Integrated Energy Design AAR4616 2nd Semester of MSc in Sustainable - - PowerPoint PPT Presentation

Integrated Energy Design

AAR4616 2nd Semester of MSc in Sustainable Architecture

Learning Aims

Learning Aims:

• Learn to integrate energy systems in architectural design
• Practice the interdisciplinary procedures necessary to ensure a successful functioning
• f these systems in architecture.

Therefore:

• The students design a range of projects with focus on integrated energy design and

interdisciplinary co-operation between building professionals.

• Both domestic and non-domestic buildings are addressed, as well as new and existing

building structures.

Activities:

• Design studio guidance and presentations; exercises and lectures; site visits
• Case studies; research articles and other literature; lecture notes; site visits

Teachers

• Matthias Haase (responsible teacher)
• Arild Gustavsen
• Per Monsen
• Luca Finocchiaro
• Nicola Lolli
• Aoife Houlihan Wiberg
• Steinar Grynning
• Usman Dar
• Anne Sigrid Nordby
• Vit.ass: Anne Solbraa
• Stud.ass: Linda Emdal
• Research Centre for Zero Emission Buildings
• Faculty of Engineering Sciences and Technology
• Passive house course (incl. visit by Walter Unterrainer)

Topic & Context

Arkitektur.nå. Norsk arkitekturpolitikk (2009)

• Environment- and energy-friendly solutions in architecture
• Cities and communities developed with high-quality architecture
• Protecting cultural heritage

Combining the ecological, economical and social dimension of sustainable architecture into 1 holistic design I nvestigate the potential for energy- and environment-friendly transformation of existing buildings

• Linesøya Passive House, a nordic pilot project in sustainable and energy efficient architecture

(transformation of 1952 school building to environmental centre and dwelling) http://www.lipa.no

• Transformation of old Fire Station at Surnadalsøra into exhibition space, atelier and

accommodation for overnight guests

I ntegrated energy design for a new building

• Solar Decathlon Europe http://www.sdeurope.org

Project 01: Solar Decathlon Europe

Students from MSc in Sustainable Architecture have submitted the proposal in Autumn 2010. We continue to detail the project until exhibition in 2012. Topic January 2011: Integrated Energy Design

External Partners

• Faculty of Engineering Sciences and Technology
• Klimablokk
• Industry

I ntensive project in January

• no time for other excursions

Project 02: Linesøya Passive House

• External Partners: Thomas & Sukhi from LiPa
• Excursion: Linesøya & Stokkøya
• Costs: we try to find external funding

Linesøya Passive House

• External Partners: Thomas & Sukhi from LiPa
• Excursion: Linesøya & Stokkøya
• Costs: we try to find external funding

Project 03 (maybe): Transformation Fire Station Surnadalsøra

• An intensive 1-week project at Surnadalsøra
• External Partners: local population and municipality; Jon Arne Mogstad, professor at Bergen Art

Academy, potential future building owner

• Transformation into atelier and exhibition space with potential for overnight guests
• Co-operation with Cardiff & Rome Universities
• Costs: we try to find external funding

Logistics

Max number of students:

• 7 (+ 13 MSc in Sustainable Architecture, mixture of architecture and engineering

students)

Language:

• English

Experts in Team:

• Intensive EiT not possible, due to Solar Decathlon Europe project

Theory courses:

• AAR4926 Integrated Energy Design (compulsory)
• AAR4907 Sustainable Building Materials and Components (voluntary, co-ordinated

with Integrated Energy Design schedule)

Prior knowledge:

• Preferably some working knowledge of energy in architecture, as we build upon the

experiences from the project and theory courses in Autumn 2010.

Why?

Good network

• Large interdisciplinary staff, with state-of-the-art experience in practice, research and

development

• Direct contact with building owners
• Co-operation with engineering students

Highly relevant for Norwegian architectural policy:

Arkitektur.nå. Norsk arkitekturpolitikk (2009)

• Environment- and energy-friendly solutions in architecture
• Cities and communities developed with high-quality architecture
• Protecting cultural heritage

Combining the ecological, economical and social dimension of sustainable architecture into 1 holistic design