BPI - TU Wien

Research Unit of
Building Physics and Building Ecology

We are dedicated to developing new and transformative solutions for buildings and cities, with the overarching goal of reducing CO₂ emissions, while guaranteeing sustainable and comfortable living spaces throughout their entire lifecycle. We have a strong expertise in buildings, their components, and systems, as well as their integration into neighborhoods and focus on understanding and using the underlying physical principles to develop solutions.

Our three key focus areas are:

Innovative Building Components and Technologies: we aim to create new building components and technologies that not only enhance the performance and efficiency of buildings but also significantly reduce their carbon footprint.
Numerical Models and Analysis Techniques: We develop numerical models and analysis techniques to optimize the integration, design, and operation of net-zero buildings and cities. Through simulations and data-driven insights, we aim to provide a foundation for decision-making to make informed choices that align with the principles of sustainability and carbon neutrality.
Monitoring and Demonstration:Through real-world monitoring and practical demonstrations, we seek to validate the feasibility and effectiveness of solutions and optimize their performance.

In alignment with our mission, we are committed to contributing to the United Nations' Sustainable Development Goals, particularly Goals 7 (Affordable and Clean Energy), 11 (Sustainable Cities and Communities), and 13 (Climate Action). By addressing these goals, we aspire in fostering a more sustainable and resilient future and pave the way towards a net-zero carbon future for buildings and cities.

Research

Ongoing Projects

ErKa

slide / Movista

Clima Dachstein Giant Ice Cave

We contribute to

SWEET SWICE

.

Cooling Singapore 2.0

at the Singapore ETH centre

Teaching

We aim to contribute with our teaching to equip architects and engineers with a profound understanding of building physics, building technologies and systems. Our courses not only provide theoretical knowledge but also equip students with the necessary tools and demonstrate practical applications and case studies, allowing students to grasp the real-world implications of sustainable building solutions. By fostering expertise in these critical areas, we aim for the next generation of architects and engineers to lead the way in creating environmentally conscious, energy-efficient buildings and cities that contribute positively to our global future.

winter term - Bachelor Architecture

LVA	Title	Type
259.599	Building Technology	VO	3
253.062	Building Technology	UE	1.5
259.659	Building Physics	UE	1.5

summer term - Bachelor Architecture

LVA	Title	Type
259.606	Building Physics and Human Ecology	VO	3.0
259.659	Building Physics	UE	1.5
253.062	Building Technology	UE	1.5

winter term - Master Architecture

LVA	Title	Type	Hours
259.446	Science and the quest for knowledge	SE	1.0
259.646	Recent Research in the field of Ecology	VO	2.0
259.012	Current Topics	SE	2.0

summer term - Master Architecture

LVA	Title	Type
259.324	Modul Building Ecology	VU	10.0
259.345	Barrierfree Buildings	VU	1.0
259.346	Barrierfree Buildings	UE	1.0
259.344	Design for All	UE	1.0
259.347	Protective Ecology	VO	1
259.348	Fire safety	VU	0.75

winter term - Master Building Science and Environment

LVA	Title	Type
259.455	Elements of Building Construction	VU	2.5
259.019	Fundamentals of Building Physics and Performance Assessment	VU	4.0
259.011	Fundamentals of Scientific Research	VO	1.0
259.014	Instruments and Scientific Writing	VU	3.0

summer term - Master Building Science and Environment

LVA	Title	Type
259.038	Sustainability and more: Introduction to concepts, aspects, and current challenges in the sustainability discourse	VO	2.0
259.041	Approaches to Sustainability: Applied Methods	VU	2.5
259.063	Building Systems and Controls	VU	4.0