I have worked as an academic, researcher and practitioner on instrumental monitoring, dynamic simulation and environmental design of buildings over a career spanning three decades.
My work includes the creation of a learning simulation model for buildings, a patent for an expandable and contractible building, research into nature's zero carbon designs and research into zero carbon retrofit of buildings.
My book 'Designing Zero Carbon Buildings Using Dynamic Simulation Methods' has been adopted as core text at several UK, US and European universities and has been used as a handbook by major international consultancies, such as Arup.
Part of my research was based on the work done to evaluate the Birmingham Zero Carbon House, a ground-breaking carbon-neutral building based on a 170-year-old redbrick Victorian house.
This research showed how best to convert existing buildings into zero carbon homes of the future, and how home owners could eliminate energy bills and fuel poverty, and potentially achieve a significant return on investment.
I have established an international conference series on Zero Carbon Buildings Today and in the Future, in order to provide a forum for exchange of knowledge, and for establishing collaboration networks and partnerships in this field. In the absence of a global plan about how to make the planet net zero emissions, this conference series address the 'how' question and makes a small but important step towards a global change in the right direction.
I hold a BSc from the University of Belgrade and a PhD from the University of Birmingham, both in Mechanical Engineering. I am a Chartered Engineer, a Member of CIBSE, a Member of ASHRAE, and a Fellow of the Institution of Analysts and Programmers.