Faculty of Science and Engineering at the University of Limerick (UL) - Comprehensive Analysis Report

Summary

The Faculty of Science and Engineering at the University of Limerick (UL) stands as the largest faculty within the university, a prominent national research and education community in science, technology, engineering, mathematics, and design. With over 585 staff and more than 4,238 students, it is recognized for its commitment to scholarship, innovative education, and integrated research. The Faculty's core vision is to be the leading national research and education community in its fields, fostering outstanding scientists, engineers, and designers who are equipped to reshape Ireland's sustainable future. Its mission emphasizes being a bold, distinctive, inclusive, and internationally recognized faculty, combining research excellence with practical applications to meet industrial and societal needs.

1. Strategic Focus & Objectives

Core Objectives

The Faculty's primary objective is to deliver a diverse range of undergraduate and postgraduate academic degree programs across Computing, Design, Engineering, Mathematics, and Science. A key aim is to cultivate graduates who will become global leaders for a sustainable future. The Faculty is dedicated to integrating research excellence with practical applications to address both industrial and broader societal requirements.

Specialization Areas

The Faculty boasts expertise in several key areas, including advanced manufacturing, material science, crystallisation and crystal engineering, modelling and fluid dynamics, software engineering, mathematics and statistics, and a variety of food and health-related technologies. These specializations are distinguished by strong links with industry and a focus on innovative education complemented by integrated research, all designed to empower, enlighten, and enrich individuals, communities, and society.

Target Markets

The primary target markets for the Faculty include prospective undergraduate and postgraduate students seeking high-quality academic programs in STEM and design disciplines. Additionally, it targets industry partners for collaborative research and development, seeking to provide innovative solutions and highly skilled graduates. The broader research community and government funding bodies are also key targets for securing grants and advancing scientific knowledge.

2. Financial Overview

As a university faculty, the concept of direct "funding rounds" in the corporate sense is not applicable. Instead, the Faculty secures financial support predominantly through diverse avenues focused on research grants and external collaborations. Funding for research projects is actively pursued via European research grants, including innovation actions and doctoral training networks. Researchers are encouraged to apply for various schemes, such as the Irish Research Council and EU Marie Curie Fellowships.

The Department of Biological Sciences supports undergraduate students through summer research bursary programs (UPSTaRT and Summer Bursary Programmes), offering €250 per week for 10 weeks of research. Furthermore, the Executive Dean's research in biomedical engineering benefits from funding through the SFI-AMBER Research Centre, which includes collaboration with a multinational company. In a broader context, Ireland plans a substantial investment of at least €150 million in Budget 2024 to bolster STEM education within its universities, underscoring the national importance of the Faculty's domain.

3. Product Pipeline

The Faculty's "pipeline development" encompasses its ongoing research projects, the continuous enhancement of academic programs, and the cultivation of skilled researchers. A robust community of 400 PhD researchers is nurtured within the Faculty. Key research areas are distributed across its departments and schools:

Key Products/Services

• School of Engineering:

• Focus: Composite and Aerospace Materials, Manufacturing, Fluid Mechanics, Microfluidics, Energy and Thermofluids, Biomedical Materials and Devices, Environmental Engineering.

• Specific Projects: Development of innovative manufacturing techniques for composite materials, repair techniques for composite structures, and mechanical and numerical characterization of composites.

• School of Architecture and Product Design:

• Focus: Design for Health/Medical Device Design, Human Factors in Industry and Health, Design for Sustainability and Society, Design Practice and Education, Spatial and Urban Planning Research.

• Department of Mathematics and Statistics:

• Focus: Industrial Mathematics, Mathematical Modelling and Asymptotics, Fluid Mechanics, Inverse Problems and Imaging, Complex Networks and Stochastic Dynamics, Optimisation, Numerical Analysis for Partial Differential Equations (PDEs), Survival Analysis and Machine Learning, experimental design, biostatistics, applied statistical modelling, data visualisation, statistical data mining, spatial statistics and image analysis, Bayesian statistics, statistical modelling for industry.

• Department of Electronic and Computer Engineering (ECE):

• Focus: Electronic Circuits and Systems, Sensors and Instrumentation, Robotics and Control, Energy and Environment, Communications, Cyber Security, IT Forensics, Computer Systems and Software, Artificial Intelligence, Machine Learning, Internet of Things, NLP and Text Analytics, Optical Fibre Sensors, Machine Vision.

• Current Projects: Optical fibre sensors for environmental parameters (e.g., vehicle exhaust gas emissions) and food quality.

• Department of Computer Science and Information Systems (CSIS):

• Focus: Algorithms and High Assurance Software/Systems, Automating Software Generation, Autonomous Systems, Computer Graphics, Data Analytics.

• Research Areas: Automated cryptographic protocol verification, automated reasoning, and new network security architectures. It hosts the Irish Software Research Centre (Lero).

• Department of Biological Sciences:

• Focus: Molecular biology, environmental science, neuroscience, food and health, and biotherapeutics.

• Research Interests: Human health and physiology (cancer, immunology, pharmacology, gut microbiome, cardiovascular diseases), alongside environment and food science projects.

• Department of Chemical Sciences:

• Focus: Crystal Engineering, Protein Crystallisation, Environmental Science, Clean Tech, X-ray Structural Analysis, Biomass and Biofuels, Pharmaceutical and (Bio)Chemical Processing, (Bio)Catalysis, Nanomaterials.

• Department of Physics:

• Focus: Advanced Microscopy and Characterisation (including atomic scale Transmission Electron Microscopy and Spectroscopy), Atomic Scale Materials Design and Novel Biomaterials, Energy – Storage, Materials and Transport, Nanophotonics and Plasmonics, Complex Systems, Magnetism.

4. Technology & Innovation

The Faculty serves as a hub for innovation, housing several world-class research institutes and centers that drive technological advancement and impact across various sectors.

Technology Stack

• Core Platforms and Technologies:

• Bernal Institute: Specializes in advanced materials, manufacturing, process engineering, and fluid dynamics, incorporating a Modelling Simulation and Innovative Characterisation Group.

• Lero (the Irish Software Research Centre): An SFI Research Centre dedicated to the efficient and effective development of software systems.

• SSPC (Synthesis and Solid State Pharmaceutical Centre): A national research centre focused on pharmaceutical materials.

• DPTC (Dairy Processing Technology Centre): One of Ireland's national technology centers.

• PMTC (Pharmaceutical Manufacturing Technology Centre): Another national technology center.

• DMARC (Design and Material Handling Research Centre)

• ICOMP (Irish Composites Centre)

• Confirm

• Interaction Design Centre: Specializes in the collaborative economy and smart textiles.

• MACSI (Mathematics Applications Consortium for Science and Industry)

• Proprietary Developments & Technical Capabilities:

• Development and characterization of bioceramic-titanium coating methods for biomedical engineering applications.

• Advanced manufacturing techniques for titanium, specifically for orthopaedic implants.

• Optical fibre sensors capable of extensive environmental parameter measurement.

• Development of intelligent robotics and autonomous systems.

• Applications of Artificial Intelligence and Machine Learning across computing disciplines and pharmaceutical sciences.

• Specialized techniques in crystal engineering, protein crystallisation, and clean technologies.

The Faculty has a strong track record of combining research excellence with practical applications to meet industrial and societal needs.

5. Leadership & Management

The Faculty of Science and Engineering is led by a dedicated team comprising an Executive Dean, Assistant Deans, and various Heads of Schools and Departments.

Executive Team

• Professor Kenneth Stanton, Executive Dean, Faculty of Science and Engineering:

• Background: Appointed on August 2, 2023, for a five-year term. He joined UL from University College Dublin (UCD), where he was the Head of the UCD School of Mechanical and Materials Engineering. An alumnus of UL, he graduated with a BSc in Materials Science in 1995 and completed his PhD at UL.

• Notable Achievements/Contributions: His research is highly interdisciplinary, spanning biomedical engineering and space engineering, with recent work focusing on advanced manufacturing techniques using titanium for orthopaedic implants.

• LinkedIn: [https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/](https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/)

• Professor George Barreto, Assistant Dean Equality, Diversity, and Inclusion:

• LinkedIn: [https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/](https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/)

• Dr. Ronan Grimes, Assistant Dean Learning, Teaching and Assessment:

• LinkedIn: [https://www.linkedin.com/showcase/university-of-limerick-# Faculty of Science and Engineering at the University of Limerick (UL) - Comprehensive Analysis Report

Summary

The Faculty of Science and Engineering at the University of Limerick (UL) stands as the largest faculty within the university, a prominent national research and education community in science, technology, engineering, mathematics, and design. With over 585 staff and more than 4,238 students, it is recognized for its commitment to scholarship, innovative education, and integrated research. The Faculty's core vision is to be the leading national research and education community in its fields, fostering outstanding scientists, engineers, and designers who are equipped to reshape Ireland's sustainable future. Its mission emphasizes being a bold, distinctive, inclusive, and internationally recognized faculty, combining research excellence with practical applications to meet industrial and societal needs.

1. Strategic Focus & Objectives

Core Objectives

The Faculty's primary objective is to deliver a diverse range of undergraduate and postgraduate academic degree programs across Computing, Design, Engineering, Mathematics, and Science. A key aim is to cultivate graduates who will become global leaders for a sustainable future. The Faculty is dedicated to integrating research excellence with practical applications to address both industrial and broader societal requirements.

Specialization Areas

The Faculty boasts expertise in several key areas, including advanced manufacturing, material science, crystallisation and crystal engineering, modelling and fluid dynamics, software engineering, mathematics and statistics, and a variety of food and health-related technologies. These specializations are distinguished by strong links with industry and a focus on innovative education complemented by integrated research, all designed to empower, enlighten, and enrich individuals, communities, and society.

Target Markets

The primary target markets for the Faculty include prospective undergraduate and postgraduate students seeking high-quality academic programs in STEM and design disciplines. Additionally, it targets industry partners for collaborative research and development, seeking to provide innovative solutions and highly skilled graduates. The broader research community and government funding bodies are also key targets for securing grants and advancing scientific knowledge.

2. Financial Overview

As a university faculty, the concept of direct "funding rounds" in the corporate sense is not applicable. Instead, the Faculty secures financial support predominantly through diverse avenues focused on research grants and external collaborations. Funding for research projects is actively pursued via European research grants, including innovation actions and doctoral training networks. Researchers are encouraged to apply for various schemes, such as the Irish Research Council and EU Marie Curie Fellowships.

The Department of Biological Sciences supports undergraduate students through summer research bursary programs (UPSTaRT and Summer Bursary Programmes), offering €250 per week for 10 weeks of research. Furthermore, the Executive Dean's research in biomedical engineering benefits from funding through the SFI-AMBER Research Centre, which includes collaboration with a multinational company. In a broader context, Ireland plans a substantial investment of at least €150 million in Budget 2024 to bolster STEM education within its universities, underscoring the national importance of the Faculty's domain.

3. Product Pipeline

The Faculty's "pipeline development" encompasses its ongoing research projects, the continuous enhancement of academic programs, and the cultivation of skilled researchers. A robust community of 400 PhD researchers is nurtured within the Faculty. Key research areas are distributed across its departments and schools:

Key Products/Services

• School of Engineering:

• Focus: Composite and Aerospace Materials, Manufacturing, Fluid Mechanics, Microfluidics, Energy and Thermofluids, Biomedical Materials and Devices, Environmental Engineering.

• Specific Projects: Development of innovative manufacturing techniques for composite materials, repair techniques for composite structures, and mechanical and numerical characterization of composites.

• School of Architecture and Product Design:

• Focus: Design for Health/Medical Device Design, Human Factors in Industry and Health, Design for Sustainability and Society, Design Practice and Education, Spatial and Urban Planning Research.

• Department of Mathematics and Statistics:

• Focus: Industrial Mathematics, Mathematical Modelling and Asymptotics, Fluid Mechanics, Inverse Problems and Imaging, Complex Networks and Stochastic Dynamics, Optimisation, Numerical Analysis for Partial Differential Equations (PDEs), Survival Analysis and Machine Learning, experimental design, biostatistics, applied statistical modelling, data visualisation, statistical data mining, spatial statistics and image analysis, Bayesian statistics, statistical modelling for industry.

• Department of Electronic and Computer Engineering (ECE):

• Focus: Electronic Circuits and Systems, Sensors and Instrumentation, Robotics and Control, Energy and Environment, Communications, Cyber Security, IT Forensics, Computer Systems and Software, Artificial Intelligence, Machine Learning, Internet of Things, NLP and Text Analytics, Optical Fibre Sensors, Machine Vision.

• Current Projects: Optical fibre sensors for environmental parameters (e.g., vehicle exhaust gas emissions) and food quality.

• Department of Computer Science and Information Systems (CSIS):

• Focus: Algorithms and High Assurance Software/Systems, Automating Software Generation, Autonomous Systems, Computer Graphics, Data Analytics.

• Research Areas: Automated cryptographic protocol verification, automated reasoning, and new network security architectures. It hosts the Irish Software Research Centre (Lero).

• Department of Biological Sciences:

• Focus: Molecular biology, environmental science, neuroscience, food and health, and biotherapeutics.

• Research Interests: Human health and physiology (cancer, immunology, pharmacology, gut microbiome, cardiovascular diseases), alongside environment and food science projects.

• Department of Chemical Sciences:

• Focus: Crystal Engineering, Protein Crystallisation, Environmental Science, Clean Tech, X-ray Structural Analysis, Biomass and Biofuels, Pharmaceutical and (Bio)Chemical Processing, (Bio)Catalysis, Nanomaterials.

• Department of Physics:

• Focus: Advanced Microscopy and Characterisation (including atomic scale Transmission Electron Microscopy and Spectroscopy), Atomic Scale Materials Design and Novel Biomaterials, Energy – Storage, Materials and Transport, Nanophotonics and Plasmonics, Complex Systems, Magnetism.

4. Technology & Innovation

The Faculty serves as a hub for innovation, housing several world-class research institutes and centers that drive technological advancement and impact across various sectors.

Technology Stack

• Core Platforms and Technologies:

• Bernal Institute: Specializes in advanced materials, manufacturing, process engineering, and fluid dynamics, incorporating a Modelling Simulation and Innovative Characterisation Group.

• Lero (the Irish Software Research Centre): An SFI Research Centre dedicated to the efficient and effective development of software systems.

• SSPC (Synthesis and Solid State Pharmaceutical Centre): A national research centre focused on pharmaceutical materials.

• DPTC (Dairy Processing Technology Centre): One of Ireland's national technology centers.

• PMTC (Pharmaceutical Manufacturing Technology Centre): Another national technology center.

• DMARC (Design and Material Handling Research Centre)

• ICOMP (Irish Composites Centre)

• Confirm

• Interaction Design Centre: Specializes in the collaborative economy and smart textiles.

• MACSI (Mathematics Applications Consortium for Science and Industry)

• Proprietary Developments & Technical Capabilities:

• Development and characterization of bioceramic-titanium coating methods for biomedical engineering applications.

• Advanced manufacturing techniques for titanium, specifically for orthopaedic implants.

• Optical fibre sensors capable of extensive environmental parameter measurement.

• Development of intelligent robotics and autonomous systems.

• Applications of Artificial Intelligence and Machine Learning across computing disciplines and pharmaceutical sciences.

• Specialized techniques in crystal engineering, protein crystallisation, and clean technologies.

The Faculty has a strong track record of combining research excellence with practical applications to meet industrial and societal needs.

5. Leadership & Management

The Faculty of Science and Engineering is led by a dedicated team comprising an Executive Dean, Assistant Deans, and various Heads of Schools and Departments.

Executive Team

• Professor Kenneth Stanton, Executive Dean, Faculty of Science and Engineering:

• Background: Appointed on August 2, 2023, for a five-year term. He joined UL from University College Dublin (UCD), where he was the Head of the UCD School of Mechanical and Materials Engineering. An alumnus of UL, he graduated with a BSc in Materials Science in 1995 and completed his PhD at UL.

• Notable Achievements/Contributions: His research is highly interdisciplinary, spanning biomedical engineering and space engineering, with recent work focusing on advanced manufacturing techniques using titanium for orthopaedic implants.

• LinkedIn: [https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/](https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/)

• Professor George Barreto, Assistant Dean Equality, Diversity, and Inclusion:

• LinkedIn: [https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/](https://www.linkedin.com/showcase/university-of-limerick-faculty-of-science-and-engineering/)

• Dr. Ronan Grimes, Assistant Dean Learning, Teaching and Assessment:

• LinkedIn: [https://www.linkedin.com/showcase/university-of-limerick-