The document provides details on the proposed construction of a landscape project on a 10m x 10m site located near the CODA gallery at Taylor's University Lakeside Campus. It includes an introduction to the site, site analysis, concept, master plan, planting plan, costing details, construction details, and maintenance plan. The proposed landscape design aims to address issues like traffic congestion and poor air quality by incorporating benches, green spaces, a glass roof with vines, and two water features.
This document proposes converting an empty lot in Bandar Sri Damansara, Selangor, Malaysia into an edible garden. The group analyzed the 55m x 60m site, noting its basketball courts, vegetation, and location near residences and other amenities. To improve the area, the document suggests replacing broken structures with a garden that would provide healthy produce for residents and a gathering space, while improving air quality. Diagrams and sketches illustrate the garden layout, including paths, planting beds, and amenities like a guard house, pergola, and bicycle parking. The edible garden aims to benefit residents through convenience, social interaction, environmental enhancement, and healthy lifestyle promotion.
Constructed landscape report for final projectLee Jian Ru
The document provides details about a group project to construct a landscape on the roof of Block E Level 2 at Taylor's University. The group's concept was to create three tiered platforms for trees and an infinity fountain. Considerations for design, sustainability using solar lights and low-maintenance plants, and material selection were made. A master plan, costing details, and maintenance plan for items like benches, grass, trees and the fountain are included.
Physical & human environments student work sampleRob Marchetto
1) The document proposes designs for a new PE center, including underground gym and courts for cooling, solar heating for the pool, and native drought-resistant plants.
2) Ionization is discussed as a water purification method using a low electric current to generate ions that destroy algae and bacteria.
3) Rainwater harvesting is suggested to collect roof water for gardens and topping up the pool, rather than pumping directly to the pool.
human environments student work sample 2Rob Marchetto
The document proposes renovations to create an eco-friendly gym and pool centre at a school. It includes plans to install solar panels and a rainwater collection system, upgrade facilities with environmentally friendly features, and add landscaping with native vegetation. The renovations would improve existing facilities like the pool, change rooms, and gym, while reducing water and energy usage through sustainable designs.
Street furniture includes elements placed in public spaces for user enjoyment and circulation control. Examples include benches, bollards, signage, and lighting. The document discusses various types of street furniture components and materials, including bollards made from cast iron, steel, composite materials, and stainless steel. It also covers the design of seating, shelters, litter bins, and other fixtures, providing principles for accessibility and wayfinding. The selection of materials and placement of street furniture should enhance the user experience while allowing clear pedestrian access.
A brief overview about the green building strategy known as green roofing. This presentation was originally prepared for St. Louis regional educators who attended the 2014 Sustainability Institute for P12 Educators.
This document discusses vertical gardens and their benefits. It begins by defining vertical gardens as gardens that grow upward rather than outward, using structures like trellises. It then discusses the history of vertical gardens dating back to Hanging Gardens of Babylon. The document outlines different types of vertical gardens and structures used to support them. It also lists various locations where vertical gardens can be used, such as to maximize space in urban areas or provide shading. Benefits discussed include improving air quality, creating a microclimate, enhancing visual appeal, and saving energy. The conclusion states that vertical gardens are a good solution for green space in crowded cities.
Vertical gardens, also known as green walls, involve growing plants on trellises or other structures in an upright direction. They provide several benefits such as improving air quality by removing pollutants, reducing urban heat through shading and evapotranspiration, and making efficient use of limited space. Different types of vertical garden systems include living walls with pre-vegetated panels, modular trellis systems, and wire-rope net walls. Proper selection of plant species that tolerate vertical growth and local climate is important. While initial costs are high, vertical gardens can help beautify buildings and environments if maintained properly over time.
This document proposes converting an empty lot in Bandar Sri Damansara, Selangor, Malaysia into an edible garden. The group analyzed the 55m x 60m site, noting its basketball courts, vegetation, and location near residences and other amenities. To improve the area, the document suggests replacing broken structures with a garden that would provide healthy produce for residents and a gathering space, while improving air quality. Diagrams and sketches illustrate the garden layout, including paths, planting beds, and amenities like a guard house, pergola, and bicycle parking. The edible garden aims to benefit residents through convenience, social interaction, environmental enhancement, and healthy lifestyle promotion.
Constructed landscape report for final projectLee Jian Ru
The document provides details about a group project to construct a landscape on the roof of Block E Level 2 at Taylor's University. The group's concept was to create three tiered platforms for trees and an infinity fountain. Considerations for design, sustainability using solar lights and low-maintenance plants, and material selection were made. A master plan, costing details, and maintenance plan for items like benches, grass, trees and the fountain are included.
Physical & human environments student work sampleRob Marchetto
1) The document proposes designs for a new PE center, including underground gym and courts for cooling, solar heating for the pool, and native drought-resistant plants.
2) Ionization is discussed as a water purification method using a low electric current to generate ions that destroy algae and bacteria.
3) Rainwater harvesting is suggested to collect roof water for gardens and topping up the pool, rather than pumping directly to the pool.
human environments student work sample 2Rob Marchetto
The document proposes renovations to create an eco-friendly gym and pool centre at a school. It includes plans to install solar panels and a rainwater collection system, upgrade facilities with environmentally friendly features, and add landscaping with native vegetation. The renovations would improve existing facilities like the pool, change rooms, and gym, while reducing water and energy usage through sustainable designs.
Street furniture includes elements placed in public spaces for user enjoyment and circulation control. Examples include benches, bollards, signage, and lighting. The document discusses various types of street furniture components and materials, including bollards made from cast iron, steel, composite materials, and stainless steel. It also covers the design of seating, shelters, litter bins, and other fixtures, providing principles for accessibility and wayfinding. The selection of materials and placement of street furniture should enhance the user experience while allowing clear pedestrian access.
A brief overview about the green building strategy known as green roofing. This presentation was originally prepared for St. Louis regional educators who attended the 2014 Sustainability Institute for P12 Educators.
This document discusses vertical gardens and their benefits. It begins by defining vertical gardens as gardens that grow upward rather than outward, using structures like trellises. It then discusses the history of vertical gardens dating back to Hanging Gardens of Babylon. The document outlines different types of vertical gardens and structures used to support them. It also lists various locations where vertical gardens can be used, such as to maximize space in urban areas or provide shading. Benefits discussed include improving air quality, creating a microclimate, enhancing visual appeal, and saving energy. The conclusion states that vertical gardens are a good solution for green space in crowded cities.
Vertical gardens, also known as green walls, involve growing plants on trellises or other structures in an upright direction. They provide several benefits such as improving air quality by removing pollutants, reducing urban heat through shading and evapotranspiration, and making efficient use of limited space. Different types of vertical garden systems include living walls with pre-vegetated panels, modular trellis systems, and wire-rope net walls. Proper selection of plant species that tolerate vertical growth and local climate is important. While initial costs are high, vertical gardens can help beautify buildings and environments if maintained properly over time.
This two-hour lecture will cover residential design features and choices that may help to conserve energy. The discussion will include building siting and orientation issues, building envelope details, glazing, shading structures & devices, thermal mass and energy-conserving landscape elements. We will also briefly discuss how interior space lay-out can affect energy efficiency.
The document discusses green roofs and their implementation in Erbil City. It provides background on green roofs, their history and types. The document finds that Erbil has a low percentage of green areas at 6.5% compared to an international standard of 30%. It recommends implementing extensive and semi-intensive green roofs on individual building projects in Erbil to increase green space. On a city scale, the document suggests leaders support green roof laws and increase public awareness of their environmental benefits.
The document discusses natural lighting design for buildings. It provides information on daylight factors and how to measure daylight in buildings. It discusses goals for daylighting design, including minimizing glare and brightness ratios. Materials that can be used for glazing are described, such as laminated glass and insulating glass, along with their U-values. Factors to consider in daylighting design include building orientation, location of windows and skylights. Control systems that integrate artificial and natural lighting are also addressed.
Although green wall is not a new concept and date back to hanging gardens of Babylonia in 600 BC, but flourished in current decades. In the age of sustainable development planners and architects look for solutions to green the buildings envelops and restore environmental conditions. A variety of different terminology in this area indicates the importance of issue: Hanging or vertical gardens, balcony gardens, vertical farms, containers or planter boxes greening, green roofs or rooftop gardens, green or eco buildings, green walls, wall planters, green envelops and green facades. They can be applied to increase bio diversity and ecological value, out door and indoor value, air quality and finally enhance social and physical well being of city dwellers. This presentation discusses the green facades as one of the vertical greening systems.
This presentation gives a basic information about green roofing technology with easy English in a simple way. It has been used for conducting data about a study on "Assessing the awareness about green roofing technology and the effect of lecture on it. It is with minimum words and maximum content.
The document describes the Versa Wall® green wall system. It can be customized for interior or exterior use in various sizes and designs. The system uses proprietary trays that provide individual watering to each plant. This allows for easy plant replacement and maintenance. The document discusses design options, recommended plant varieties, lighting and irrigation requirements, and maintenance best practices for a healthy green wall.
Whether The Ideal Solution For You Is Plant Walls Or Moss Wall Art, Plant Solutions Is The Leader In The Biophilic Interior Design Trend. For more information please visit http://plantsolutions.com/living-green-wall/
In this time of rising temperatures, abundant rain and socioeconomic imbalance, this seminar will suggest that green roofs are a powerful green building Best Management Practices (BMPs).
This presentation will outline the application, feasibility, benefits and challenges of green roofs in commercial application and put several widely debated questions into perspective: modular trays v. contiguous installations, upfront cost v. long-term investment, green roof v. other options, public access v. limited access, etc. Using local, national and international examples, she will explore green roof issues re: longevity, energy savings, stormwater management, maintenance, incentives and LEED points.
The three learning objectives are a) to understand green roof ROI for commercial buildings, b) to compare stormwater strategies of green roofs v underground cisterns and porous pavers and c) to compare green roofs to a solar roof or a white reflective roof.
Green roofs are a means to lowering the overall ambient temperature, reducing longterm costs on our buildings, sequestering CO2 and producing O2, improving the quality of life in our cities and boosting our green economy. Come learn more about green roofs at this seminar on May 7th.
Greenwalls provide several benefits including energy savings, increased productivity, and improved health and wellness. They can reduce surrounding surface temperatures by up to 10 degrees Celsius, lowering air conditioning costs. Studies also show greenwalls decrease stress and improve employee productivity by 12%. Additionally, greenwalls absorb carbon dioxide and release oxygen, making indoor environments healthier.
This document provides information on three topics: terrace gardens, the role of trees in urban environments, and site analysis in landscape design.
Regarding terrace gardens, the document discusses how they can be used in urban areas with limited space, such as on rooftops or patios. It also describes how terrace gardens are constructed on hillsides using retaining walls. The document notes factors to consider when establishing a terrace garden like sun exposure, access to water, and the intended use.
For the role of trees in urban environments, the document outlines benefits like improved air quality, temperature regulation, and increased property values. It describes how trees reduce air pollution through absorption of carbon dioxide and particulate matter.
The document discusses the key features of landscaping in a sports complex, including hardscaping elements like pathways, play areas, and parking lots, as well as softscaping elements like gardens, parks, and golf courses. It also covers waterscaping features like pools, as well as case studies of sports complexes like the Hwaseong Sports Complex in Korea and the South Philadelphia Sports Complex. The document emphasizes using landscaping to create an accessible space for all users, including those with disabilities.
Green building design aims to minimize environmental impact and improve occupant health. It incorporates sustainable site design, energy and water efficiency, materials selection, indoor environmental quality, and orientation for solar gain. Benefits include reduced operating costs, improved air quality, and increased occupant well-being and productivity. Common characteristics are use of renewable materials and energy, water and waste reduction strategies, and high-performance building envelopes.
Green walls are living walls that have plants rooted in a structural support attached to a wall. They receive water and nutrients from the support rather than soil. Green walls filter air, absorbing carbon dioxide and releasing oxygen. They also retain rainwater and reduce stress. Thats-it is a nursery specializing in green walls that has completed thousands of square feet of indoor and outdoor living walls for homes, offices, and other clients in and around Mumbai, Nasik, and Surat.
Xeriscaping is a landscaping method that reduces or eliminates the need for irrigation. It involves using drought-tolerant plants, proper soil preparation including mulch, and efficient irrigation. There are seven principles of xeriscaping: planning, soil preparation, appropriate plant selection for water needs, limiting turf areas, using efficient irrigation, applying mulch, and providing appropriate maintenance. Xeriscaping can save water, reduce maintenance needs, and provide wildlife habitat using native plants suited to the local climate.
This document provides an overview of green walls, including:
- A brief history of green walls from the Hanging Gardens of Babylon to modern developments.
- The main types of green walls: green facades, cable and wire-rope net systems, modular trellis panels, and living walls.
- The key benefits of green walls including improved air quality, aesthetic benefits, building protection, and energy efficiency.
- The main factors to consider for green walls: plant selection, irrigation, structure, costs, and maintenance needs.
- Some special green wall systems and the main challenges of initial expense, structural concerns, and ongoing maintenance.
This document provides details about the landscaping plan for Kalpataru Riverside apartment complex. It includes amenities such as 2 and 2.5 BHK apartments overlooking the Gadhi River, a clubhouse with a gym and spa, badminton court, indoor games room, swimming pool, and children's play area. The landscaping is segregated into entrance area, central landscape area, play area, hardscape, and sculptures. It describes the features of each area including plantings, pathways, seating, and flooring to create a peaceful natural environment within the complex.
This document provides an introduction to green walls, also known as vertical gardens. It discusses the history and evolution of green wall technology. Green walls are divided into two categories: green facades, which use climbing plants on supporting structures, and living walls, which use pre-vegetated modular panels. The document outlines the environmental, social, and economic benefits of green walls, as well as factors for successful design and maintenance. It concludes by presenting several case studies of innovative green wall installations.
This document discusses types of roof gardens and considerations for creating one. It describes shallow, medium, and deep roof garden systems categorized by growth media depth and plant types. Key factors discussed include load capacity of the roof, drainage, maintenance access, choosing suitable plants for the sun/wind conditions, soil depth requirements, water availability, and other features like composting and seating areas. Load calculations and cross sections are provided.
The document provides an overview of Green Roof Technology's publication "Green Instance", which highlights living infrastructure projects and technologies.
It begins by introducing the 'Sun-Root' living roof system, a new green roof technology that combines solar photovoltaic panels and modern green roofing. It then discusses Celebrity Cruises' award-winning "Lawn Club" onboard lawns and the David Kemp Hall green roof at Swarthmore College.
The document emphasizes the importance of integrating living systems into built environments in a way that seamlessly combines form and function. It highlights projects that best mimic natural ecosystems while serving their intended purposes efficiently.
The document proposes constructing a study enhancement area on an empty balcony at Taylor's University. It would include an information desk, computer/iPad area, touchscreen TVs for groups, sitting areas for discussion, tables for individual study, and an accessible green roof. This design aims to encourage studying by providing facilities for both group and individual work comparable to the library. Benefits would include access to printing and information resources, spaces for different study needs, and a relaxing outdoor area. The project aims to address the lack of study spaces near Block E and boost students' academic performance.
La Universidad Pedagógica Nacional Francisco Morazán ofrece un taller de comunicación educativa a través de su Centro Universitario de Educación a Distancia, el cual se enfoca en la clase de taller de comunicación educativa.
This two-hour lecture will cover residential design features and choices that may help to conserve energy. The discussion will include building siting and orientation issues, building envelope details, glazing, shading structures & devices, thermal mass and energy-conserving landscape elements. We will also briefly discuss how interior space lay-out can affect energy efficiency.
The document discusses green roofs and their implementation in Erbil City. It provides background on green roofs, their history and types. The document finds that Erbil has a low percentage of green areas at 6.5% compared to an international standard of 30%. It recommends implementing extensive and semi-intensive green roofs on individual building projects in Erbil to increase green space. On a city scale, the document suggests leaders support green roof laws and increase public awareness of their environmental benefits.
The document discusses natural lighting design for buildings. It provides information on daylight factors and how to measure daylight in buildings. It discusses goals for daylighting design, including minimizing glare and brightness ratios. Materials that can be used for glazing are described, such as laminated glass and insulating glass, along with their U-values. Factors to consider in daylighting design include building orientation, location of windows and skylights. Control systems that integrate artificial and natural lighting are also addressed.
Although green wall is not a new concept and date back to hanging gardens of Babylonia in 600 BC, but flourished in current decades. In the age of sustainable development planners and architects look for solutions to green the buildings envelops and restore environmental conditions. A variety of different terminology in this area indicates the importance of issue: Hanging or vertical gardens, balcony gardens, vertical farms, containers or planter boxes greening, green roofs or rooftop gardens, green or eco buildings, green walls, wall planters, green envelops and green facades. They can be applied to increase bio diversity and ecological value, out door and indoor value, air quality and finally enhance social and physical well being of city dwellers. This presentation discusses the green facades as one of the vertical greening systems.
This presentation gives a basic information about green roofing technology with easy English in a simple way. It has been used for conducting data about a study on "Assessing the awareness about green roofing technology and the effect of lecture on it. It is with minimum words and maximum content.
The document describes the Versa Wall® green wall system. It can be customized for interior or exterior use in various sizes and designs. The system uses proprietary trays that provide individual watering to each plant. This allows for easy plant replacement and maintenance. The document discusses design options, recommended plant varieties, lighting and irrigation requirements, and maintenance best practices for a healthy green wall.
Whether The Ideal Solution For You Is Plant Walls Or Moss Wall Art, Plant Solutions Is The Leader In The Biophilic Interior Design Trend. For more information please visit http://plantsolutions.com/living-green-wall/
In this time of rising temperatures, abundant rain and socioeconomic imbalance, this seminar will suggest that green roofs are a powerful green building Best Management Practices (BMPs).
This presentation will outline the application, feasibility, benefits and challenges of green roofs in commercial application and put several widely debated questions into perspective: modular trays v. contiguous installations, upfront cost v. long-term investment, green roof v. other options, public access v. limited access, etc. Using local, national and international examples, she will explore green roof issues re: longevity, energy savings, stormwater management, maintenance, incentives and LEED points.
The three learning objectives are a) to understand green roof ROI for commercial buildings, b) to compare stormwater strategies of green roofs v underground cisterns and porous pavers and c) to compare green roofs to a solar roof or a white reflective roof.
Green roofs are a means to lowering the overall ambient temperature, reducing longterm costs on our buildings, sequestering CO2 and producing O2, improving the quality of life in our cities and boosting our green economy. Come learn more about green roofs at this seminar on May 7th.
Greenwalls provide several benefits including energy savings, increased productivity, and improved health and wellness. They can reduce surrounding surface temperatures by up to 10 degrees Celsius, lowering air conditioning costs. Studies also show greenwalls decrease stress and improve employee productivity by 12%. Additionally, greenwalls absorb carbon dioxide and release oxygen, making indoor environments healthier.
This document provides information on three topics: terrace gardens, the role of trees in urban environments, and site analysis in landscape design.
Regarding terrace gardens, the document discusses how they can be used in urban areas with limited space, such as on rooftops or patios. It also describes how terrace gardens are constructed on hillsides using retaining walls. The document notes factors to consider when establishing a terrace garden like sun exposure, access to water, and the intended use.
For the role of trees in urban environments, the document outlines benefits like improved air quality, temperature regulation, and increased property values. It describes how trees reduce air pollution through absorption of carbon dioxide and particulate matter.
The document discusses the key features of landscaping in a sports complex, including hardscaping elements like pathways, play areas, and parking lots, as well as softscaping elements like gardens, parks, and golf courses. It also covers waterscaping features like pools, as well as case studies of sports complexes like the Hwaseong Sports Complex in Korea and the South Philadelphia Sports Complex. The document emphasizes using landscaping to create an accessible space for all users, including those with disabilities.
Green building design aims to minimize environmental impact and improve occupant health. It incorporates sustainable site design, energy and water efficiency, materials selection, indoor environmental quality, and orientation for solar gain. Benefits include reduced operating costs, improved air quality, and increased occupant well-being and productivity. Common characteristics are use of renewable materials and energy, water and waste reduction strategies, and high-performance building envelopes.
Green walls are living walls that have plants rooted in a structural support attached to a wall. They receive water and nutrients from the support rather than soil. Green walls filter air, absorbing carbon dioxide and releasing oxygen. They also retain rainwater and reduce stress. Thats-it is a nursery specializing in green walls that has completed thousands of square feet of indoor and outdoor living walls for homes, offices, and other clients in and around Mumbai, Nasik, and Surat.
Xeriscaping is a landscaping method that reduces or eliminates the need for irrigation. It involves using drought-tolerant plants, proper soil preparation including mulch, and efficient irrigation. There are seven principles of xeriscaping: planning, soil preparation, appropriate plant selection for water needs, limiting turf areas, using efficient irrigation, applying mulch, and providing appropriate maintenance. Xeriscaping can save water, reduce maintenance needs, and provide wildlife habitat using native plants suited to the local climate.
This document provides an overview of green walls, including:
- A brief history of green walls from the Hanging Gardens of Babylon to modern developments.
- The main types of green walls: green facades, cable and wire-rope net systems, modular trellis panels, and living walls.
- The key benefits of green walls including improved air quality, aesthetic benefits, building protection, and energy efficiency.
- The main factors to consider for green walls: plant selection, irrigation, structure, costs, and maintenance needs.
- Some special green wall systems and the main challenges of initial expense, structural concerns, and ongoing maintenance.
This document provides details about the landscaping plan for Kalpataru Riverside apartment complex. It includes amenities such as 2 and 2.5 BHK apartments overlooking the Gadhi River, a clubhouse with a gym and spa, badminton court, indoor games room, swimming pool, and children's play area. The landscaping is segregated into entrance area, central landscape area, play area, hardscape, and sculptures. It describes the features of each area including plantings, pathways, seating, and flooring to create a peaceful natural environment within the complex.
This document provides an introduction to green walls, also known as vertical gardens. It discusses the history and evolution of green wall technology. Green walls are divided into two categories: green facades, which use climbing plants on supporting structures, and living walls, which use pre-vegetated modular panels. The document outlines the environmental, social, and economic benefits of green walls, as well as factors for successful design and maintenance. It concludes by presenting several case studies of innovative green wall installations.
This document discusses types of roof gardens and considerations for creating one. It describes shallow, medium, and deep roof garden systems categorized by growth media depth and plant types. Key factors discussed include load capacity of the roof, drainage, maintenance access, choosing suitable plants for the sun/wind conditions, soil depth requirements, water availability, and other features like composting and seating areas. Load calculations and cross sections are provided.
The document provides an overview of Green Roof Technology's publication "Green Instance", which highlights living infrastructure projects and technologies.
It begins by introducing the 'Sun-Root' living roof system, a new green roof technology that combines solar photovoltaic panels and modern green roofing. It then discusses Celebrity Cruises' award-winning "Lawn Club" onboard lawns and the David Kemp Hall green roof at Swarthmore College.
The document emphasizes the importance of integrating living systems into built environments in a way that seamlessly combines form and function. It highlights projects that best mimic natural ecosystems while serving their intended purposes efficiently.
The document proposes constructing a study enhancement area on an empty balcony at Taylor's University. It would include an information desk, computer/iPad area, touchscreen TVs for groups, sitting areas for discussion, tables for individual study, and an accessible green roof. This design aims to encourage studying by providing facilities for both group and individual work comparable to the library. Benefits would include access to printing and information resources, spaces for different study needs, and a relaxing outdoor area. The project aims to address the lack of study spaces near Block E and boost students' academic performance.
La Universidad Pedagógica Nacional Francisco Morazán ofrece un taller de comunicación educativa a través de su Centro Universitario de Educación a Distancia, el cual se enfoca en la clase de taller de comunicación educativa.
This document outlines the wireframe for a medical record application called CellUS. It shows the login page, patient search and creation, patient profile, editing patient photos and data, generating reports, and comparing a patient's evolution over time. The wireframe demonstrates functionality for authentication, patient management, medical imaging, record editing, reporting, and longitudinal tracking of a patient's condition.
This document summarizes key points from a presentation on changing global paradigms and India's role. It discusses how economic and political power is shifting from Western countries to emerging economies like China, India, and others. Geopolitics is being replaced by geo-economics as countries engage more through economic cooperation instead of military power. India is well positioned due to its growing economy, large skilled workforce, and strategic partnerships. Challenges for India include addressing issues like poverty, disparities, pollution, and developing sustainable resources and infrastructure.
Hoy en la Gaceta Oficial del Distrito Federal se publicó una "Nota Aclaratoria" al Decreto por el que se adiciona un Artículo 209 Bis al Código Penal para el Distrito Federal. Una joya más de la práctica parlamentaria en la #ALDF
The document provides details on the proposed landscape design for a 10m x 10m site on Taylor's University campus. It includes sections on the site analysis, design concept, master plan, planting plan, costing details, construction details, and maintenance plan. The design aims to address issues of traffic congestion and poor air quality by incorporating benches, planting, a glass roof structure, and two water features. The summary provides an overview of the key elements and goals of the proposed landscape project.
CL - Project 3 ( Final Project ) ~ The Landscape Project Ryan Kerry Jy
This document provides details of a landscape project for a site located beside the Taylor's University Admissions Office. It includes a site analysis, concept, master plan, sectional elevation, perspective drawing, and planting plan. The group's concept was to create a sustainable green space to serve as a waiting area for pick-up/drop-off. The site analysis describes the existing features and environmental conditions. The master plan and drawings show the proposed layout including hardscaping, structures, and vegetation.
The document proposes developing an empty 30m x 30m land parcel located next to an educational area and residential area in Subang Jaya, Malaysia. Proposal B suggests constructing a fast food restaurant and mini bookstore/reading area on the site. The fast food restaurant would be convenient for nearby students and residents, providing meals and a place to study with WiFi. A reading area next to the restaurant would sell books and stationery. The proposal includes a site master plan, sketches, perspectives of the design, and cost estimates for furniture, fixtures and landscaping.
1) The group designed a sustainable green space within a 91m2 site located beside the Taylor's University Admissions Office to serve as a waiting area.
2) After analyzing the site's existing features and environmental conditions, the group proposed a concept to address the site's current lack of usage through the introduction of greenery, seating, and hardscaping elements.
3) The master plan, drawings, and documents presented the design which included plantings, hardscaping materials, structures like a canopy and planter boxes, and sustainable features like an efficient drainage system and LED lighting.
This document provides an overview of skyrise greenery and sustainable high-rise gardens. It discusses the evolution of skyrise greening from an emphasis on aesthetics to recognizing its environmental and wellness benefits. It describes different forms of skyrise greenery like vertical greenery, roof gardens, and green roofs. The document outlines considerations for skyrise greenery projects including structural, safety, maintenance and planting factors. Examples of skyrise greenery initiatives in Singapore are also highlighted.
Constructed landscape final project (final)Joe Onn Lim
The document provides details of a constructed landscape final project for Taylor's University. It includes an introduction to the site selection and analysis, concept, master plan, planting plan, costing, construction details, and maintenance plan. The site named "90 Degrees" is located on the walls and columns in front of the library, forming a right angle. The master plan proposes vertical gardens on the walls using planter pockets and a concrete platform with planter boxes to bring greenery to the space. The maintenance plan outlines weekly schedules for irrigation, weeding, pruning, fertilizing, and pest control.
The document provides details of a constructed landscape final project for Taylor's University. It includes an introduction to the site selection and analysis, concept, master plan, planting plan, costing, construction details, and maintenance plan. The site named "90 Degrees" is located on the walls and columns in front of the library, forming a right angle. The master plan proposes vertical gardens on the walls using planter pockets and a concrete platform with planter boxes to bring greenery to the space. The maintenance plan outlines weekly schedules for irrigation, weeding, pruning, fertilizing, and pest management.
Constructed landscape final project (final)soniamancxia
The document provides details of a constructed landscape final project for Taylor's University. It includes an introduction to the site selection and analysis, concept, master plan, planting plan, costing, construction details, and maintenance plan. The site named "90 Degrees" is located on the walls and columns in front of the library, forming a right angle. The master plan proposes vertical gardens on the walls using planter pockets and a concrete platform with planter boxes to bring greenery to the space. The maintenance plan outlines weekly schedules for irrigation, weeding, pruning, fertilizing, and pest management.
This document provides details of a final landscape design project for a 10m x 10m site located on the balcony of Block E at Taylor's University. It includes a site analysis, concept, master plan, planting plan, costing plan, construction details, and maintenance plan. The proposed design aims to transform the underutilized space into a green study and relaxation area for students. Key elements include a shelter, benches, planters, pathway, and various plants and trees to create a pocket garden. Construction will use materials like granite pavers, wooden furniture, and an irrigation system. Ongoing maintenance includes plant care, cleaning, and repairs.
This document provides details of a final landscape design project for a 10m x 10m site located on the balcony of Block E at Taylor's University. It includes an analysis of the existing site conditions, the design concept to create a rest and study green space, a master plan, planting plan, costing plan, construction details, and maintenance plan. The project aims to apply landscape architecture principles to understand drawings and represent design ideas, while considering site regulations and long-term maintenance.
This document provides details of a final landscape design project for a 10m x 10m site located on the balcony of Block E at Taylor's University. It includes a site analysis, concept, master plan, planting plan, costing plan, construction details, and maintenance plan. The proposed design aims to transform the underutilized space into a green study and relaxation area for students. Key elements include a shelter, benches, planters, pathway, and various plants and trees to create a pocket garden. Construction will use materials like granite pavers, wooden furniture, and an irrigation system. Ongoing maintenance includes plant care, cleaning, and repairs.
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Introduction to the construction industryIRFAANYADUN
This document proposes a recreation area construction project on a vacant plot of land between two hypermarkets in Subang Jaya, Malaysia. The proposed recreation area would include grass fields, two circular ponds surrounded by decking, a children's play area with slides and swings, trees for shade, walking paths, and benches. The project aims to provide a green space for community use with activities like relaxing, picnics, and exercise. A detailed site plan, plant and materials list, and cost estimate are provided.
This document provides details of a final landscape design project for a 10m x 10m site located on the balcony of Block E at Taylor's University. It includes an analysis of the existing site conditions, the design concept to create a green study and relaxation space, a master plan, planting plan, costing plan, construction details, and maintenance plan. The project aims to apply landscape architecture principles to understand drawings and represent design ideas while meeting regulations and maintenance requirements.
This document provides details of a final landscape design project for a 10m x 10m site located on the balcony of Block E at Taylor's University. It includes an analysis of the existing site conditions, the design concept to create a green study and relaxation space, a master plan, planting plan, costing plan, construction details, and maintenance plan. The project aims to apply landscape architecture principles to understand drawings and represent design ideas while meeting regulations and maintenance requirements.
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1) This document is a final project report submitted by a group of 6 students for their Constructed Landscape module. It details the proposal of a green space for a 10m x 10m site on the Taylor's University campus.
2) The group analyzed the site and proposed "Sky Wheel Garden", with key features being a central lawn, pergola, seating areas, and various plantings. A master plan, planting plan, costing, and maintenance plan are included.
3) Sustainable approaches for the garden include using solar powered lighting and fountains, as well as sound absorbing plants to help block noise from nearby buildings. The design aims to provide a relaxing outdoor space for students.
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The document is a final project report submitted by a group of 6 students for their Constructed Landscape course. It details the proposal of a green space located on a 10m x 10m rooftop site on their university campus. The report includes sections on site analysis, concept, master plan, planting plan, elements, costing, construction details, and maintenance plan for the proposed green space called "Sky Wheel Garden". The garden is designed as a recreational area with features like a central lawn, pergola, benches, and wall fountain to provide a relaxing space for students.
1) This document is a final project report submitted by a group of 6 students for their Constructed Landscape module. It details the proposal of a green space for a 10m x 10m site on the Taylor's University campus.
2) The group analyzed the site and proposed "Sky Wheel Garden" - a recreation area centered around a lawn and pergola. The master plan, planting plan, elements, and maintenance plan are included.
3) Sustainable approaches for the garden include using solar powered fountains and lights as well as sound absorbing plants and water features to reduce noise from nearby buildings.
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Cl report
1. Constructed Landscape
Final Project –
Landscape Project
FNBE February 2014 Intake
Group Members: Ang Wei Yi
Tang Ju Yi
Teoh Sze Ming
Ong Jia Hui
Ong Min Junn
Wong Carol
1
2. Content
1. Introduction 3
2. Site Analysis 4
3. Concept 5-6
4. Master Plan 7-8
5. Planting Plan 9-11
6. Costing 12-13
7. Construction Details 14-16
8. Maintenance Plan 17-21
2
3. 1.0. Introduction
The selected site is a 10m x 10m site situated towards the north-east of Taylor's University Lakeside
Campus. Located on next to the CODA gallery of the commercial and residential block of the campus,
the selected site is mostly bare and the floor is covered with concrete pavement. Surrounding the site
are some hedges, roads, walkways and the CODA gallery.
This 10m x 10m site is selected because it is not properly used and developed. Therefore, by
improving by this area, the landscape of the area will be improved dramatically.
3
4. 2.0. Site Analysis
The selected site which is located north of CODA gallery experiences many elements. The sun
orientation is from the east to the west of the site. During the noon, it is slightly towards the north of
the site. Hence, the 10m x 10m site is always exposed to sunlight during the day because there are no
surrounding tall buildings or trees that are able to block the sunlight.
The main problem which can be found around the selected site is a traffic congestion located in
between CODA gallery and Starbucks Cafe. This problem causes a massive problem to pedestrians as
it is tough to move about the area. The traffic congestion is due to a few problems:
I. It is a main walkway for pedestrians to move around the area
II. it is a main spot for pedestrians to gather in front and next to Starbucks Cafe
III. Stalls are setup along the main walkway
The site also experiences dusty air with smoke coming from the northeast and east of the site. The
dusty air is caused by moving vehicles and waiting/parked vehicles from the nearby roads which
surrounds the site and smoky air is caused by smokers that smoke around Starbucks Cafe. Hence, the
site experiences unhealthy air mostly from the east side of the site.
4
5. 3.0. Concept
The idea of this concept is to mainly solve the problem which exists around the site. This concept is to
provide a waiting area with benches as the students are able to wait around this area for their
transport during the evening. With this, the traffic congestion will be solved as the pedestrians'
walkways will not be blocked by those waiting around.
To solve the problems at site, the concept is to have a place with benches for people to wait, green
spaces to create a healthy landscape a provide better air, has a glass roof with vines growing on top of
it to block of some of the sunlight.
A radial series of benches surrounds a small garden in the middle of the radial benches. The area has
two entry points with a main pathway in the middle. The small garden in the middle provides a green
area to improve the landscape as well.
The glass roof is a continuous structure from the existing glass roof near the selected site. The top of
it is covered by vines but not covered densely as sunlight is needed by the plants underneath the roof.
It is also meant to be a
5
6. On the outer wall of both sides of the free standing wall, two water features are installed to solve the
problem of dusty and smoky air. With it, water is able to reduce the amount of dust and smoke
particles in the air, creating a healthier environment within the site. Apart from that, the water
features are installed to reduce the temperature at the site as the site is constantly heated by the sun
during the day. With water features, water is able to reduce the temperature within the site, creating
a more comfortable place to be as it a waiting area.
6
7. 4.0. Master Plan
This area is intended to be a waiting area for those that are waiting for their transport or even as a
place where people can meet up. With a round garden surrounded by benches, the area creates a
small sense of enclosure and it improves the area from just being an empty area to green waiting
area.
7
8. 4.1. SoftScape
Softscape is the living part of the landscape. Softscape refers to the elements of a landscape such as
plants, shrub, trees and flower. Due to design program of the landscaping, softscaping can be
experimented with implementing the subtlest of ideas of the landscaping area. Softscaping is trees
and shrub that lend their colour and character to brighten the pathway and driveway. Planning the
arrangement of the plants is to create reflect of sensibilities of the inhabitants and create character to
the landscape.
In the proposed site, there are a few types of softscapes such as evergreen shrubs, vines,
groundcovers and grass. They are the main things that allow a green space to exist within the site.
4.2. Hard Scape
Hardscape are the business of creating visionary urban space and being a source of creativity and
inspiration for landscape. Hardscape is refers to the built environment including paved area like
streets and sidewalk, structure, wall and also large structure where upper soil is no longer exposed to
the air but is covered in durable material. Hardscape can offer a part of their professional by advising
the cost, samples and ensuring each scheme complete the customer satisfaction.
In the proposed site, one of the main hardscape is the glass roof which provides shelter from rain and
sunlight. Thus a space is created where people are able to gather.
8
12. 6.0. Costing
12
Hard Landscape Costing
No. Item Unit Qty Rate (RM) Amount (RM)
1Wooden Bench m2 6 250.00 1500.00
2Cut stone slab m2 5 350.00 1750.00
3Free Standing Brick Wall m 0.8 135.00 108.00
4Precast concrete slab (with pattern) m2 5 100.00 500.00
5Brick edging m 10 25.00 250.00
6Water Feature no. 2 4000.00 8000.00
7Glass Roof m2 25 1000.00 25000.00
Subtotal 37108.00
Soft Landscape Costing
No. Item Unit Qty Rate (RM) Amount (RM)
1Shrubs
no. 20 7.00 140.00
no. 44 15.00 660.00
no. 22 5.00 110.00
2Ground covers
no. 30 1.60 48.00
m2 16 28.00 448.00
3Vines
no. 4 30.00 120.00
4Soil m3 60 60.00 3600.00
5Hole Excavation
a. Shrubs no. 100 15.00 1500.00
b. Ground covers no. 20 5.00 100.00
6Excavation for turfing m2 75 30.00 2250.00
7Mulching
a. Shrubs m2 50 5.00 250.00
b. Ground covers m2 20 5.00 100.00
Subtotal 9326.00
a. Spathiphyllyum
b. Cuphea Hyssopifolia
c. Sansevieria Trifasciata
a. Arachis Pintoi
b. Zoysia Matrella
a. Schizophragma integrifolium
13. 13
Electrical Costing
No. Item Unit Qty Rate (RM) Amount (RM)
1Water resistant LED spot light no. 4 54.00 216.00
2 no. 10 10.00 100.00
3Under bench LED light no. 8 27.00 216.00
4Installation of Electrical Wiring no. once 300.00 300.00
Subtotal 532.00
Maintenance Cost
No. Item Rate (RM) Amount (RM)
1
RM 50/day x 4 times a month 200.00
b. Supervisor RM 70/day x 4 times a month 280.00
2Material Cost
RM 100/day x once a month 100.00
b. Pest Control RM 100/day x once a month 100.00
c. Replacement of Dead Plants RM 100/day x once a month 100.00
3Water Feature Maintenance RM 1400/day x once a month 1400.00
4Shrub pruning RM 50/day x 2 times a month 100.00
5Path Maintenance RM 50/day x 2 times a month 100.00
Subtotal 2380.00
Sum of Subtotals 49346.00
5% Preliminaries 2467.30
10% Contingencies 4934.60
Total 56747.90
Estimated (RM) 56800.00
LED 1.2W round inground uplight
Labour Cost
a. Labourers
a. Fertiliser
14. 7.0. Construction Details
7.1. Construction Details of Water Feature
A simple water fountain wall can add beauty to an area. Additionally, many people are relaxed by the
sound of water, and they use water fountain walls to help them rest and meditate.
All water fountain walls have a few basic components. First, it requires a reservoir that can hold
enough water to make a beautiful waterfall. Also, a recirculating pump is required to pump the water
from the reservoir to the top of the wall. Another necessary component is a pipe or tube delivery
system that the water is pumped through, in addition to a head at the top of the wall. There are
several types of heads, including spray heads that shoot the water through holes in a pipe and free-
flow heads that simply let the water flow freely. Also, of course, the structure requires a wall or other
surface to create the desired effect.
14
15. The reservoir must be adequately sized for the water wall unit and its pump. The reservoir must be at
least three times bigger than the minimum expected flow per minute. Reservoir length and width
should be at least twice the design drop unless measures are taken to contain and collect splash.
Factors requiring consideration include splash, wind, sunlight and noise.
15
16. 7.2. Construction Detail of Bench
Benches are places for pedestrians to rest after walking. The basic requirements are that the height of
the seat should be low enough for the person’s feet to be on the ground giving no pressure to the
thighs. Fixed benches must be able to withstand all climatic conditions and therefore must be made
much more durable than movable types which can be easily stored in a shed.
Benches should be approximately 425/450mm high. The height is limited so they will be comfortable
for the average person.
The basic materials are wood and metal. Wood is the most versatile of all materials – teak being the
most durable and weather resistant of all woods.
16
17. 8.0. Maintenance Plan
-1st
Month
Maintenance Issue Frequency Description
Watering Twice a day -Gardeners are needed to water the
plants twice every day
-Young plants require more care and
therefore sufficient water is to be
provided everyday
-Snake Plants (Sansevieria Trifasciata)
requires less watering.
Fertilising Twice a month -Gardeners are needed to spread
fertilisers to the plants twice a month
-Young plants require more nutrients
in order for them to grow properly and
quickly
-Peace Lilies (Spathiphyllum) require
more frequent fertilisation for it to
grow properly
Pest Control Twice a month -Gardeners are to use biological ways
to control pest
Water Feature Once a month -Cleaners are to clean the water
feature and maintain the cleanliness of
the water as well as the functionality
of the water pump
Shrub Pruning None -Gardeners need not prune much of
the young plants as they need to grow
-Weeding is important to prevent
weeds from absorbing the nutrients
and the retardation of the growth of
plants
-Vines need to be pruned to ensure
that it will climb up the glass roof.
Path Maintenance None -Gardeners need not trim much of the
grass as they are still short and young
In short, during the period of the first month, the plants need extra care from the gardeners to ensure
that the growths of the plants are not retarded.
17
18. - 2nd
Month
Maintenance Issue Frequency Description
Watering Once a day -Gardeners are needed to water the
plants once every day
-Plants are towards an independent
stage where less care is required
-Peace Lilies does not need watering as
it is located next to a water feature. Its
soil only needs to be moist.
Fertilising Once a month -Gardeners are needed to spread
fertilisers to the plants once a month
-Intermediate
-Peace Lilies (Spathiphyllum) require
more frequent fertilisation for it to
grow properly
Pest Control Twice a month -Gardeners are to use biological ways
to control pest
Water Feature Once a month -Cleaners are to clean the water
feature and maintain the cleanliness of
the water as well as the functionality
of the water pump
Shrub Pruning Once a month -Gardeners need not prune much of
the young plants as they need to grow
-Weeding is important to prevent
weeds from absorbing the nutrients
and the retardation of the growth of
plants
-Vines need to be pruned to ensure
that it will climb up the glass roof.
Path Maintenance Once a month -Gardeners need to trim the paths
once a month as the grass will start to
grow tall
Electrical Once a month -Electricians will need to check for any
electrical leakages and ensure that the
pump of the water feature is working
properly
18
19. - 3rd
Month
Maintenance Issue Frequency Description
Watering Once a day -Gardeners are needed to water the
plants once every day
-Plants are towards an independent
stage where less care is required
-Peace Lilies does not need watering as
it is located next to a water feature. Its
soil only needs to be moist.
Fertilising Once a month -Gardeners are needed to spread
fertilisers to the plants once a month
-Intermediate
-Peace Lilies (Spathiphyllum) require
more frequent fertilisation for it to
grow properly
Pest Control Twice a month -Gardeners are to use biological ways
to control pest
Water Feature Once a month -Cleaners are to clean the water
feature and maintain the cleanliness of
the water as well as the functionality
of the water pump
Shrub Pruning Once a month -Gardeners need not prune much of
the young plants as they need to grow
-Weeding is important to prevent
weeds from absorbing the nutrients
and the retardation of the growth of
plants
-Vines need to be pruned to ensure
that it will climb up the glass roof.
Path Maintenance Once a month -Gardeners need to trim the paths
once a month as the grass will start to
grow tall
Electrical Twice a month -Electricians will need to check for any
electrical leakages and ensure that the
pump of the water feature is working
properly
19
20. - 4th
Month – 12th
Month
Maintenance Issue Frequency Description
Watering Once a day -Gardeners are needed to water the
plants twice a week
-Plants are independent stage where
less care is required
-Peace Lilies does not need watering as
it is located next to a water feature. Its
soil only needs to be moist.
Fertilising Once a month -Gardeners are needed to spread
fertilisers to the plants once per month
-Intermediate
-Peace Lilies (Spathiphyllum) require
more frequent fertilisation for it to
grow properly
Pest Control Twice a month -Gardeners are to use biological ways
to control pest
Water Feature Once a month -Cleaners are to clean the water
feature and maintain the cleanliness of
the water as well as the functionality
of the water pump
Shrub Pruning Once a month -Gardeners need not prune much of
the young plants as they need to grow
-Weeding is important to prevent
weeds from absorbing the nutrients
and the retardation of the growth of
plants
-Vines need to pruned to ensure that it
will lush
Path Maintenance Once a month -Gardeners need to trim the paths
once a month as the grass will start to
grow tall
Electrical Once a month -Electricians will need to check for any
electrical leakages and ensure that the
pump of the water feature is working
properly
Trimming Once a month -Gardeners need to trim the tall plant
once a month
20
21. 8.1. Maintenance Cost
21
No. Item Rate (RM) Amount (RM)
1
RM 50/day x 4 times a month 200.00
b. Supervisor RM 70/day x 4 times a month 280.00
2 Material Cost
RM 100/day x once a month 100.00
b. Pest Control RM 100/day x once a month 100.00
c. Replacement of Dead Plants RM 100/day x once a month 100.00
3 Water Feature Maintenance RM 1400/day x once a month 1400.00
4 Shrub pruning RM 50/day x 2 times a month 100.00
5 Path Maintenance RM 50/day x 2 times a month 100.00
Total 2380.00
Labour Cost
a. Labourers
a. Fertiliser