Computational Methods, Numerical Modelling, Civil Engineering, Fluid Mechanics, and Hydraulics Tutor, PhD from University of Manchester, Assistant Professor

I am an Assistant Professor in Civil Engineering with a PhD from The University of Manchester and 14 high rank and peer-reviewed journal publications. I specialise in numerical simulation, computational hydraulics, optimisation, and data-driven modelling, and I teach at BSc, MSc, and PhD level.

I offer targeted online tutoring for university students in:

Computational Methods / Numerical Methods, finite element and finite difference methods, stability, convergence, implementation, and coursework support

Engineering Mathematics and applied mathematical modelling

Programming for engineers, Python, MATLAB, and C#

Computational hydraulics, simulation, and CFD-related modelling

Optimisation, sensitivity analysis, and data analysis

Modelling and simulation for engineering projects

My teaching approach is practical and assessment-focused. I first identify your exact knowledge gaps, then build a short targeted plan around your syllabus, coursework, and exam style. Sessions combine theory with implementation, so you can understand the lecture material and actually solve problems. I can help with problem sets, coursework, exam preparation, debugging code, and interpreting results.

I have been a module leader for Numerical Methods (BSc), Engineering Mathematics (MSc), Advanced Computational Hydraulics (PhD), and several other engineering modules. I also have remote teaching experience via Zoom, Microsoft Teams, and Blackboard.

For Computational Applied Biomathematics: I have strong computational and mathematical modelling expertise, but I am not a specialist in every biological application. I am happy to review your syllabus and past questions first and confirm honestly which parts I can support well. I will not overpromise.

Message me with your module syllabus/topics, example questions, deadlines, and time zone/availability. I will reply with a short plan and suggest a brief intro call.