The program is divided in three modules, each focusing on one specific topic. In the third week, participants work together in groups to propose a design dealing with an actual topic of Vienna's architecture with a final project presentation at the closing event.
The preliminary program for GBS 2019 can be found here:
In parallel, the hands-on workshop is taking place during the third week. Please find more information here.
Course Learning Objectives
1. Understand the origin of resources and the respective use as well as the integration in buildings
2. Learn about the relationships between buildings and their context
3. Create an understanding for the necessity of interdisciplinary cooperation to realize green building strategies
Module 1 - Sustainability in Building and Urban Planning: This module covers a general introduction of sustainable development, socioeconomic and regional aspects of sustainable constructing, the role of organisations concerning the support of sustainable development, sustainability as a key factor for the real estate market, sustainable spatial planning concepts in the European context, inclusion- and exclusion processes in sustainable spatial planning, social sustainability in the context of spatial planning, gender planning criteria, etc.
Module 2 - Principles of Passivhaus planning: The essential contents are an introduction into sustainable architecture, passive house planning, IEAA-Tool, grey energy, light and massive construction, national and international building standards, daylight planning in buildings, light lab, integrated planning and solar constructing, passive houses in different climatic regions and the constructive adaption of passive house technologies, architecture in the context of ecological and sustainable planning and building concepts, future perspectives of ecological architectural concepts, etc.
Module 3: Renewable Energies and Business Concepts: The contents of this module are building technologies and automatisation, HVAC, energy efficiency in buildings, control mechanisms in buildings, decentred application possibilities in smart buildings, dynamic thermal simulations in the planning process, thermal efficiency, heat pumps, innovative cooling strategies, photovoltaic, eco-balance in buildings, different quality labels, etc.
Content of lectures
The following learning objectives are content of the three week course:
- Sustainable urban and settlement development, spatial planning for increased quality of life (including: mobility, spatial planning, energy supplies and renewable energies, and waste management)
- Resource-optimized building concepts
- Fundamentals of planning for resource-optimized buildings
- Passivhaus and Net-Energy Positive Buildings
- Healthy Building
- Thermal comfort and air quality
- Daylight planning
- Buliding envelope and renewable construction materials (NAWAROs)
- Building Services Engineering
- Building Information Modelling (BIM)
- Certification of buildings, quality control
- Sociological aspects, impact of utilizers