Primary assistance
David Briels
Additive Manufacturing in Construction and Integration of Passive and Active Functions
Technical University of Munich
Vera Schmidt
Urban morphology as a driver of heat events and its implication for Germanys climate adaptive building strategies
Technical University of Munich
Sebastian C. Koth
Dynamic Cooling - Mitigating Climate Change through Temporal Discomfort
Technical University of Munich
Bilge Kobas
SenseLab: Quantifying the physiological impact of the thermal environments
Technical University of Munich
Thomas Schmid
Informations- und Interaktionsformen im Umgang mit der Ressource Strom – Konzeption und Umsetzung einer applikationsgestützten Schnittstelle zwischen Nutzer und Gebäude
Technical University of Munich
Christian Hepf
Energy saving and demand side management potential of building technology with large thermal inertia under the concept of weather predictive control
Technical University of Munich
Lukas Lauss
Optimierung der Gebäudeperformance durch die energetisch-wirtschaftliche Analyse und Quantifizierung von Betriebsfehlern in der technischen Gebäudeausrüstung
Technical University of Munich
Navid Hatefnia
A numerical assessment of outdoor thermal comfort in a unified simulation
Technical University of Munich
Djego Andrés Romero Espinosa
Optimization of the urban form towards energy efficiency and comfort by means of parametric modeling
Technical University of Munich
Manuel de Borja Torrejón
Comparative study of the present and future demand side management potential of buildings in northern and southern Europe, with focus on the heat storage capacity of their thermal mass
Technical University of Munich
Ahmed Khoja
Towards net zero-energy neighborhood retrofitting: A feasibility assessment methodology for hot arid climates
Technical University of Munich
Secondary assistance
Fabian Anatol Böttcher
The potential of thermal groundwater use in urban environments
Technical University of Munich
Julia Fleckenstein
Climate-Aware Robotic Envelopes – Enabling site-specific urban facades for a climate-resilient future by means of robotic fabrication
Technical University of Munich
Sebastian Haß
Untersuchung zum Potential von digitalen Nutzermodellen für eine effiziente Verwendung von Energie und Ressourcen in Gebäuden
Technical University of Munich