Work

Projects

Lab research, engineering models, software and device work, from my BSc to today. Each project has its own page with what I did and what I found.

Lab & biomaterialsP-01

Zirconium nanosheets for bone repair

A four-month bench study asking whether a zirconium nanomaterial is safe for bone cells, and whether it helps them build bone.

MSc dissertation, University of Sheffield · 2025
Lab & biomaterialsP-02

An electrochemical biosensor for COVID-19

Fifteen months in a research team developing a sensor that detects COVID-19 by measuring electrical signals, alongside broad day-to-day lab work.

Research Assistant, Motamed Cancer Research Institute · 2021–2022
Lab & biomaterialsP-03

Drug response in glioblastoma cells

Testing how brain tumour cells respond to a drug at different doses, and writing a Python tool to count and size cells from microscope images.

MSc project, University of Sheffield · 2024–2025
Lab & biomaterialsP-04

Macrophage polarisation in atherosclerosis

Studying how macrophages, immune cells involved in artery plaque, change state, by measuring which genes they switch on.

MSc project, University of Sheffield · 2024–2025
Engineering & modellingP-05

Finite element analysis of spinal fixation

Modelling vertebrae in Abaqus to see whether adding screws and rods reduces the mechanical load on the joints between them.

MSc, University of Sheffield · 2025
Engineering & modellingP-06

Blood flow in an aneurysm, in virtual reality

Simulating blood flow in an aneurysm before and after a stent is placed, then turning the results into a VR scene that clinicians and patients can both understand.

MSc, University of Sheffield · 2025
Engineering & modellingP-07

Medical device design in SolidWorks

Designing medical device components and mechanisms in SolidWorks during my BSc.

BSc, Amirkabir University of Technology · 2018–2023
Data, code & AIP-08

X-ray filter toolkit

Sharpening a blurred foot X-ray with three classic filters, and comparing them with numbers as well as by eye.

Self-directed, built from MSc coursework · 2026
Data, code & AIP-09

AI analysis of catheter adverse event reports

Using a large language model to read 300 FDA adverse event reports for long-term central venous catheters, and testing how far its answers can be trusted.

Self-directed · 2026
Data, code & AIP-10

Signal detection agent with a SQL database

Extending the catheter analysis into an agent that codes reports, checks its own answers, stores everything in a database and runs SQL checks for emerging problems.

Self-directed · 2026
Medical devicesP-11

Fixing a rejected design dossier

Revising the design file for a long-term implantable central venous catheter after it had been rejected at review.

MSc, University of Sheffield · 2025
Medical devicesP-12

Bringing an AI recovery app to two markets

Planning how an AI-assisted app that guides patients after surgery could reach the market in the UK and the US.

MSc, University of Sheffield · 2025