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We have 58 Computer Science PhD Projects, Programmes & Scholarships for Self-funded Students in Birmingham
Computer Science PhD Projects, Programmes & Scholarships for Self-funded Students in Birmingham
We have 58 Computer Science PhD Projects, Programmes & Scholarships for Self-funded Students in Birmingham
Neural Networks and Bayesian Methods in Computational Neuroscience
This PhD will use deep learning methods in computational neuroscience, with a particular focus on modelling and analysis in neuroimaging. Read more
Unraveling Brain Complexity with fNIRS and Modelling Approaches
Brain function arises from a highly complex network of interconnected processes that we still don’t fully understand. Read more
Trustworthy AI: Integrity, Adaptability, and Timeliness for Collaborative and Dynamic Environments
In an increasingly interconnected world, AI systems are now at the forefront of critical applications, from healthcare to global communication networks. Read more
PhD in Rami Bahsoon's Autonomous, Intelligent and Distributed Software Engineering Lab
About. Rami Bahsoon's Autonomous, Intelligent and Distributed Software Engineering Lab at University of Birmingham, U. of Birmingham, UK is looking for highly-motivated PhD applicants. Read more
Automation of fNIRS research by ontological analysis
Efforts have been made to create guidelines [1] and standards [2] to improve the quality of the fNIRS experimentation and of the fNIRS research in general. Read more
Intelligent Software Engineering in the era of Large Language Model
Given the tremendous development of AI in recent years, innovations like the Large Language Model (LLM), e.g., ChartGPT, have significantly impacted our daily lives. Read more
Self-evolving AI (LLM) Software Systems
Software systems are eating the world but Artificial intelligence (AI) is eating the software systems. When we are using AI or Large Language Model (LLM), we rarely use the model/algorithm directly. Read more
Causal Models for Brain Connectivity Analysis in fNIRS
Fully Funded PhD Opportunity for UK Students. Causal Models for Brain Connectivity Analysis in fNIRS. School of Computer Science, University of Birmingham. Read more
fNIRS neuroimaging data analysis of surgical neuroergonomics
Evaluating surgical expertise and fitness is of critical importance for patient safety. Surgical neuroergonomics intends to decode how surgeons acquire, enhance and maintain their surgical skills going beyond mere behavioural measurements and taking into consideration the neurological underpinnings of the process of learning. Read more
Understanding eye-hand coordination in object interception - a computational modelling approach
This PhD project with Dr Yeo will focus on understanding how we perform interception. Interceptive movements--such as catching a gently thrown ball, quickly grabbing a tilting cup to avoid spilling or even just handshaking someone--feel like trivial everyday tasks for us that seemingly look too simple to study. Read more
Manifold based modelling of fNIRS neuroimages
In order to answer the myriad of specific research questions related to the brain as observed with fNIRS, current fNIRS analysis is based on ad-hoc models, whether from statistics e.g. Read more
Understanding the Human Spatial Navigation in Complex Urban Environment
This research project is centred on the study of human navigation in urban environments, leveraging the latest advancements in VR, robotics, computer vision, and AI technologies. Read more
Exploring the Challenges, Successes, and Ethical Implications of Artificial Intelligence (AI) in Combating Fraud in the UK's Financial Sector
Department. College of Business and Social Sciences. Contract Type. Fixed Term. Basis. Full Time. Closing Date. Thursday 24th April 2025 23.59 (UK time). Read more
Combining AI and Physics-Based Simulations to Model Complex Real-World Systems
Machine Learning (ML) and physics-based simulations are two of the most promising approaches for understanding and predicting complex systems. Read more
Decarbonising heating and cooling for achieving net-zero goals
Decarbonising heating and cooling in buildings requires a whole energy system approach that integrates the development and deployment of low-carbon technologies, such as heat pumps, along with improvements in energy efficiency. Read more