PhDs

dr. Mustapha Al Sakka: Design and Control of Fault-Tolerant Multiport Drives for Multi-Motor Systems

In recent times, full vehicle electrification and autonomous driving have become top trends in the automotive industry as a way of facing the tightening requirements of low transport emissions and the growing demand for automation, autonomous driving, and high performance.

DR. Michael Samsu Koroma: Improving the environmental performance of passenger electric cars: A life cycle system approach

Environmental pressures like global warming, air pollution, resource depletion, and biodiversity loss pose significant threats to human well-being. Human activities contribute heavily to these issues, necessitating urgent reductions in greenhouse gas (GHG) emissions across all sectors.

DR. Alex Felice: A TECHNICAL, ECONOMIC AND ENVIRONMENTAL OPTIMISATION MODEL FOR THE ENERGY SYSTEMS OF THE FUTURE

Facing the transition of the current fossil-based energy system towards a more sustainable one, new challenges and opportunities arise.

DR. JingJUN Li: Reducing Urban Private Vehicle Dependency With Shared Autonomous Vehicles

Conventional Private vehicles (CPVs) give rise to many problems and challenges in urban mobility networks, such as air pollution, traffic congestion, traffic accidents and parking shortages.

DR. MOHAMED MAHEDI HASAN: CO-DESIGN OPTIMIZATION, ECO-FEATURES, AND DEVELOPMENT OF DIGITAL TWIN WITH INTERNET OF THINGS FOR FLEETS OF ELECTRIC BUSES IN CITIES

In the transportation industry, the trend is towards electric vehicles. It is facilitated by intensive government subsidies and other incentives. The aim is to reduce the dependence on fossil fuel-based transportation.