DCU-Final-Year-Projects-Booklet-2025

34 6. Assessing the Feasibility of District Heating in Ireland: AModeling Approach and Case Study in North Dublin This project examines district heating (DH) in Ireland, focusing on modeling approaches and feasibility analysis. The research includes a literature review on DH operations, followed by a categorisation of DH simulation tools based on methodology and input data. These insights are then applied to a feasibility study for a DH project in North Dublin. With a strong understanding of the Irish DH landscape, the study explores how international modelling tools can be adapted to the Irish context. Student Programme Mechanical and Sustainability Engineering (Year 5) Project Area FluidMechanics, GPS/GIS, Renewable Energy Technology, Simulation Project Technology Excel/VB Student Name(s) Síobhra Doyle Email siobhra.doyle86@mail.dcu.ie Supervisor Dr Lorna Fitzsimons 7. Design of a Bioengineered Bladder Patch This project focuses on creating a dual-layered collagen-based patch designed to replicate the human bladder’s structure, offering necessary mechanical properties, permeability, and porosity for bladder reconstruction. The first layer is a freeze-dried collagen scaffold, enhancing porosity to support cell adhesion and proliferation. The second layer, an air-dried collagen scaffold, provides structural support and prevents urine leakage. This innovative approach aims to overcome the clinical challenges of current bladder reconstructive surgeries, which use gastrointestinal tissue, leading to complications due to urine exposure to the intestinal epithelial lining. Student Programme Biomedical Engineering (Year 4) Project Area Biomedical Engineering, Tissue Engineering, Materials Testing Project Technology Bioprocessing Student Name(s) Elina Brune Email elina.brunemaksimova2@mail.dcu.ie Supervisor Dr Tanya Levingstone 8. Coordinator Scheduler App This project develops a software solution designed to streamline and optimise break scheduling processes across various industries (main contribution towards DAA). By replacing traditional paper-based systems, the project aims to enhance efficiency, reduce scheduling conflicts, andminimise operational disruptions. The software is developed based on feedback from coordinators, supervisors, andmanagers, ensuring it addresses real-world scheduling challenges. Features include dynamic scheduling, real-time updates, and data-driven decision-making tools. The project demonstrates how technology can improve workplace productivity and adaptability in demanding environments. Student Programme Computer Science Project Area Data Analytics, Software Development, Statistical Analysis, Web Application Project Technology CSS, HTML5, JavaScript, MongoDB, React.js Student Name(s) Lucas Harper Email lucas.harper2@mail.dcu.ie Supervisor Prof BoualemBenatallah