Assistant Professor of Mathematics with a decade of university teaching and research experience, dedicated to applying mathematical modelling and optimisation to real-world supply chain and sustainability challenges.
“Mathematics is the language through which complex real-world problems become solvable.”
A competent Mathematics professional with 10 years of expertise in university teaching and 5 years of research experience, currently serving as an Assistant Professor of Mathematics at Bahrain Polytechnic, Bahrain.
Her research is rooted in mathematical modelling, inventory management and cross-docking optimisation, with publications in Q1 and Q3 SJR journals and Scopus-indexed journals.
Bridging operations research, optimisation and data-driven modelling to solve contemporary industrial and societal problems.
Linear programming and deterministic models that optimise resources, scheduling and decision-making under constraints.
Modelling the flow of goods through cross-docks to minimise waiting time, handling cost and inventory.
Mathematical estimation of optimal inventory levels, pallet distribution and storage strategies.
Carbon-aware reverse cross-docking and green policies that reduce emissions in supply chains.
Quantitative modelling with SPSS — correlation, regression and hypothesis testing on real-world datasets.
Deep-learning transformer models for continual learning in natural language processing tasks.
A selection of peer-reviewed journal articles across mathematical modelling and optimisation.
Interested in supervision, collaboration or an academic consultation? Get in touch to discuss how data-driven mathematics can support your goals.