IDES-EDU

Master and Post Graduate education and training in multi-disciplinary teams implementing EPBD and beyond

Aim

The IDES-EDU project is designed to serve the training of specialists in building technology focusing on the area of integral energy design. Aim of the project is the development and implementation of Master and Post-Graduate courses in integrated and multi-disciplinary design for students and professionals.

Outputs and Results

  • (Modules for) Master’s courses and Post-Graduate-programs for integrated, multi-disciplinary and sustainable design in the building sector
  • Exchange workshops for students and professionals
  • Student exchange programs
  • Planning (and in part realisation) of training set-ups and training buildings providing hands-on teaching opportunities for students and professionals
  • Intelligent, dynamic and adaptive multi-media teaching portal

Forming European awarness for integrated, multi-disciplinary and sustainable design in the building sector by implementing interdisciplinary training courses
 

Target group

Benefits

Building sector

Specialists in integrated and multi-disciplinary, sustainable design in the building sector are available; increased competititve edge in the European market

Educational institutions

Educational institutions outside the consortium benefit from exchange programs, students receive training in multi-disciplinary team work in the field of sustainable energy supply in step with European programs

Students

Well-trained for the new European market where there is a huge demand for specialists for multi-disciplinary, integrated and sustainable design in the building sector

Architects

Learning about new design methods and building awareness for multi-disciplinary, integrated and sustainable design in the building sector to implement EPBD and more

Building users/ inhabitants

More comfort, better ambient air quality and lower energy costs

Companies with R&D activities in the building sector

Additional research infrastructure and resources (e.g. Students) to test and monitor innovative components and products

Funding agencies, research & cooperation partners

Research partners

Arch-Ing Bundeskammer der Architekten und Ingenieurkonsulenten

Project team and project manager

Projekt manager

  • Werner Stutterecker
    DI(FH) DI Werner Stutterecker PhD
    Energy and Environmental Management
    Campus Pinkafeld

    Forschungsschwerpunkte: Gebäudetechnik mit Fokus Wärmepumpen- & Kältetechnik
    Angewandte wissenschaftl. Methoden: Experimentelle Untersuchungen, Feldmessungen, Gebäude- & Anlagensimulation, Hardware-in-the-Loop Simulation

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