineering science to develop innovative protective solutions such as fibre-reinforced composites for ballistic body armour, addressing critical needs in defence and civil safety applications. Through peer-reviewed publications in high-impact journals, including Applications in Engineering Science and the Journal of Defence Technologies, Elias has contributed valuable insights into material optimization, lightweight structures, and safety engineering. His research integrates sustainability principles with structural optimization, ensuring that protective materials meet performance requirements while minimizing environmental impact. By leveraging tools like ANSYS, SolidWorks, MATLAB, and AutoCAD, he advances simulations that validate theoretical models and guide practical implementations in real-world contexts. His expertise extends to fatigue, thermal, and structural analysis, enabling comprehensive evaluations of composite materials under complex loading conditions. Elias has also gained recognition through paper acceptance at significant conferences such as the 3rd National Research Conference on Emerging Innovation of Science and Technology for Enhancing Defence Force Capabilities, highlighting his role in advancing engineering solutions with direct national and global relevance. His professional engagements with research communities demonstrate a commitment to collaboration and knowledge sharing, reinforcing the application of mechanical design and industrial engineering to contemporary challenges in defence and environmental sectors. By focusing on sustainable engineering and protective material innovation, Elias is building pathways for future technological progress where safety, resilience, and efficiency intersect. His research demonstrates a blend of theoretical rigor and practical application, strengthening the role of composites in modern engineering while contributing to scientific discourse in protective technologies. Elias Wakshume’s efforts mark him as a growing contributor to both defence technology advancement and sustainable engineering practice.

Profiel: ORCID
Publications:
  1. Experimental and analytical study on the flexural behavior a novel steel-NC-UHPC composite bridge deck system. (2025).

  2. Experimental study on negative bending resistance of steel-NC-UHPC composite bridge deck. (2025).