Master program Integrated Building Systems

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1 Master program Integrated Building Systems Dr. Kristina Orehounig Chair of Building physics (Prof. Jan Carmeliet) Institute of Technology in Architecture - ETH Zurich Kristina Orehounig

2 Überblick Warum ist dieses Thema wichtig? Aufbau und Details des MSc Programms Einblicke in Studentenarbeiten

3 Derzeitiger Energieverbrauch Gebäude für 40% des Energieverbrauchs verantwortlich Gebäudehülle Gebäudetechnik Smart buildings Energiesysteme und Gebäude Dezentrale Energieträger Lokale Energiesysteme Konventionell Passiv (Minergie-P) E-Plus

4 System Interaktionen Gebäudehülle Facaden Form Materialien Konstruktion Verglasung Nachhaltige Energieträger Solar Geothermie Wind Wasser Biomasse Layout Areale Verdichtung Umwelt Elektrisch Beleuchtung ICT Lüftung Heizung und Kühlung Abwasser Gebäudesysteme Netzwerke Co/Tri-generation Umwandlung Speicherung (elektrisch, gas, thermisch) Energiesysteme

5 Master s program Integrated Building Systems

6 Motivation Planning sector Job areas Architectural offices Consulting + Real estate Architects Civil / Building engineers Environmental engineers Mechanical engineers Master Integrated Building Systems Building integrated systems and technologies experts Technology suppliers Building service companies Energy suppliers Electrical engineers Facility management Municipalities + Associations Research institutions

7 MSc Integrated Building Systems Experten in Gebäudesystem Design und Technologien, nachhaltigen Gebäuden und Energietechnologien, Gebäude Betrieb und Management, Umwelteinwirkungenen Interdisziplinäres Programm Architektur, Bauingenieurswesen, Maschinenbau, Elektrotechnik, Management Technologie und Wirtschaft Organisiert vom Department Architektur in Kooperation mit D-ITET, D-MAVT, D-BAUG, D-MTEC und dem Energy Science Center Spezialisiertes MSc Programm. Vier Semester. Englisch. Grundlagen Haupt Spezialisierten Kurse Projekt Arbeiten Master Arbeit. Inter-Departmente Zulassungskommission Tutor system (von verschiedenen Departementen) Climate KIC Partner der EU climate initiative

8 Structure of the program Construction (basics) Building process Structural design Energy conversion Materials & Constr. Renewable Tech. Building physics (applied) Building control Indoor environm. r. + s. Whole building sim. Sustainable buildings Urban level Management and Economy 3. CFD for buildings Urban physics

9 Structure of the program Construction (basics) Building process Structural design Energy conversion Materials & Constr. Renewable Tech. Building physics (applied) Building control Indoor environm. r. + s. Whole building sim. Sustainable buildings Urban level Management and Economy 3. CFD for buildings Urban physics

10 Structure of the program Construction (basics) Building process Structural design Energy conversion Materials & Constr. Renewable Tech. Building physics (applied) Building control Indoor environm. r. + s. Whole building sim. Sustainable buildings Urban level Management and Economy 3. CFD for buildings Integrated design Urban physics

11 Structure of the program Construction (basics) (applied) Urban level Building process Structural design Energy conversion Leadership styles to enhance: Materials & Constr. Building physics creative ideas Renewable Tech. products Building services systems solutions Building control Indoor environm. r. + s. Whole building sim. Sustainable buildings Management and Economy Micro econ. TIM Innovation leadership 3. CFD for buildings Integrated design Urban physics

12 Structure of the program Construction (basics) Building process Structural design Energy conversion Materials & Constr. Renewable Tech. Building physics (applied) Building control Indoor environm. r. + s. Whole building sim. Sustainable buildings Specialized courses CFD for buildings Integrated design Semester project Specialized courses Master thesis Urban level Urban physics Management and Economy Micro econ. TIM Innovation leadership

13 Specialized courses Future climate & renewable systems Building services Renewable energy Systems design and integration Intelligent building and urban specialist Intelligent buildings and districts Sensing and Control Data analysis Control systems and simulation Integrated building design & architecture HVAC & energy systems Architectural & urban design Sustainable construction Advanced envelopes Participation in research projects

14 MSc Integrated Building Systems MSc Programm hat im September 2014 begonnen Alle Lehrveranstaltungen sind erfolgreich implementiert worden. Ersten Studenten werden nach 4 Semestern das Studium mit der Masterarbeit abschliessen (Sommer 2016) Bewerbungen 2014: 7 begonnen (ca 30 Bewerbungen) weiblich: 3, männlich: : 20 begonnen (ca 50 Bewerbungen) weiblich: 7, männlich: :? Werden beginnen (ca 60 Bewerbungen) Vorausbildung der Studierenden 2014: Arch: 3; Mech: 3; Environ:1 2015: Arch: 10; Bauingenieure: 6; Mech: 1; Environ: 2; Elektrotechnik: 1 Verteilung Teilnehmer 19% 4% Schweiz 33% EU 7% Amerika Asien 37% Australien

15 PROJECT C. PROJECT C. CORE COURSES SPECIAL. C. CORE COURSES SPECIALIZED COURSES FUNDAMENTALS FUNDAM. CORE C. Einblicke in Studenten Arbeiten 1.Sem 2.Sem 3.Sem 4.Sem Building process (2 ects) Structural design (2 ects) Energy conversion (4 ects) Mathematic (4 ects) Chemistry (3 ects) Materials and construction (3 ects) Building physics: theory and applications (4 ects) Principles of micro economics (3 ects) Technology and Innovation Management (3 ects) Building process (2 ects) Structural design (2 ects) Indoor environment, resources, and safety (3 ects) (3 ects) Building control (3 ects) Whole building simulation (3 ects) Sustainable Buildings: The Applied viewpoint (3 ects) Specialized courses (5 ects) Urban physics (3 ects) Application of CFD for buildings (3 ects) Specialized courses (12 ects) Integrated design (6 ects) Master thesis (30 ects) 2. Semester: Whole Building Simulation 3. Semester: CFD 3. Semester: Semester Projekte (2 Beispiele) Renewable technologies 1 (4 ects) Innovation leadership (6 ects) Semester project (6 ects) GESS (2 ects) Kristina Orehounig

16 Whole Building Simulation - Lehrveranstaltung Einführung Gebäudesimulation Modellierung der Energieperformance von Gebäuden sowie ihrer Systeme Software Anwendung Tutorials - Analyse Projekte Gebäudedesign: Mixed-mode Bürogebäude in New Delhi 1. Preis Studenten- Modellierungswettbewerb IBPSA 2015 Raphael Wu

17 CFD Lehrveranstaltung Flows inside Buildings veloctiy [m/s] Einführung in CFD Theorie Fundamental Fluid-Dynamic Equations Beispiele von CFD in der Praxis Guest Lectures Introduction to CFD software Setup of simulations Case Studies Flows around Buildings Jonas Landolt

18 Semester Projekt Stampflehmbauten in Tanzania Stampflehm Gebäude Traditionelle Bauweise Messungen Dynamische Simulationen Analyse Jonas Landolt und Julia Breu

19 Temperature [ C] Semester Projekt Multi-Energie Systeme mit Speicher Modell eines linerarisierten Erdwärmespeichers Integration in Multi-Energie System Vergleich Messung und Simulation Jan Feb Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Tube Model,htc: 0.28, COP var. Tube Model,htc: 2.8, COP const. Box Model, htc: 2.8, COP const. Measured Paul Neitzel

20 Herausforderungen Studentenzahlen weiter zu erhöhen (vorallem in der Schweiz) Richtige Balance zwischen Ingenieurwissenschaften und Architektur Evaluation des Master Programms nach 2 Jahren Kristina Orehounig

21 Mehr Information

22 Master program Integrated Building Systems Dr. Kristina Orehounig Chair of Building physics (Prof. Jan Carmeliet) Institute of Technology in Architecture - ETH Zurich Kristina Orehounig