Sukumar Natarajan
The goal of the CREEDA manual is to immerse you in the process of designing buildings that are resilient to a changing climate whilst also being highly energy efficient. The approach we take in the manual is one of “learning by doing”. That is, rather than teaching you concepts or calculations, we show you how to reason out a strategy for the design of your building at a very early stage in the design process – maybe before you even have drawings. Thus, we wish you to learn how to PLAY with these types of tools through a process of self-education. The manual contains a series of case study buildings, all based on real buildings at different stages of construction. We show you how to transform data for such buildings into a free-to-use tool called ZEBRA, use current and future weather data for any part of India at a 25 km spatial resolution and leverage existing knowledge and practices within India to achieve our goal of a truly low-energy climate resilient building. We take each case study building through carefully selected changes to expose the ramifications of designing them differently – in effect showing you how to PLAY with your own designs.
Prof. Dr. Marcel Schweiker Dr. Hannah Pallubinsky
The increasing frequency of extreme heat events we have witnessed and endured across the globe over the past years highlights the seriousness of the situation we find ourselves in. Available data and projections indicate that the average global temperature is rising sharply, further increasing the risk for more extreme weather events, which pose a considerable risk to human health and well-being. It is becoming very clear that climate change will affect each and every one of us in the future, and we must prepare for the consequences in our daily lives. In this workshop, an overview of the 'status quo' and a look into the future regarding climate change and temperatures in homes and workplaces will be provided and discussed. We aim to draw attention to alternative avenues of coping with climate challenges, both with respect to modification of the built environment and human active and passive reasons. It will then be debated, actively involving the audience, if allowing more thermal variation indoors seasonally and daily, though it may seem counterintuitive, can aid in enhancing the resilience and health of human occupants, while also saving precious resources, decreasing the negative impact of building CO2-footprints.
Dr. Pamela Fennell, Dr. Paul Ruyssevelt
This workshop is intended to engage policy-makers and property developers, encourage active participation, and facilitate the translation of research findings into actionable outcomes. It will include a mix of presentations, panel discussions, group activities, and opportunities for networking and collaboration. The ultimate goal is to develop a list of changes to design, policy, and engagement practices that can improve energy efficiency and thermal comfort and garner commitment from participants to implement these changes.
Dr. Pamela Fennell and Dr. Paul Ruyssevelt
Large-scale models of building energy consumption are well-established tools in the global North, whereas their use in the global South is less common. This workshop aims to explore the challenges and opportunities for the application of Urban Building Energy Models in cities in the global South through case studies using real-world data. The workshop will include presentations on Footprint extraction, Tax Data, Using Vignettes to Model Occupant Behavior, and Exploring Thermal Comfort in UBEM. This workshop targets Building Performance Simulation (BPS) practitioners, researchers, and local government representatives.