A diverse tunnel systems engineer with a background in research and technical engineering design of large infrastructure projects. Current role is tunnel ventilation design, modelling, and engineering. Emerging side interests and specialisations are in transportation equity and mixed-methods approach. Vast experience in agent-based modelling development of in-house tools for varying applications.
Tunnel Systems Engineer for Road and Rail applications, Transport Automation and AI Integration Engineer, and Ground and Underground Engineering Sustainability Champion.
Developed an agent-based model of shared autonomous vehicles (Imperial news) (project data page). Regular Tutor for UG3 Transport Systems and UG1 Surveying and Seminar Leader for Python. Supervisor for MEng and MSc students, with three students with successful conference papers. Achievements at Intelligent Infrastructure and Transport Systems Laboratory (IITS Lab) include successful proposal for membership with International GNSS Service (IGS) for a new continuously operating station at Imperial College London (LICC00GBR), co-development of small-scale autonomous vehicles testing lab, and support for varying lab tasks.
Senior Tunnel Mechanical, Electrical, Public Health (MEP) and Ventilation Engineer incl. leading tunnel ventilation designs, 1D/3D Computational Fluid Dynamics (CFD), analysis of air movement and fire development in tunnel networks, electrical wiring design, tunnel MEP design, train station mechanical design, light rail lighting design, carbon emissions analysis of rail projects.
Developed an agent-based model of financial transactions of various markets to detect fraud
Roles as Tunnel MEP and Ventilation Engineer and Intelligent Transport Systems Engineer include tunnel MEP design, interface coordination on site, project cost monitoring, 1D/3D CFD analysis, electrical wiring design for tunnel and street lighting, Smart Motorway algorithm development, traffic congestion analysis on major highways in Highways England Area 10 (Northwest England)
Roles include 1D energy analysis of powertrains with carbon-based fuel-powered engines for forward and backward driving simulations to calculate realistic performance of vehicle designs
Transportation Research Record Journal of the Transportation Research Board
Transportation Research Board (TRB) 101st Annual Meeting, Washington DC, USA
Transportation Research Board (TRB) 101st Annual Meeting, Washington DC, USA
Transportation Research Record Journal of the Transportation Research Board
The Fire and Evacuation Modeling Technical Conference (FEMTC), Online
Oasys MassMotion, FDS, ANSYS CFX, IDA Tunnel
Python, C#, MATLAB and Simulink, Java, LaTeX