DCU-Final-Year-Projects-Booklet-2025

30 NO. PROJECT TITLE PROJECTAREA PROJECT TECHNOLOGY 96 Development of a Simulation Based Statistical Analysis Framework for Predicting Energy Consumption in Buildings 3-DModelling, Simulation, Statistical Analysis Excel/VB, DesignBuilder 98 Analysis of Microplastic Removal via Bubbly Flow 3-DModelling, Computer Vision, Data Analytics, Image/ Video Processing, Software Development, Water Treatment Excel/VB, Python, Solidworks 103 Experimental and Finite Element Analysis of Novel Fracture Fixation Implants 3-DModelling, Advanced Material Engineering, Biomedical Engineering, Device Design, Finite Element Analysis, Mechanical Design and Manufacture ANSYSWorkbench, Solidworks 115 Infrared Thermal Emissivity Analysis of Nickel-Titanium Alloys AdvancedMaterial Engineering, Sensor Data, Materials Testing LabVIEW 121 Life Cycle Carbon Footprint of Energy Retrofit Actions for Residential Buildings in Ireland Data Analytics, Energy Conservation, Statistical Analysis, Life Cycle Assessment Excel/VB, DesignBuilder, OneClickLCA, EnergyPlus 122 Finite Element Analysis of O-ring In-Service Performance Finite Element Analysis, Simulation ANSYSWorkbench 148 Mixing of LAMP reagents for screening applications on Lab-on-a-Disc Arduino, Automation, Biomedical Engineering C/C++, LabVIEW 176 Non-Circular Gear Transmission Analysis Mechanical Systems, Gear Design C/C++, Excel/VB, Matlab 185 Drilling Non-Cylindrical Holes AdvancedMaterial Engineering, Mechanical Design and Manufacture ANSYSWorkbench, Solidworks 190 Comparing the Accuracy and Repeatability of Different Methods of Composition Measurements of NiTi – EDX & and OES AdditiveManufacturing, AdvancedMaterial Engineering, Automotive Technology, Biomedical Engineering, Mechanical Design and Manufacture, Materials Testing, Rocketry Excel/VB, R, Optical Emission Spectrometer & Energy-dispersive X-ray Spectroscopy & Laser Powder Bed Fusion 195 Energy Optimisation in District Heating: A Case Study on Thermal Energy Storage and Solar PV Integration on a Higher Education Campus Energy Conservation, Renewable Energy Technology, Software Development Python 196 Developing an AI-Driven Buildings Energy Consumption PredictionModel Using Machine Learning (ML) Techniques for Co-Simulation Artificial Intelligence, Data Analytics, Energy Conservation, Renewable Energy Technology, Simulation, Software Development, Statistical Analysis Excel/VB, Python, Machine Learning