Prof. Leonard O Sullivan
Prof. Leonard O Sullivan's Projects
An Intelligent exoskeleton based on human-robot interaction for manipulation of heavy goods in Europe's factories of the future.
neoMimix uses an active microfluidic platform to naturally select sperm with unrivaled DNA quality for use in assisted human reproduction.
Ostoform is medical device that aims to manage peristomal skin complications for people with ileostomies.
Congratulations to Dr Aidan O'Sullivan, Dr Tjasa Kermavna, and Dr Linda Shore who have graduated with their PhDs at the January 2020 UL Conferring. From their friends in Design Factors.
Transcatheter Aortic Valve Implantation (TAVI) is an emerging treatment option for previously contraindicated patients suffering from Aortic Stenosis (AS)
PDT is the largest Product Design undergraduate program in the country. It provides the foundation for much of the research originating from the Design Factors group.
Exploring opportunities to improve clinical outcome in laparoscopic abdominal surgery using human factors methods to identify specific design needs.
A lower-body, upper-body and full-body assistive exoskeletons which supports older adults in carrying out their daily tasks, and participating in occupational and social activities.
Design Factors' Additive Manufacturing team at the University of Limerick offers 3D Printing services to both research bodies and to industry.
Development of a Fuzzy Front End design framework to optimise commercial success of low risk medical device development
The aim of this research is to focus on developing an alternative approach to determine unmet user and clinical needs in low risk medical devices.
XoSoft is a soft modular biomimetic exoskeleton which aims to assist people with mobility impairments.
6 week sponsored industry collaborations – with the aim of exploring and making sense of multiple diverse and challenging 'real world' design briefs.
SoloPEP is an Enterprise Ireland funded commercialisation project that aims to deliver a disposable positive expiratory pressure device to patients suffering from Cystic Fibrosis, emphysema and COPD.
A novel securement device to reduce catheter related complications, infections, and improve the quality of life in patients requiring long term central venous access.
Congratulations to Dr. Fiona Wixted and Dr. Eoin White from their Design Factors friends and from the School of Design, who have graduated with their PhDs at the August 2017 UL Conferrings.
Congratulations to both Dr Kirsten Huysamen and Dr Louise Kiernan, who have graduated with their PhDs at the January 2018 UL Conferrings. From their friends in Design Factors and the School of Design.
Johnson & Johnson & The School of Design, University of Limerick Postgraduate PhD Scholarships