Projects

Project portfolio

My project work connects control theory with renewable generation, hydrogen production, industrial processes, and experimental energy systems. The portfolio spans autonomous renewable-hydrogen microgrids for Arctic communities, industrial hydrogen combustion, wind-powered electrolysis, hybrid domestic energy, and distributed agricultural cyber-physical systems. Select a project below for its complete scope, objective, contribution, record, and supporting evidence.

Khalifa University Polar Research Center field instrument deployed on Antarctic sea ice

Autonomous renewable-hydrogen microgrids for Arctic communities

A newly funded Emirates Polar Program project developing autonomous, low-carbon energy systems for remote Arctic communities and polar research infrastructure.

H2GLASS concept graphic connecting green hydrogen production, furnace development, sensors, digital twins, and six industrial demonstrators

H₂GLASS

Hydrogen technologies, industrial decarbonisation, and smart production for the glass and aluminium sectors.

Wind turbines across the rocky plateau at Raggovidda wind farm in northern Norway

HAEOLUS

Dynamic modelling and control strategies for wind-powered hydrogen production, storage, mini-grid operation, and fuel production.

NanoCog

A regional Italian research programme connecting advanced control with hybrid domestic energy systems.

Falk fixed-wing unmanned aircraft flying over agricultural land

AFarCloud

A European collaborative programme bringing cloud-enabled systems into connected agricultural environments.

V2G project

From January to March 2022, I served as a visiting researcher on a vehicle-to-grid project at Chalmers University of Technology in Sweden.

IoT for automation of a lab-scale benchmark process

In 2016, I served as principal investigator for an ITIDA ITAC-funded student project in Egypt on Internet of Things automation for a lab-scale benchmark process, supported by an LE 10,000 grant.