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About Us

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The Research Advances in Personalized Integrated Diagnostics (RAPID) Institute is a new funded collaboration supported by Research Ireland and Dublin City University, in partnership with the Fraunhofer Institute for Production Technology (IPT; Aachen, Germany), Europe’s largest organisation for applied research, with more than 25,000 employees and 75 specialised Institutes across Germany.

RAPID is a nexus for innovative diagnostics research at DCU. It is funded via a Research Ireland Research Professorship Award under the leadership of Prof James Landers, who brings world-leading expertise in microfluidics and diagnostics to Ireland. RAPID will help establish new scientific networks of collaborative research between DCU, the USA and beyond. RAPID Institute’s vision is to be a globally-significant entity, renowned for its discovery and translation of knowledge to advance society. Through RAPID, DCU will continue to build on their existing research relationship with Fraunhofer to address new dimensions in the design, development and manufacture of novel diagnostic systems. RAPID’s partnership with the Fraunhofer IPT offers direct access to cutting-edge small-scale manufacturing, microfluidic injection moulding, automated assembly/bonding systems and, ultimately, to manufacturing scale-up capabilities that includes wearable diagnostic sensor technologies. 

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Meet Our Team

Prof James Landers

James P. Landers is Director of the RAPID Institute. He is a Commonwealth Chaired Professor of Chemistry at the University of Virginia (UVA) with adjunct appointments in the Departments of Mechanical and Aerospace Engineering, and Pathology in the School of Medicine. He is trained in Biochemistry, Molecular Diagnostics and Clinical Chemistry and a recognised leader in analytical microsystems engineering cored by integrated microfluidic systems.

His research focuses on application-driven developments exploiting lab-on-a-chip technologies, microfluidics, and material science, with applications in disease diagnostics, forensics, and chemical/biochemical analysis. He has published extensively and holds multiple patents, many of which have contributed to advancements of microfluidic systems across a broad array of applications. James has also collaborated with industry and government agencies to translate microfluidic innovations into real-world applications, enhancing capabilities in molecular diagnostics, forensic science, and personalised medicine.
 

James Landers

Leadership Team

Éadaoin Carthy

Dr Éadaoin Carthy

Éadaoin Carthy is Deputy Director for Innovation in the RAPID Institute and is responsible for its Research and Innovation strategy. She is an Assistant Professor in Mechanical and Manufacturing Engineering at DCU and holds a BSc in Physics and Biomedical Diagnostics and a PhD in Diagnostics.

Éadaoin is the co-inventor of SepTec, a rapid sepsis detection device with granted IP, which has won multiple innovation awards and was licensed to NOVUS Diagnostics. She has secured competitive funding through SFI and Enterprise Ireland, with research spanning point-of-care diagnostics, environmental monitoring and PFAS remediation, and sustainable healthcare solutions. She is also actively engaged in science communication and public outreach, and contributes to public discussions on healthcare innovation and environmental contamination.

Dr John Gleeson

John is an experienced start-up executive and founder, with a strong background in Life Sciences technology commercialisation. John’s experience spans the entire product development cycle (i.e. technology conceptualisation, research and development, intellectual property (IP) exploitation, clinical and regulatory approval, medical device cGMP manufacturing, and business development).

In 2012, John co-founded SurgaColl Technologies, a Class III orthobiologic implantable medical devices company, based on technologies from the Royal College of Surgeons in Ireland and raised over €8M to bring his technology “from benchtop to bedside”. John is also a highly innovative and recognised scientist and remains research active (adjunct research fellow, RCSI) within the fields of Tissue Engineering and Biomaterials. John holds a PhD in Engineering and an MSc in Leadership and Management. 

John Gleeson
Dara Dunican

Dr Dara Dunican

Dara is Senior Research Lead, and RAPID Deputy Director for External Programmes and is responsible for supporting and broadening the Institute's research programme and researcher-base through strategic targeting of National and International research funding. 

Dara has extensive experience and expertise in research funding strategy, having worked as a Scientific Programme Manager in Science Foundation Ireland for five years. There, he managed an award portfolio of over 130 active research awards (total value of €88M), and contributed to national strategy and policy development in the areas of scientific expertise and the National Intellectual Property Protocol, both within SFI and working with government agencies and industry.

In DCU, Dara previously led a seven-person team as the Research Development Manager in the Research Development and Support Office, and currently also more broadly contributes to developing and implementing innovative approaches to win new research opportunities of scale and strategic importance, and to boost interdisciplinary and engaged research in DCU.
Building on a PhD in Biochemistry and subsequent research experience in cell and developmental biology, Dara retains an interest in cell and organoid-based assays and applications.

Principle Investigators

Dr Éadaoin Carthy
Dr Éadaoin Carthy

Éadaoin is an Assistant Professor in the School of Mechanical and Manufacturing Engineering and holds a BSc in Physics and Biomedical Sciences and a PhD in Chemical Sciences (Point of Care Diagnostics/Sensors, DCU). 

Éadaoin’s research encompasses a broad spectrum of innovative diagnostics and environmental sensing technologies, with a particular focus on microfluidics, lab-on-a-disc, and lab-on-a-chip systems. Her work involves the development of bioassays and the functionalisation of electrochemical sensors for the rapid detection of analytes for physiological monitoring. 

Beyond diagnostics, Éadaoin's interests extend to environmental sensing, specifically the removal of PFAS (per- and polyfluoroalkyl substances) from water, aiming to tackle one of the persistent pollutants affecting global water supplies. Her research also addresses critical health challenges such as sepsis and the rapid detection of whole cells, which are crucial for improving patient outcomes and reducing the spread of infections. 

Dr Nigel Kent
Dr Nigel Kent

Nigel is an Assistant Professor at the School of Mechanical and Manufacturing Engineering. His research focuses on the development of wireless power transfer to enable measurement from lab-on-a-disk platforms under rotation. 

Nigel also has a number of projects in the area of environmental monitoring, particularly water quality monitoring, where current work is focused on the detection of Phosphate, E.coli and Dissolved Organic Carbon measurement. 

His research interests are primarily application-focused, where instruments and sensors he developed are designed with the end user and use case in mind.

Dr David Kinahan
Dr David Kinahan

David is an Assistant Professor at the School of Mechanical and Manufacturing Engineering. David's research centres on microfabrication and Lab-on-a-Chip technologies, aiming to innovate in areas such as laser machining and nano-texturing of surfaces for applications like reducing biofouling and enhancing antimicrobial and antiviral properties. 

These advancements have significant implications for lowering costs in water treatment and other areas. Additionally, David applies microfabrication techniques, including advanced 3D printing at the micron scale, to develop miniaturized diagnostic tests that are faster, more affordable, and user-friendly. 

His expertise in centrifugal microfluidics has led to notable contributions in health diagnostics, including HIV, cancer detection, and early detection of diseases like bacterial meningitis, as well as environmental monitoring and plant pathogen detection, showcasing his impact across both healthcare and environmental fields.

Dr Loanda Cumba
Dr Loanda Cumba

Loanda is an Assistant Professor in the School of Chemical Sciences at DCU. Loanda’s research interest lies in the development of novel strategies for the fabrication of 3D/4D printable multi-responsive (polymer and nano) materials to explore their attractive properties, versatility, and applicability not only as (bio)sensor platforms but also in the energy storage and conversion field. 

Her research is focused on the development of multicomponent polymer-based conductive (bio)inks, sustainable materials and manufacturing, 3D/4D-printing technologies, smart 4D printed structures, advanced (bio)composite materials, low-temperature printing technology, post-printing bioactivity, machine learning for materials development, and design of intelligent data analysis.

Dr Margaret McCaul
Dr Margaret McCaul

Margaret is currently an Assistant Professor in Analytical Chemistry at Dublin City University, and a Funded Investigator at the INSIGHT Centre for Data Analytics. 

Margaret received her BSc in Analytical Chemistry at the Limerick Institute of Technology and her PhD in Analytical Geochemistry from Dublin City University. She has over ten years of industrial experience in the area of analytical chemistry and held post-doctoral positions in science education and geochemistry, before taking a senior position as team leader in sensor integration and microfluidics in the adaptive sensors group at DCU. 

Her current research focuses on novel sensor development from functional materials to innovative devices, which comprises several distinct strands of research including: Analytical chemistry, environmental chemistry, 3D (micro-)fabrication technologies, materials chemistry, data analytics and remote sensing.

PhD Students

Abrar Abdelsalam

Nicklas Rondot

Varvara Bolikava

Isabelle Santos

Kayla Bruno

Sanna Khan

Yuru Liu

Conor Curley

Max Schultz