Sanjit Kumar Raj Kumar
PhD Candidates
Sanjit is a Master of Computer Science student at the University of Melbourne. His project is regarding finding minimal test sets to accurately evaluate algorithms. He is supervised by Mario Andrés Munoz Acosta.
Jinxi Wang
PhD Candidates
Jinxi Wang is a PhD candidate at the University of Melbourne supervised by Prof. Uwe Aickelin and Dr. Ling Luo. His research focuses on time series segmentation and temporal dependency modelling. His current work explores the application of Patient-Ventilator Asynchrony (PVA) detection, aiming to enhance the accuracy and robustness of identifying asynchrony events in mechanical ventilation.
David Adams
PhD Candidates
David Ceddia
PhD Candidates
David Ceddia is a PhD student in the School of Mathematics and Statistics at The University of Melbourne. He has a Bachelor of Aerospace Engineering (Hons) and Science (Hons) and a Master of Philosophy in Physics from Monash University. In his PhD, he is working on athletic performance modelling and optimisation. His supervisors are OPTIMA Chief Investigators, Prof. Howard Bondell and Prof. Peter Taylor.
Hamrah Kor
PhD Candidates
Hamrah Kor is a PhD candidate in the School of Mathematics and Statistics at The University of Melbourne under the supervision of Dr Joyce Zhang and Dr Mark Fackrell.
His research interests include applications of Operations Research, Optimisation Methods, Machine Learning, and Deep Learning in Transportation Systems, Supply Chain Management, and Socio-Economic Systems. Currently, he is working on optimising Loading Zone Usage systems as a PhD project.
Yasir Kidwai
PhD Candidates
Yasir Kidwai is a PhD candidate in the Department of Data Science and AI at Monash University under the supervision of Dr. John Betts, Prof. Peter Stuckey, Dr. Campbell Wilson and Dr. Janis Dalins.
Yasir’s research is focussed on Detecting Threats in Temporal Networks. Crime in the modern world is characterised by large networks of criminals operating across national borders and transacting via multiple communication channels. His research aims to better understand how and when changes in patterns of communication within the network can be indicative of threats to life or imminent major criminal operation.
Mitra Heidari
PhD Candidates
Mitra Heidari is a PhD student in the School of Computing and Information Systems at the University of Melbourne, under the supervision of Prof. Uwe Aickelin, Dr ling luo and Dr Mohammad Golzarijalal. Mitra hold’s a Bachelor’s and a Master’s degree in Industrial Engineering, with their Master’s thesis focused on linear multi-objective optimization. Mitra’s current research focuses on multi-fidelity blackbox optimization using machine learning algorithms.
Hatice Ay
PhD Candidates
Hatice is a PhD student in Mathematical Sciences at RMIT University. Her project title is “Multi-Skill Resource Constrained Multi-Project Scheduling and Routing Problem: A General Model for Sold Products”.
Hatice’s research focuses on routing and scheduling optimisation. The purpose of her study is to develop a practical model for real-life project management problems, specifically involving maintenance and warranty-related tasks for sold products. She aims is to enhance resource utilisation efficiency by extending the Multi-Skill Resource Constrained Multi-Projects Scheduling (MS-RCMPS) NP-hard problem to consider both routing and scheduling simultaneously, thereby contributing to the field of project management.
She is supervised by Assoc. Professor Melih Ozlen and Dr. Sona Taheri
Haohan Xu
PhD Candidates
Haohan Xu’s project focuses on modelling pricing schemes in Vehicle-to-Grid (V2G) systems to influence sustainable consumer charging and discharging behaviour. He is supervised by OPTIMA CI Dr. Joyce Zhang at the University of Melbourne.
Vishmi Fernando
PhD Candidates
Vishmi is a PhD student in Mathematical Sciences at RMIT University. Her research interests lie in Optimisation and Operations Research, focusing on vehicle routing problems. Currently, she is working on a nurse routing and scheduling problem for chemotherapy and other infusion treatments occurring periodically to be delivered at home. In this work, she explores how the problem can be formulated as a Mixed Integer Linear Program and develops solution algorithms to solve it in a timely manner. She is supervised by Assoc. Professor Melih Ozlen and Dr. Sona Taheri.









