Ing. Nauman Azam

 Calibration of a whole building model developed in TRNSYS using parametric analysis via platform of Python  Co-Simulation of two models, developed in two software, after exporting them as FMUs. Process controlled and further processed via Python  Development of construction model of building in Google Sketchup

TOPAs Tools for cOntinuous building Performance Auditing (Project of European Commission)  Development of Nimbus Center model (Building and Energy Supply System) in Dymola/Modelica  Simulation of developed building model after integration of local weather conditions, occupancy model, Infiltration, ventilation & shading models

HIT2GAP Highly Innovative building control Tools Tackling the energy performance Gap  Identification of typical commercial buildings and their uses along with the users and their energy information needs  Technical specification and integration of display modules for energy visualization in commercial buildings  Methodology to assess the effectiveness of display modules on user behavior

 Identification and Specification of heating & cooling technologies for district and non-district heating/cooling  Statistical data acquisition of all the technologies (stock data plus techno-economic data)  Communication with the national statistical offices and the ministries of energy of European countries  Preparation of Excel based catalogue and final reports

Energy Efficiency in Buildings, Wind Energy, Solar Energy, Biomass Energy, Energy Informatics, Management

Mechanics of Materials, Engineering Drawing, Thermodynamics, Fluid Mechanics, Engineering statics, Engineering Dynamics, Machine Design, Electrical and Control Engineering.