CMMMASS - Major Techniques 2.pdf

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1. CRITICAL MMMASS Sustainable Architecture for Monday Morning Manoochehri | KTH-A | 101208 MAJOR TECHNIQUES 2 RECAP
2. CONTENT
3. CLASS INPUT
5. TECHNIQUES
6. TECHNIQUES SOLAR
7. TECHNIQUES SOLAR Heat-Pumps
8. TECHNIQUES SOLAR Heat-Pumps Thermal Mass
9. TECHNIQUES SOLAR Heat-Pumps Thermal Mass Insulation
10. Methods Classical architectural method? > Priorities > Palette (vs Process) > Mysteries Sustainable architecture required features? > Systematics > Hierarchy > Priorities > Palette (vs Process) > Mysteries Industry Methods? > Application? > Crap? New Methods? > Starting Points > Development?
11. goods) 3. SUSTAINABLE TRANSPORT – try to reduce the amount you travel, an for sustainable alternatives to private car and air travel 4. SUSTAINABLE MATERIALS – actively seek out local and sustainable m eg FSC wood products 5. LOCAL AND SUSTAINABLE FOOD – buy more local, seasonal and org food, MSC-certified fish, and reduce the amount of intensively-reared a processed meat and dairy products 6. SUSTAINABLE WATER – eliminate wasteful water consumption, and irr responsibly 7. HABITATS & WILDLIFE – help to preserve and enhance wildlife habitats example by eliminating the use of dangerous chemicals outdoors 8. CULTURE & HERITAGE – respect people’s traditions, promote local ide and help create a new culture of sustainability 9. EQUITY & FAIR TRADE – support fairly traded products and ethical investment 10. HEALTH & HAPPINESS – walk and cycle more, lead a healthier lifestyle promote well-being in your community. bout O NE NET LIVING® 6 7 8 9 10 2 3 4 5 is based ciples of Planet in which lead s within he Earth’s e visit ut 1% of r about of every challenge there is an opportunity. There is real money to be made in offering solutions to problems. One Planet Products (OPP), has published a new brochu courtesy of one of its members, Rydon Construction. OP an initiative which aims to make it easier for businesses engaged in residential and refurbishment work in the UK specify and use sustainable building products. The initiative’s advisory board includes representatives from BioRegional Development Group, WWF UK, the Building Research Establishment, SEEDA and the UK Green
12. METHOD
13. METHOD =
14. METHOD PROCESS PRINCIPLES =
16. BRIEF FORM
17. BRIEF FORM FORM-FINDING FORM-GIVING
18. PROPOSAL BRIEF FORM FORM-FINDING FORM-GIVING
19. PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
20. PREPARATION PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
21. PREPARATION DESIGN PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
22. DELIVERY PREPARATION DESIGN PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
23. DELIVERY INITIATION PREPARATION DESIGN PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
24. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
25. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
26. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship context priorities PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
27. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship context priorities experience PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING
28. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship context priorities experience PROPOSAL BRIEF FORM FINAL DRAFT site! priorities experience FORM-FINDING FORM-GIVING
29. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship context priorities experience PROPOSAL BRIEF FORM FINAL DRAFT site! priorities experience FORM-FINDING FORM-GIVING
30. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship context priorities experience PROPOSAL BRIEF FORM FINAL DRAFT site! priorities experience FORM-FINDING FORM-GIVING
31. DELIVERY INITIATION PREPARATION DESIGN univ’l hierarchy authorship context priorities experience PROPOSAL BRIEF FORM FINAL DRAFT site! priorities experience FORM-FINDING FORM-GIVING
33. PROCESS ACTION
34. PROCESS ACTION SITE SELECTION
35. PROCESS ACTION SITE SELECTION AGGREGATION
36. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION
37. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION
38. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION
39. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT
40. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT ANALYSIS
41. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT ANALYSIS HIERARCHY
42. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT ANALYSIS HIERARCHY PRIORITY
43. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT ANALYSIS HIERARCHY PRIORITY CREATIVITY
44. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT ANALYSIS HIERARCHY PRIORITY CREATIVITY AUTHORSHIP
45. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT ANALYSIS HIERARCHY PRIORITY CREATIVITY AUTHORSHIP EXPERIENCE
46. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT DESIGN / SCIENCE ANALYSIS HIERARCHY PRIORITY CREATIVITY AUTHORSHIP EXPERIENCE
47. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT DESIGN / SCIENCE GENERATIVITY ANALYSIS HIERARCHY PRIORITY CREATIVITY AUTHORSHIP EXPERIENCE
48. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT DESIGN / SCIENCE GENERATIVITY ANALYSIS HIERARCHY PRIORITY CREATIVITY AUTHORSHIP EXPERIENCE PROCESS CHARACTER
49. PROCESS ACTION SITE SELECTION AGGREGATION ITERATION COMMUNICATION COLLABORATION MANAGEMENT DESIGN / SCIENCE GENERATIVITY ANALYSIS HIERARCHY PRIORITY CREATIVITY AUTHORSHIP EXPERIENCE PROCESS CHARACTER DISCOVERY
50. DELIVERY INITIATION PREPARATION DESIGN PROPOSAL BRIEF FORM FINAL DRAFT DISCOVERY
51. DELIVERY INITIATION PREPARATION DESIGN PROPOSAL BRIEF FORM FINAL DRAFT FORM-FINDING FORM-GIVING DISCOVERY
53. Methods
54. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc
55. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc
56. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure
57. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step
58. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step Signatures | Piece by Piece
59. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step Signatures | Piece by Piece
61. Methods
62. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc
63. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc
64. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure
65. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step
66. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step Signatures | Piece by Piece
67. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step Signatures | Piece by Piece
69. Sustainable Design = R/U = (R/P.P/FS.FS/UC.UC/U)
71. Social Discourse Programme/Brief Functional Decomposition vehicle > property > food > growth > mobility > space > nutrition > wealth > access accommodation health wellbeing Meta Programme Social Discourse Components Hard Programme Buildings, Infrastructure Soft Programme Aesthetics, Mood, Culture Politics Identity Inclusion Crime Environment Nature Ethics Risk Cost Pollution Reduction Stock Conservation Nature Preservation Sufficiency 

 

 Compassion S E MATERIAL SPATIAL SOCIAL PERSONAL OBJECTS ACTIONS STRUCTURES Resource 

Efficiency Functional 

Efficiency Use 

Efficiency Welfare 

Efficiency User Skills Development End-use services D Simultaneous / Sequential Spatial F Simultaneous / Sequential Object F Elimination of Negative F Process 

Efficiency Product 

Efficiency Localisation Cycling Systems Durability Simultaneous / Sequential UC Social Discourse
74. Methods
75. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc
76. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc
77. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure
78. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step
79. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step Signatures | Piece by Piece
80. Methods Industry Tools - EVA/SPEAR, OPL, SID, etc Metrics | Measure by Measure Systematics | Step by Step Signatures | Piece by Piece
81. CONTENT
82. GROUND-SOURCE HEAT PUMP COP Heat-Pumps Thermal Mass Insulation
83. Sustainable Design = R/U = (R/P.P/FS.FS/UC.UC/U)
84. SUSTAINABILITY SUPPLY APPLICATIONS BEHAVIOUR CONCEPTS MATERIAL CLEAN ABUNDANT CONTROLLED EFFICIENT DESIGNED NETWORKED SKILLED MEDIA Soil Space Land Water RESOURCES Fossils Life-systems Minerals Biota Sunlight APPLICATIONS Power Housing Mobility Food Goods Infrastructure MY NEEDS THEIR NEEDS TECHNIQUES Pollution Capture Technolgy Waste Management Recapture Technology Remediation Technology Toxics Reduction Scientific 

Management Source Substitution Park Management Preservation Research Remediation & Restoration Material choices Personal reductions Process 

Efficiency Product 

Efficieny Recycled Materials Recycling Durability Localisation Simultaneous Functionality Sequential Functionality Synchronic Usage Sequential Usage User-adapting Tech User Skills Service Agents Pollution Reduction Stock Conservation Nature Protection Resource 

Efficiency Functional 

Efficiency Use 

Efficiency Welfare 

Efficiency Sufficiency-­Limits Respect-Limits 22
85. MAJOR TECHNIQUES - MATERIALS & STRUCTURES
86. MATERIALS MAJOR TECHNIQUES - MATERIALS & STRUCTURES
87. MATERIALS MAJOR TECHNIQUES - MATERIALS & STRUCTURES
88. MATERIALS Biodegradeable materials MAJOR TECHNIQUES - MATERIALS & STRUCTURES
89. MATERIALS Biodegradeable materials Recycled materials MAJOR TECHNIQUES - MATERIALS & STRUCTURES
90. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems MAJOR TECHNIQUES - MATERIALS & STRUCTURES
91. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites MAJOR TECHNIQUES - MATERIALS & STRUCTURES
92. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value MAJOR TECHNIQUES - MATERIALS & STRUCTURES
93. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value MAJOR TECHNIQUES - MATERIALS & STRUCTURES
94. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES MAJOR TECHNIQUES - MATERIALS & STRUCTURES
95. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES MAJOR TECHNIQUES - MATERIALS & STRUCTURES
96. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures MAJOR TECHNIQUES - MATERIALS & STRUCTURES
97. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures MAJOR TECHNIQUES - MATERIALS & STRUCTURES
98. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff MAJOR TECHNIQUES - MATERIALS & STRUCTURES
99. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers MAJOR TECHNIQUES - MATERIALS & STRUCTURES
100. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers MAJOR TECHNIQUES - MATERIALS & STRUCTURES
101. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers MAJOR TECHNIQUES - MATERIALS & STRUCTURES
102. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers MAJOR TECHNIQUES - MATERIALS & STRUCTURES
103. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers MAJOR TECHNIQUES - MATERIALS & STRUCTURES
104. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design MAJOR TECHNIQUES - MATERIALS & STRUCTURES
105. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating MAJOR TECHNIQUES - MATERIALS & STRUCTURES
106. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques MAJOR TECHNIQUES - MATERIALS & STRUCTURES
107. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing MAJOR TECHNIQUES - MATERIALS & STRUCTURES
108. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling MAJOR TECHNIQUES - MATERIALS & STRUCTURES
109. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling MAJOR TECHNIQUES - MATERIALS & STRUCTURES
110. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics MAJOR TECHNIQUES - MATERIALS & STRUCTURES
111. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use MAJOR TECHNIQUES - MATERIALS & STRUCTURES
112. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems MAJOR TECHNIQUES - MATERIALS & STRUCTURES
113. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems Sustainable fixtures MAJOR TECHNIQUES - MATERIALS & STRUCTURES
114. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems Sustainable fixtures Insulation techniques MAJOR TECHNIQUES - MATERIALS & STRUCTURES
115. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems Sustainable fixtures Insulation techniques Heat-pumps and Heat-exchangers MAJOR TECHNIQUES - MATERIALS & STRUCTURES
116. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems Sustainable fixtures Insulation techniques Heat-pumps and Heat-exchangers Building design for district heating/ CHP MAJOR TECHNIQUES - MATERIALS & STRUCTURES
117. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems Sustainable fixtures Insulation techniques Heat-pumps and Heat-exchangers Building design for district heating/ CHP MAJOR TECHNIQUES - MATERIALS & STRUCTURES
118. MATERIALS Biodegradeable materials Recycled materials Materials recycling systems Advanced composites Materials for durability and long-term value STRUCTURES Modular/disassemblable structures Tensile structures Parametric and other super-computed stuff Green skyscrapers Solar orientation design Solar thermal heating Solar lighting techniques Thermal massing Sustainable Ventilation/Air-cooling Building-integrated Photovoltaics Design for modular/multi-use Grey-water systems Sustainable fixtures Insulation techniques Heat-pumps and Heat-exchangers Building design for district heating/ CHP MAJOR TECHNIQUES - MATERIALS & STRUCTURES
119. MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
120. MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
121. SYSTEMS MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
122. SYSTEMS MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
123. SYSTEMS Wind energy MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
124. SYSTEMS Wind energy District heating/CHP MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
125. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
126. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
127. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
128. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
129. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
130. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
131. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
132. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
133. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
134. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
135. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
136. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
137. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
138. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
139. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
140. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
141. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
142. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY Functional landscaping: Wind, Sound, Pollution, Climate, Food, Fibre, Other MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
143. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY Functional landscaping: Wind, Sound, Pollution, Climate, Food, Fibre, Other Green roofs/facades MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
144. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY Functional landscaping: Wind, Sound, Pollution, Climate, Food, Fibre, Other Green roofs/facades Nature for recreation MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
145. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY Functional landscaping: Wind, Sound, Pollution, Climate, Food, Fibre, Other Green roofs/facades Nature for recreation Advanced nature conservation MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
146. SYSTEMS Wind energy District heating/CHP Water harvesting/waste water treatment Waste management Food production and waste management Transport BEHAVIOUR Work/Leisure/Consumption Mobility Human-relations/Community Health/Mental-health/Soft-focus stuff Nature-Human interaction BIOLOGY Functional landscaping: Wind, Sound, Pollution, Climate, Food, Fibre, Other Green roofs/facades Nature for recreation Advanced nature conservation MAJOR TECHNIQUES - SYSTEMS, BEHAVIOUR, BIO
147. CRITICAL MMMASS Sustainable Architecture for Monday Morning jm@resourcevision.se | KTH-A | 101208 MAJOR TECHNIQUES 2 RECAP