The document discusses principles of sustainable design and development. It provides definitions of sustainability and sustainable development as meeting needs of the present without compromising future generations. It outlines Laurie Baker's principles of using locally available materials, minimizing waste and energy use. Specific examples discussed include Baker's design of The Hamlet house in Kerala using mud bricks, salvaged timber and recycled materials like broken tiles.
The buildings and landscapes at Duke Farms have been designed to be sustainable. This means that they place minimal demands on non-renewable energy resources and reduce pollution and waste,creating healthier indoor and outdoor environments.
The infrastructure that supports the buildings at Duke Farms uses green technologies such as a solar array, geothermal wells, and a constructed wastewater wetlands to maximize energy efficiency. Renovation of existing structures minimizes the need for new materials and interior spaces are designed with human health and well being in mind by maximizing air flow and providing abundant natural light.
general concept behind the eco-friendly housing concepts with some examples , how to go green with luxuries, just live with nature to get good outcomes
The document discusses what makes a building "smart" from an architectural point of view. It states that a smart building is a sustainable building that senses its environment, reacts efficiently and interacts with people. It discusses the various stakeholders' perspectives on smart buildings and how choices in building systems ensure buildings continue meeting changing needs.
This document provides an overview of a continuing education course on green building best practices and innovations in sustainable housing. It includes information on course credits, a brief history of green building, descriptions of various green building certifications like LEED and Energy Star, and elements of green building like siting, design, and construction considerations. The document encourages participants to complete a questionnaire before the class begins and explains how course completion certificates will be issued.
The BedZED development in Sutton, London consists of 82 homes and 18 work-live units built to be nearly zero carbon. It has 84 parking spaces and over 16,800 square feet of workspace on a 4 acre site completed in 2002. The development achieves high density at 50 dwellings per hectare while incorporating sustainable design principles including passive solar heating and cooling, on-site renewable energy generation, and construction from recycled and local materials.
This document discusses green architecture and sustainable building. It covers the components and features of green buildings like passive design, renewable energy sources, and energy efficiency. Green buildings provide benefits to inhabitants such as lower utility costs, better indoor air quality, and reduced environmental impact. Overall, the document promotes green building as a strategy for creating a more sustainable built environment.
There are well-documented and practical ways to design and build safer, healthier spaces in mixed-use neighborhoods. For implementation at 5 different scales, this report presents essential design features, benefits, challenges and successful examples, and provides resources with more information. Benefits to residents include an enhanced sense of safety, belonging, and neighborliness, as well as improved health and wellbeing.
The buildings and landscapes at Duke Farms have been designed to be sustainable. This means that they place minimal demands on non-renewable energy resources and reduce pollution and waste,creating healthier indoor and outdoor environments.
The infrastructure that supports the buildings at Duke Farms uses green technologies such as a solar array, geothermal wells, and a constructed wastewater wetlands to maximize energy efficiency. Renovation of existing structures minimizes the need for new materials and interior spaces are designed with human health and well being in mind by maximizing air flow and providing abundant natural light.
general concept behind the eco-friendly housing concepts with some examples , how to go green with luxuries, just live with nature to get good outcomes
The document discusses what makes a building "smart" from an architectural point of view. It states that a smart building is a sustainable building that senses its environment, reacts efficiently and interacts with people. It discusses the various stakeholders' perspectives on smart buildings and how choices in building systems ensure buildings continue meeting changing needs.
This document provides an overview of a continuing education course on green building best practices and innovations in sustainable housing. It includes information on course credits, a brief history of green building, descriptions of various green building certifications like LEED and Energy Star, and elements of green building like siting, design, and construction considerations. The document encourages participants to complete a questionnaire before the class begins and explains how course completion certificates will be issued.
The BedZED development in Sutton, London consists of 82 homes and 18 work-live units built to be nearly zero carbon. It has 84 parking spaces and over 16,800 square feet of workspace on a 4 acre site completed in 2002. The development achieves high density at 50 dwellings per hectare while incorporating sustainable design principles including passive solar heating and cooling, on-site renewable energy generation, and construction from recycled and local materials.
This document discusses green architecture and sustainable building. It covers the components and features of green buildings like passive design, renewable energy sources, and energy efficiency. Green buildings provide benefits to inhabitants such as lower utility costs, better indoor air quality, and reduced environmental impact. Overall, the document promotes green building as a strategy for creating a more sustainable built environment.
There are well-documented and practical ways to design and build safer, healthier spaces in mixed-use neighborhoods. For implementation at 5 different scales, this report presents essential design features, benefits, challenges and successful examples, and provides resources with more information. Benefits to residents include an enhanced sense of safety, belonging, and neighborliness, as well as improved health and wellbeing.
The document discusses the sustainable design features of the Wentworth Point Discovery Centre. The Centre will educate the public on sustainability, lowering energy usage, and energy efficient products. It utilizes solar panels to generate electricity, maximizes natural lighting through extensive use of glass, and plants trees around the perimeter to produce oxygen, absorb carbon dioxide, and provide natural shade. The Discovery Centre serves as a model for sustainable design and encourages visitors to adopt more environmentally friendly practices.
THIS MAGAZINE BRINGS TOGETHER PREMIUM PRODUCT MANUFACTURERS AND LEADING BUILDERS TO CREATE BETTER, DIFFERENTIATED HOMES AND BUILDINGS THAT USE LESS ENERGY, SAVE WATER AND REDUCE OUR
IMPACT ON THE ENVIRONMENT.
LED Strip lighting has so many fun applications. Their high brightness and intensity have made them usable even in the manufacturing of goods. If you wish to make a mass purchase of these cool LED lights, use terminologies such as downlights Sydney and LED strip profiling to get a list of options to choose from and in your budget.
For more detail, please visit our website: https://ledlighting.com.au/
This presentation addresses the topic of Biophilic Designs as it pertains to designing smart cities, smart communities, smart buildings, smart offices, and smart homes. It also offers several examples from all over the world.
Green Building: Sustainable Architecture
Environmentally responsible and resource efficient building design. Architecture that minimizes the negative environmental impact of buildings by efficiency in the use of materials and energy. Goal: to effectively reduce the overall impact of the built environment on human health and the natural environment and increase comfort and livability. Consistent with AIA sponsored Architecture Challenge 2030.
McNaughton Architectural Inc. | http://mna-p.com
300 E State St Suite 360, Redlands, CA 92373
(909) 583-1806
Nine students from various US universities came together to create an interactive garden wall project combining sustainability and community engagement. They divided into three teams - garden, water, and power. The garden team designed vertical planters using PVC pipes. The water team created a filtration system to clean greywater for irrigation. The power team initially considered solar or wind power, but ultimately used a bike connected to a pulley system to transport water. On the final day, guests helped plant and witnessed the successful first run of the bike-powered system, engaging the local community.
Green architecture, also known as sustainable or eco-friendly architecture, aims to minimize environmental impact and prioritize human health. It utilizes renewable materials and energy-efficient systems to safeguard air, water, and earth. Some key aspects of green architecture include energy-efficient lighting and appliances, water conservation, passive solar design, and use of non-toxic and recycled materials. The document then discusses green building standards and certifications in India such as LEED, IGBC, and GRIHA, and provides an example case study of the LEED Platinum-certified The Leela Palace hotel in New Delhi, which incorporates various green design features.
Nine students from various US universities came together to create an interactive sustainable project for the CIEE community in Berlin. They divided into three teams to design and build a bike-powered vertical garden wall. The Garden Team installed hanging planters made of PVC pipes. The Water Team set up a water collection, filtration and irrigation system. The Power Team designed a pulley system connected to a bicycle to transport water to the planters. On the final day, guests helped plant flowers and herbs in the wall and witnessed the successful first run of the bicycle water pump.
The document proposes several green home improvements including solar panel blinds that generate electricity from sunlight, solar panels on the roof for water heating, motion-detecting lights in washrooms to save energy, rainwater harvesting on rooftops to collect and reuse water, and placing solar panels on light shields to power lights continuously. The solutions proposed are best for landed homes where they can be more customized. While the improvements can significantly reduce utility bills and conserve energy in the long run, they require substantial upfront costs and may be less effective in situations with less sunlight, rain, or if maintenance is not properly conducted.
THUMBS - Solar Puzzle DIY Toys Presentationsimonthumb
This document describes a line of solar-powered DIY educational toys called Solar DIY Toys. The toys are made from recyclable materials and simple solar mechanisms. They are designed for children ages 4+ to develop logical, artistic, and scientific thinking. As children assemble and experience how the toys' solar energy systems work, it reinforces environmental friendliness and stimulates their curiosity in science. The document provides specifications for various toy models, including solar helicopters, windmill houses, and more.
The document introduces two solar inventions: a portable solar distiller to produce clean drinking water, and a modified solar PV panel design that generates 30% more power at only 10% higher cost.
The solar distiller uses a flexible sheet mirror to concentrate sunlight onto a water-filled evaporation pan, producing 1-2 gallons of clean water per day per square meter. It is portable and low-cost, intended to provide clean water in disaster relief or rural village settings.
The modified solar PV panel design places the solar cells at a 45-degree angle and adds a perpendicular mirror to redirect more light onto the cells. Testing showed the design generated 30% more power than a standard panel, while only increasing materials costs
Better Builder Magazine, the Builder's choice is issued 6 times a year and promotes green energy choices in the construction industry. New design, technology and products are featured.
This document provides information about ZEDEarth, an eco-friendly residential development in Bangalore, India. ZEDEarth focuses on sustainable design and energy efficiency, with features like solar panels, rainwater harvesting, organic gardens, and passive cooling. The development has different types of villas and amenities like a clubhouse. It is located near schools, hospitals, and upcoming infrastructure projects. The document includes details on specifications, layouts, elevations, and the developer's other sustainable communities.
This document discusses sustainable architecture, including both preservation of existing buildings and new green construction. It provides examples of sustainable architecture projects around the world and in Hawaii, highlighting their use of renewable materials and energy sources, passive solar design, and other green building strategies. Specifically in Hawaii, it outlines features of the Natural Energy Lab of Hawaii and West Hawaii Civic Center that demonstrate sustainable design principles in research and government buildings.
Integrated recovery & low-carbon reconstruction - and update from Pakistan Magnus Wolfe Murray
An update of our / DFID's shelter and WASH projects in Northern Sindh. This time with a calculation of carbon dioxide emissions reductions (!)
And all about building with lime..
This document provides definitions and key principles of green building from various agencies. It defines green building as increasing building efficiency in energy, water and materials use, while reducing impacts on health and environment over the building's lifecycle from siting to construction to decommissioning. It discusses the importance of green building in taking an intelligent approach to energy use, safeguarding water resources, minimizing waste, promoting health and well-being, preserving landscapes, and creating resilient structures. The document then outlines fundamental principles of sustainable site design, water conservation, energy use, indoor environmental quality, and use of materials in green building.
This document discusses the design of intensive green roofs for urban vegetable farming. It begins with an introduction and literature review on extensive vs intensive green roofs and their benefits. Case studies are presented and interviews conducted to identify design considerations like weight loads, pest control, and stormwater management. Design guidelines are proposed based on the research, including conducting site analysis, applying irrigation and stormwater systems, providing public access and growing space, addressing safety, and connecting roofs to community gardens. The document concludes with implications for further research on roof top farming's influence on natural communities and human psychology.
This document discusses the design of the Wentworth Point Discovery Centre and how sustainability was incorporated. It describes sustainability as allowing things to continue into the future without ending. The discovery centre's design considers reducing its ecological footprint. It presents three sustainable design solutions: using energy efficient appliances, buying reused/recycled items, and installing a rainwater tank. Design principles are outlined as having little environmental impact, being recyclable/reusable, energy efficient, reducing waste and water consumption, and being sustainable long-term. The summary highlights features like solar panels, windows for natural lighting, an organic garden, and a sun/wind study to maximize renewable energy and resources.
The document discusses sustainable design principles incorporated into plans for a community, environmental, and information center redevelopment project. It defines sustainability as systems that can continue into the future. The redevelopment plans incorporate solar panels to generate electricity, water tanks to reuse water and reduce waste, and recycling bins throughout the property to encourage waste reduction and recycling by visitors.
The document discusses the proposed Discovery Centre at Wentworth Point and its focus on sustainability. The three key aspects of the Discovery Centre's sustainable design are:
1. Using solar panels to generate electricity and power the Centre's lighting, appliances, and other energy needs in an eco-friendly way.
2. Installing many windows and skylights to reduce the need for electrical lighting and heating by maximizing natural light.
3. Planting trees around the Centre to produce oxygen, absorb carbon dioxide, provide shade, and improve air quality, while inspiring the community to do the same.
The document discusses the sustainable design features of the Wentworth Point Discovery Centre. The Centre will educate the public on sustainability, lowering energy usage, and energy efficient products. It utilizes solar panels to generate electricity, maximizes natural lighting through extensive use of glass, and plants trees around the perimeter to produce oxygen, absorb carbon dioxide, and provide natural shade. The Discovery Centre serves as a model for sustainable design and encourages visitors to adopt more environmentally friendly practices.
THIS MAGAZINE BRINGS TOGETHER PREMIUM PRODUCT MANUFACTURERS AND LEADING BUILDERS TO CREATE BETTER, DIFFERENTIATED HOMES AND BUILDINGS THAT USE LESS ENERGY, SAVE WATER AND REDUCE OUR
IMPACT ON THE ENVIRONMENT.
LED Strip lighting has so many fun applications. Their high brightness and intensity have made them usable even in the manufacturing of goods. If you wish to make a mass purchase of these cool LED lights, use terminologies such as downlights Sydney and LED strip profiling to get a list of options to choose from and in your budget.
For more detail, please visit our website: https://ledlighting.com.au/
This presentation addresses the topic of Biophilic Designs as it pertains to designing smart cities, smart communities, smart buildings, smart offices, and smart homes. It also offers several examples from all over the world.
Green Building: Sustainable Architecture
Environmentally responsible and resource efficient building design. Architecture that minimizes the negative environmental impact of buildings by efficiency in the use of materials and energy. Goal: to effectively reduce the overall impact of the built environment on human health and the natural environment and increase comfort and livability. Consistent with AIA sponsored Architecture Challenge 2030.
McNaughton Architectural Inc. | http://mna-p.com
300 E State St Suite 360, Redlands, CA 92373
(909) 583-1806
Nine students from various US universities came together to create an interactive garden wall project combining sustainability and community engagement. They divided into three teams - garden, water, and power. The garden team designed vertical planters using PVC pipes. The water team created a filtration system to clean greywater for irrigation. The power team initially considered solar or wind power, but ultimately used a bike connected to a pulley system to transport water. On the final day, guests helped plant and witnessed the successful first run of the bike-powered system, engaging the local community.
Green architecture, also known as sustainable or eco-friendly architecture, aims to minimize environmental impact and prioritize human health. It utilizes renewable materials and energy-efficient systems to safeguard air, water, and earth. Some key aspects of green architecture include energy-efficient lighting and appliances, water conservation, passive solar design, and use of non-toxic and recycled materials. The document then discusses green building standards and certifications in India such as LEED, IGBC, and GRIHA, and provides an example case study of the LEED Platinum-certified The Leela Palace hotel in New Delhi, which incorporates various green design features.
Nine students from various US universities came together to create an interactive sustainable project for the CIEE community in Berlin. They divided into three teams to design and build a bike-powered vertical garden wall. The Garden Team installed hanging planters made of PVC pipes. The Water Team set up a water collection, filtration and irrigation system. The Power Team designed a pulley system connected to a bicycle to transport water to the planters. On the final day, guests helped plant flowers and herbs in the wall and witnessed the successful first run of the bicycle water pump.
The document proposes several green home improvements including solar panel blinds that generate electricity from sunlight, solar panels on the roof for water heating, motion-detecting lights in washrooms to save energy, rainwater harvesting on rooftops to collect and reuse water, and placing solar panels on light shields to power lights continuously. The solutions proposed are best for landed homes where they can be more customized. While the improvements can significantly reduce utility bills and conserve energy in the long run, they require substantial upfront costs and may be less effective in situations with less sunlight, rain, or if maintenance is not properly conducted.
THUMBS - Solar Puzzle DIY Toys Presentationsimonthumb
This document describes a line of solar-powered DIY educational toys called Solar DIY Toys. The toys are made from recyclable materials and simple solar mechanisms. They are designed for children ages 4+ to develop logical, artistic, and scientific thinking. As children assemble and experience how the toys' solar energy systems work, it reinforces environmental friendliness and stimulates their curiosity in science. The document provides specifications for various toy models, including solar helicopters, windmill houses, and more.
The document introduces two solar inventions: a portable solar distiller to produce clean drinking water, and a modified solar PV panel design that generates 30% more power at only 10% higher cost.
The solar distiller uses a flexible sheet mirror to concentrate sunlight onto a water-filled evaporation pan, producing 1-2 gallons of clean water per day per square meter. It is portable and low-cost, intended to provide clean water in disaster relief or rural village settings.
The modified solar PV panel design places the solar cells at a 45-degree angle and adds a perpendicular mirror to redirect more light onto the cells. Testing showed the design generated 30% more power than a standard panel, while only increasing materials costs
Better Builder Magazine, the Builder's choice is issued 6 times a year and promotes green energy choices in the construction industry. New design, technology and products are featured.
This document provides information about ZEDEarth, an eco-friendly residential development in Bangalore, India. ZEDEarth focuses on sustainable design and energy efficiency, with features like solar panels, rainwater harvesting, organic gardens, and passive cooling. The development has different types of villas and amenities like a clubhouse. It is located near schools, hospitals, and upcoming infrastructure projects. The document includes details on specifications, layouts, elevations, and the developer's other sustainable communities.
This document discusses sustainable architecture, including both preservation of existing buildings and new green construction. It provides examples of sustainable architecture projects around the world and in Hawaii, highlighting their use of renewable materials and energy sources, passive solar design, and other green building strategies. Specifically in Hawaii, it outlines features of the Natural Energy Lab of Hawaii and West Hawaii Civic Center that demonstrate sustainable design principles in research and government buildings.
Integrated recovery & low-carbon reconstruction - and update from Pakistan Magnus Wolfe Murray
An update of our / DFID's shelter and WASH projects in Northern Sindh. This time with a calculation of carbon dioxide emissions reductions (!)
And all about building with lime..
This document provides definitions and key principles of green building from various agencies. It defines green building as increasing building efficiency in energy, water and materials use, while reducing impacts on health and environment over the building's lifecycle from siting to construction to decommissioning. It discusses the importance of green building in taking an intelligent approach to energy use, safeguarding water resources, minimizing waste, promoting health and well-being, preserving landscapes, and creating resilient structures. The document then outlines fundamental principles of sustainable site design, water conservation, energy use, indoor environmental quality, and use of materials in green building.
This document discusses the design of intensive green roofs for urban vegetable farming. It begins with an introduction and literature review on extensive vs intensive green roofs and their benefits. Case studies are presented and interviews conducted to identify design considerations like weight loads, pest control, and stormwater management. Design guidelines are proposed based on the research, including conducting site analysis, applying irrigation and stormwater systems, providing public access and growing space, addressing safety, and connecting roofs to community gardens. The document concludes with implications for further research on roof top farming's influence on natural communities and human psychology.
This document discusses the design of the Wentworth Point Discovery Centre and how sustainability was incorporated. It describes sustainability as allowing things to continue into the future without ending. The discovery centre's design considers reducing its ecological footprint. It presents three sustainable design solutions: using energy efficient appliances, buying reused/recycled items, and installing a rainwater tank. Design principles are outlined as having little environmental impact, being recyclable/reusable, energy efficient, reducing waste and water consumption, and being sustainable long-term. The summary highlights features like solar panels, windows for natural lighting, an organic garden, and a sun/wind study to maximize renewable energy and resources.
The document discusses sustainable design principles incorporated into plans for a community, environmental, and information center redevelopment project. It defines sustainability as systems that can continue into the future. The redevelopment plans incorporate solar panels to generate electricity, water tanks to reuse water and reduce waste, and recycling bins throughout the property to encourage waste reduction and recycling by visitors.
The document discusses the proposed Discovery Centre at Wentworth Point and its focus on sustainability. The three key aspects of the Discovery Centre's sustainable design are:
1. Using solar panels to generate electricity and power the Centre's lighting, appliances, and other energy needs in an eco-friendly way.
2. Installing many windows and skylights to reduce the need for electrical lighting and heating by maximizing natural light.
3. Planting trees around the Centre to produce oxygen, absorb carbon dioxide, provide shade, and improve air quality, while inspiring the community to do the same.
The document discusses sustainability efforts at the Wentworth Point redevelopment project. It describes how solar panels, water tanks, and sustainable window shutters were used to make the development more environmentally friendly. Solar panels provide natural lighting and heating, water tanks capture rainwater for reuse, and window shutters allow natural ventilation to reduce energy costs. These solutions help ensure the area can be maintained for future generations in an environmentally sustainable way.
Sustainable architecture aims to reduce environmental impact and improve health and efficiency. Elements include green roofs, solar shingles, and shipping container buildings which reuse materials. Principles are using local, natural and recycled materials and generating renewable energy through solar, wind and geothermal. Sustainable buildings consider efficient materials and systems to reduce costs and environmental impact.
Building orientation and sustainable materials are important considerations for sustainable building design. Orienting a building to maximize daylighting and solar heating can significantly reduce its energy usage. Bamboo, cork, recycled wood/metal, precast concrete, and sheep's wool insulation are some sustainable material options. Proper site analysis including sun path diagrams early in the design process helps inform building orientation and material selection. Water conservation through harvesting rainwater, efficient plumbing fixtures, and irrigation systems also contribute to sustainable design. Landscape principles like conserving water and soil, preserving existing plants, and reducing waste support sustainability.
The document discusses sustainable design principles incorporated into designs for a community, environmental, and information center. It describes sustainability as systems and processes that can continue into the future, ensuring fresh air, water, food, and a high quality of life. The designs include solar panels to generate electricity from the sun, water tanks to reuse water and prevent waste, and recycling bins throughout the centers to encourage waste reduction and recycling by visitors.
Auroville Green Practices Summer School - PresentationMartin Scherfler
This presentation documents the work of twenty-two students and young professionals that participated in the Auroville Green Practices Summer Schools 2013 'Building for a Dignified Living.
Green buildings are designed to minimize environmental impact and reduce consumption of resources. They use sustainable materials and renewable energy sources to lessen energy usage and protect the environment. Green building techniques include efficient insulation, windows oriented for passive solar heating and cooling, and shading. Following a design process that confirms environmental criteria and develops solutions can help engineers effectively integrate sustainable systems and refine designs to document green materials and systems.
This document discusses sustainable building practices for LEED certification. It covers several main categories: site selection and planning, sustainable architecture and design, water conservation, energy efficiency, building materials, and indoor environmental quality. Specific topics covered include advantages of building orientation, daylighting, water efficiency through harvesting and recycling, energy efficient lighting and HVAC systems, and impacts of volatile organic compounds and fats/oils/grease on drainage systems.
Sterling Commons Sustainability Initiative Bill Boucher
The document describes a community garden project at the Sterling Commons apartment complex that was initiated as part of the property's sustainability initiative. It details how the garden was planned, built, and planted with the help of donations. Residents can now grow their own vegetables and interact with each other in the garden. The property management has also taken other sustainability actions like installing LED lights, which save on energy costs and emissions, and adding rain sensors to the sprinklers to conserve water. The overall goal is to increase sustainability, resilience, and quality of life at Sterling Commons.
Living Futures has constructed a community space in Wentworth Point incorporating sustainability features such as native plants, solar panels, and rainwater tanks. The development aims to have minimal environmental impact and be sustainable long-term by using recycled and reusable materials, energy efficient lighting, and collecting rainwater. More information on Living Futures' sustainable design principles can be found on their website or by contacting them.
155
مبادرة
#تواصل_تطوير
المحاضرة ال 155 من المبادرة
أ. د. / أحمد عبدالحميد
أستشاري واستاذ إصلاح وتصميم المباني الاثرية
بعنوان
" Envelope Design in Hot Climate
التصميم البيئي في الأجواء الحارة "
وذلك يوم الإثنين 04 ابريل 2022
التاسعة والنصف مساء توقيت القاهرة
العاشرة والنصف مساء توقيت مكة المكرمة
و الحضور عبر تطبيق زووم
https://us02web.zoom.us/meeting/register/tZUrf-2rrj8rEtIBL31QooIwoarmnQ60GHKY
علما ان هناك بث مباشر للمحاضرة على القنوات الخاصة بجمعية المهندسين المصريين
ونأمل أن نوفق في تقديم ما ينفع المهندس ومهمة الهندسة في عالمنا العربي
والله الموفق
للتواصل مع إدارة المبادرة عبر قناة التليجرام
https://t.me/EEAKSA
ومتابعة المبادرة والبث المباشر عبر نوافذنا المختلفة
رابط اللينكدان والمكتبة الالكترونية
https://www.linkedin.com/company/eeaksa-egyptian-engineers-association/
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ملحوظة : توجد شهادات حضور مجانية لمن يسجل فى رابط التقيم اخر المحاضرة.
Recovery and resilience after floods in Pakistan - November 2014Magnus Wolfe Murray
Really heavy rains for no more than 7 days in central Pakistan in September 2012 nearly 500,000 homes were completely destroyed, leaving almost 3.5m homeless and destitute. Most of these people had barely recovered from floods in August 2010. I am proud to say that DFID (UK tax payers money) has been the largest donor year on year in shelter, agriculture recovery and water-sanitation across this area, reaching almost a million people. I have started to include photos of these amazing people, because they are just that, and so inspiring and positive, always.
Laurie Baker was a British architect who came to India in 1945 as a missionary. He lived and worked in India for over 50 years, obtaining Indian citizenship in 1989. Baker is renowned for his initiatives in low-cost housing and sustainable architecture using locally available materials. Some key aspects of his work included using cost-effective materials like brick, laterite, mud and cow dung in innovative construction techniques like rat trap bond. He designed over 1000 residences and 40 other buildings in Kerala emphasizing natural ventilation, privacy and historical influences. Baker received the Padma Shri award in 1990 for his contributions to architecture.
The document discusses sustainable design and construction practices for buildings seeking LEED certification. It covers several key areas: site selection and planning to maximize natural light and reduce energy needs; using sustainable materials like recycled content and rapidly renewable resources; implementing water and energy efficiency strategies like harvesting rainwater, using waterless urinals, and occupancy-sensor lighting; and overall strategies to reduce environmental impact and promote reuse and recycling. The goal is to develop buildings that conserve natural resources and minimize waste.
Floating buildings are designed to be energy efficient through the use of renewable energy sources like solar panels and hydro heat. They are also designed to be safe, using solid floatation to make them unsinkable and engineering solutions tailored to local conditions. Finally, floating buildings are ecological as they do not affect water quality or require extensive land preparation, using sustainable materials and connecting to municipal infrastructure while leaving coastal areas undisturbed.
The document proposes sustainable design features for redeveloping Wentworth Point in Sydney. It discusses including renewable energy sources like solar panels, water tanks, recycling organic waste through chicken coops and compost bins, and encouraging alternative transportation like biking and public buses. The goal is to create a thriving community that encourages sustainability and reduces environmental impact through these types of features in the proposed Discovery Centre and other buildings.
The document discusses sustainable design ideas for redeveloping Wentworth Point in Sydney. It proposes establishing a "Discovery Centre" to encourage sustainability. Key ideas include using solar panels and water tanks to reduce energy and water use. Recycling food waste through chicken coops and compost helps gardens. Encouraging biking and public transit through bike racks and bus stops reduces pollution from vehicles. The overall goal is to create an environmentally-friendly community that conserves resources for future generations.
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Architectural and constructions management experience since 2003 including 18 years located in UAE.
Coordinate and oversee all technical activities relating to architectural and construction projects,
including directing the design team, reviewing drafts and computer models, and approving design
changes.
Organize and typically develop, and review building plans, ensuring that a project meets all safety and
environmental standards.
Prepare feasibility studies, construction contracts, and tender documents with specifications and
tender analyses.
Consulting with clients, work on formulating equipment and labor cost estimates, ensuring a project
meets environmental, safety, structural, zoning, and aesthetic standards.
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Practical eLearning Makeovers for EveryoneBianca Woods
Welcome to Practical eLearning Makeovers for Everyone. In this presentation, we’ll take a look at a bunch of easy-to-use visual design tips and tricks. And we’ll do this by using them to spruce up some eLearning screens that are in dire need of a new look.
Connect Conference 2022: Passive House - Economic and Environmental Solution...TE Studio
Passive House: The Economic and Environmental Solution for Sustainable Real Estate. Lecture by Tim Eian of TE Studio Passive House Design in November 2022 in Minneapolis.
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Technoblade, born Alex on June 1, 1999, was a legendary Minecraft YouTuber known for his sharp wit and exceptional PvP skills. Starting his channel in 2013, he gained nearly 11 million subscribers. His private battle with metastatic sarcoma ended in June 2022, but his enduring legacy continues to inspire millions.
Maximize Your Content with Beautiful Assets : Content & Asset for Landing Page pmgdscunsri
Figma is a cloud-based design tool widely used by designers for prototyping, UI/UX design, and real-time collaboration. With features such as precision pen tools, grid system, and reusable components, Figma makes it easy for teams to work together on design projects. Its flexibility and accessibility make Figma a top choice in the digital age.
Fonts play a crucial role in both User Interface (UI) and User Experience (UX) design. They affect readability, accessibility, aesthetics, and overall user perception.
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UNDERSTANDING
In olden days, sowing the seeds and then planting them was a regular practice of
everyone. It is because of their idea we are able to enjoy all the resources very
well.
PERCEPTIONONSUSTAINING
SOMETHING
If we are cutting a tree to use its wood and other parts then we should plant at least
one or more than one sapling at the same time, nourish, protect and hand it over to
next generation
We are using the resource but then making way for the future generations to use the
resources as well.
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DEFINITION
The definition for sustainable development is the one given by World Commission
on Environment and Development (Brundtland Commission) which runs as the
"development that meets the needs of the present without
compromising the ability of future generations to meet their own
needs.”
SUSTAINABLEDEVELOPMENT
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SUSTAINABLE DEVELOPMENT
Sustainable development ties together concern for the carrying
capacity of natural systems with the social, political, and
economic challenges faced by humanity.
SUSTAINABLEDEVELOPMENT
It contains within it two key concepts:
• The concept of 'needs', in particular, the essential needs of the world's
poor, to which overriding priority should be given; and
• The idea of limitations imposed by the state of technology and social
organization on the environment's ability to meet present and future
needs.
World Commission on Environment and Development
Our Common Future (1987)
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Two Vital Actions
Available Resources
Stop exploiting the ones that’s going to be extinct
Opt renewable resources
Ensure Consumption and Production patterns
Waste
Reduce waste Self – manage waste
reducing the waste generation managing the generated waste
• don’t be lavish
• minimising spills or leaks
PRIMARYDEEDSTOSUSTAIN
Individual…Home…Community…Society
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SUSTAINABLE APPROACHES
ALTERNATIVE RESOURCES
• Solar Energy: completely free and is available in limitless supply of energy
that is environmentally and financially effective and help reduce pollution
• Wind Energy: the use of windmills at suitable location. This kind of energy is
meant to service more than just the individual.
MINIMISING WASTE OF EXISTING RESOURCES
• Efficient Water Fixtures: Encouraging the installation of efficient shower
heads, toilets and other water appliances can conserve one of Earth’s most
precious resources: water. Examples: dual-flush and composting toilets.
SUSTAINABLEAPPROACH
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SUSTAINABLE APPROACHES
VIRGIN SOIL
• Crop Rotation: the successive planting of different crops on the same land to
improve soil fertility and help control insects and diseases. It is chemical-free
and maximizes the growth potential of land.
URBAN SOCIAL
• Green Space: Green spaces include parks and other areas where plants and
wildlife are encouraged to thrive are public great opportunities to outdoor
recreation in dense, urban areas. Advantages of green spaces include helping
regulate air quality and climate, reducing energy consumption by countering the
warming effects of paved surfaces, recharging groundwater supplies and
protecting lakes and streams from polluted runoff.
SUSTAINABLEDEVELOPMENT
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SUSTAINABLE APPROACH IN ARCHITECTURE
Sustainability
not a concept but a function
• Sustainable architecture is architecture that seeks to minimize the
negative environmental impact of buildings by efficiency and
moderation in the use of materials, energy, and development space
and the ecosystem at large.
• Sustainable architecture uses a conscious approach to energy and
ecological conservation in the design of the built environment.
SUSTAINABLEDEVELOPMENT
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My feeling as an architect is that you are not after all trying to put up a
monument which will be remarked as a ‘Laurie Baker Building’ but
Mohan Singh’s house where he can live happily with his family.
- Laurie Baker
LAURIEBAKER
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PRINCIPLES OF LAURIE BAKER
• Only accept a reasonable brief
• Discourage extravagance and snobbery
• Always study your site and see potential relating to the soil, drainage, power,
fuel etc.
• You yourself get accurate site details and in-situ facts
• Every building should be unique; no two families are alike, so why should
their habitation be alike?
• Study and know local materials, cost, building techniques and construction
• Study the energy used in the production of materials and transport
• Don’t rob national resources; don’t use them extravagantly or unnecessarily
• Be honest in design, materials, construction, costs and your own mistakes
• Avoid opulance and showing-off by using currently fashionable gimmicks
• Get your conscience out of deep-freeze, and use it
• Look closely at your prejudices and question them
• Have faith in your convictions and have the courage to stick to them
SUSTAINABLEDEVELOPMENT
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DESIGN PRINCIPLES OF LAURIE BAKER
LAURIE BAKERS architectural principles of
• cost-effectiveness,
• use of locally available materials,
• respect for nature,
• avoidance of energy intensive materials and
• wastage minimization
to create low-cost, beautiful, high quality buildings which long pre-empted
modern concepts such as eco-friendliness and sustainable architecture.
SUSTAINABLEDEVELOPMENT
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DESIGN APPROACH
• Use Arches rather than lintels
• Many varieties of arches flat, segmental, pointed rounded, corbelled, and so on.
• All arch methods are equally suitable for mud wall construction
• Remember to give adequate width of support walls to deal with the arch thrust.
• Frame work, templates, arch frames must be removed immediately the arch is
completed (to allow for compression as the mortar dries and shrinks)
SUSTAINABLEDEVELOPMENT
WINDOW OPENING
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DESIGN APPROACH
• In many instances frameless doors and windows are acceptable and reduce
both quantity of timber, labour and costs
• Board and batten type shutters are less costly, use less labour and less timber
than panelled shutters.
• Glass is often not necessary. Only use when it has a useful purpose and is
essential.
• Glass manufacture is Energy intensive.
• It is extravagant or unnecessary use
SUSTAINABLEDEVELOPMENT
DOORS & WINDOWS
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DESIGN APPROACH
• Alternative slab in-situ systems include filler
slabs (void formers) which reduce
materials and cost by about 30%, but
shuttering is costly.
• Again, local balancing and comparing of
overall costs, transport, labour, and energy
used etc, have to be made before a choice
is made and it will vary from place to place.
SUSTAINABLEDEVELOPMENT
FILLER SLABS
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DESIGN APPROACH
JAALI WALL
Jaali Wall is a better substitute for a
glass window. It lets in general
subdued light. It also deals with
ventilation but prevents driving rain
from entering. You can look from
the inside to the outside but from
the outside you cannot see inside.
It is secure and thieves or animals
cannot enter.
SUSTAINABLEDEVELOPMENT
BRICKS & BONDING
•Use bricks in districts where it is made and is
plentiful. 25% of bricks, mortar, cost etc can be
saved by using the Rat trap Bond. This can also
usually
•4.5" walls are stable and strong if corrugated
or buttressed.
•9" walls are usually capable of being load
bearing up to three storey height
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THE HAMLET, Trivandrum, Kerala
Key features of his house are:
• All the walls are made of mud bricks.
• Timber salvaged from an old boat
jetty
• One of the other signature elements
of his design includes the use of
circular walls, which use far less brick
than rectangular walls.
• In addition, when he does use
concrete for a roof, he embeds
chipped or broken terracotta roofing
tiles into the mixture.
THEHAMLET
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THE HAMLET, Trivandrum, Kerala
Key features of his house are:
• These tiles, which normally would be
thrown away, contribute to the strength of
the roof, allow less of the expensive
concrete to be used, and reduce the
structural load of the building.
• He used broken tiles for the outer paved
area of his garden.
• The living room, An integration of new
building and salvaged timber from
traditional buildings that were being
demolished.
• Baker's innovative use of discarded
bottles, inset in the walls giving a very
good effect of light and creating an
illusion of stained glass.
THEHAMLET
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THE HAMLET, Trivandrum, Kerala
• Steps directly cut in rock
• The wall is decorated from broken pottery, pens, glass
• A calling bell for visitors to announce their presence
• Never cut trees instead adapted his design accordingly
• Use of natural light
THEHAMLET