This document discusses factors to consider for site selection. There are two main methods of site selection: 1) selecting from a list of potential sites the one that best meets the project's needs, and 2) selecting the best possible use for a given site. Important criteria include accessibility, visibility, population and demographic patterns served, site capacity, neighborhood compatibility, availability of utilities, and physical characteristics. Additional criteria are discussed for different types of buildings like libraries, museums, and schools. Cost considerations and feasibility factors are also important to evaluate for site selection.
Site Planning- Principles and Considerations ameed inam
Basic Principles of Site Planning in Architecture and Components of Site Planning.
Inventory of Site Planning and its implementation in Building Design as well as Site Development
Elements of city planning_Building and Town PlanningA Makwana
All the individual objects that are included in an urban area area the elements of city plan. These objects include residential building, public buildings, parks, factories, roads etc.
Site Planning- Principles and Considerations ameed inam
Basic Principles of Site Planning in Architecture and Components of Site Planning.
Inventory of Site Planning and its implementation in Building Design as well as Site Development
Elements of city planning_Building and Town PlanningA Makwana
All the individual objects that are included in an urban area area the elements of city plan. These objects include residential building, public buildings, parks, factories, roads etc.
Introduction to Site Planning. These slides should be able to provide urban planners a simple guide to factors and issues to consider in planning a a site. These slides were prepared for urban design class for masters students in Makerere University Kampala ( Uganda)
Presentation on building bye laws as per GTU (syllabus) building & town planning.
It is my first presentation on slide share so please give suggestion on given topic or any other requirement.
Thank you.
Growth pattern of towns Natural and Planned,
Types of zoning and importance,
various road networks(Grid iron pattern, shoe string development,
Surveys for data collection, physical survey, social survey, economic survey, civic survey,
Town aesthetics, landscape architecture,
Rehabilitation of slum and urban renewal,
Introduction to Site Planning. These slides should be able to provide urban planners a simple guide to factors and issues to consider in planning a a site. These slides were prepared for urban design class for masters students in Makerere University Kampala ( Uganda)
Presentation on building bye laws as per GTU (syllabus) building & town planning.
It is my first presentation on slide share so please give suggestion on given topic or any other requirement.
Thank you.
Growth pattern of towns Natural and Planned,
Types of zoning and importance,
various road networks(Grid iron pattern, shoe string development,
Surveys for data collection, physical survey, social survey, economic survey, civic survey,
Town aesthetics, landscape architecture,
Rehabilitation of slum and urban renewal,
Urban Planning Site Analysis and SelectionJahh Lavz
credits to:
- Site Selection Guide; U.S. General Services Administration Public Buildings Service, Office of Chief Architect
- Site Analysis; The Architects' Handbook of Professional Practice, 13th Edition, (c) 2000
Selecting site for Sustainable Projects and Green BuildingsJIT KUMAR GUPTA
Success, failure, cost, quality and ambiance of any architectural/infrastructural projects, have genesis in the quality and appropriateness of the site where they are located. Every site remains unique and distinct for the reasons ; accessibility, shape and size, varying topography, flora & fauna, bio-diversity , climate, physical, social, environmental features, culture etc. which largely impact/guide design, site planning; positioning and orienting the building; determining the footprints, form, shape, fabric, material, structure, sustainability and typology of the building including its relation with the surrounding and neighborhood buildings. All globally known architectural projects had their genesis in the uniqueness and appropriateness of the site where they are located. Accordingly, defining guidelines /principles remains valuable for identifying sites for sustainable projects. Guidelines for the project remain both dynamic- constantly and continuously evolving and devolving requiring review, revision and redefinition from time to time to make them more relevant, rational and objective. Nevertheless, identification of appropriate site will need lot of study, data, knowledge, understanding and expertise before coming to a logical conclusion.
Site planning in Architectural Projects- Principles and ApproachesJitKumarGupta1
Presentation tries to showcase the relevance of site planning in the architectural projects, impact of site plan on designing buildings, process to be followed and principles to be kept in mind while evolving site plans. Presentation also makes an attempt to explain and detail out the role of site and factors to be considered while evaluating any site.
Requires systematic screening to address:
Technical and scientific aspects eg
geological
environmental
engineering
Economic issues
Regulatory factors
Public acceptance
Siting is not exclusively a technical challenge
Evaluating Suitability of Site for any Architectural Projects.docxJIT KUMAR GUPTA
Role of site selected for any building project remains most critical ,valuable and prime reason and major determinant of success and failure of any project. All architectural projects have their origin/genesis in the site on which they are located and accordingly remain site specific for their conceptualization, planning, designing and construction. Like human beings, sites also remain different and distinct. Every site remains unique and distinct, comprising of numerous complex elements including; varying topography, changing physiography, existing flora & fauna; existing bio-diversity; ruling climatic conditions; physical, social, environmental features; local culture; available building materials and construction technologies in practice, which largely influence, impact and guide design process and decision making.
Site plays a crucial role in positioning and orienting the building, determining its footprints, form, shape, fabric, material, structure, sustainability and typology, including its relation with nature, surrounding and neighborhood buildings. Accordingly, finding and locating appropriate site for any project and carrying out detailed site analysis, remains vital and crucial for any project to be rational, effective and sustainable. In the parlance of Architecture, site analysis involves evaluating a particular location physically, environmentally and socially with the basic objective of developing an architectural solution which would be distinct and help achieve the defined objective of the project besides making the project cost-effective, energy-energy, eco-friendly, user-friendly and sustainable. Accordingly, sourcing an appropriate and suitable site remains pre-requisite and vital for developing any project of any merit because all good architectural solutions have their genesis in understanding, analyzing, appreciating and bringing best out of the given site.
All globally known architectural master pieces had their genesis in the uniqueness and appropriateness of site on which they were located and the design option used for optimizing the prevailing strength of such unique sites. Sourcing appropriate site remains vital for the owner, project managers and architects and accordingly, it will be relevant and rational to define broad guidelines and principles which must be kept in mind, must be valued and should remain the basis/ guiding principles while defining/ selecting sites for any sustainable architectural project. Since all human settlements remain different, distinct and unique, accordingly searching appropriate site for any standalone project remains both a difficult and most challenging task. However, critical factors which need to be considered and broad methodology, guidelines and approach, which can be used/leveraged for searching appropriate site, have been briefed below. These factors will also form the very basis of carrying out site analysis, before taking up the site planning .
Evaluating Suitability of Site for any Architectural Projects.docxJIT KUMAR GUPTA
Role of site selected for any building project remains most critical ,valuable and major determinant of success and failure of any project. All architectural projects have their origin/genesis in the site on which they are located and accordingly remain site specific for their conceptualization, planning, designing and construction. Like human beings, sites also remain different/distinct and no two sites are same. Every site remains unique and distinct, comprising of numerous complex elements including; varying topography, changing physiography, existing flora & fauna; existing bio-diversity; ruling climatic conditions; physical, social, environmental features; local culture; available building materials and construction technologies in practice, which largely influence, impact and guide design process and decision making.
Site plays a crucial role in positioning and orienting the building, determining its footprints, form, shape, fabric, material, structure, sustainability and typology, including its relation with nature, surrounding and neighborhood . Accordingly, finding and locating appropriate site for any project and carrying out detailed site analysis, remains vital and crucial for any project to be rational, effective and sustainable. In the parlance of Architecture, site analysis involves evaluating a particular location physically, environmentally and socially with the basic objective of developing an architectural solution which would be distinct and help achieve the defined objective of the project besides making the project cost-effective, energy-energy, eco-friendly, user-friendly and sustainable. Accordingly, sourcing an appropriate and suitable site remains pre-requisite and vital for developing any project of any merit because all good architectural solutions have their genesis in understanding, analyzing, appreciating and bringing best out of the given site.
All globally known architectural master pieces had their genesis in the uniqueness and appropriateness of site on which they were located and the design option used for optimizing the prevailing strength of such unique sites. Sourcing appropriate site remains vital for the owner, project managers and architects and accordingly, it will be relevant and rational to define broad guidelines and principles which must be kept in mind, must be valued and should remain the basis/ guiding principles while defining/ selecting sites for any sustainable architectural project. Since all human settlements remain different, distinct and unique, accordingly searching appropriate site for any standalone project remains both a difficult and most challenging task. However, critical factors which need to be considered and broad methodology, guidelines and approach, which can be used/leveraged for searching appropriate site, have been briefed below. These factors will also form the very basis of carrying out site analysis, before taking up the site
Suitability of Site for Architectural Projects.docxJIT KUMAR GUPTA
Site remains vital and important for any architectural projects to become relevant and sustainable. Accordingly sites need to be valued, understood and appreciated for evolving any sustainable design solutions. Selecting suitable sites remains and art and science , which needs to be learnt by each architect. It needs to be understood and appreciated that site is not merely land but also include and involves, all social, physical, environmental and infrastructures, climate. etc . which support the site and stay relevant for evolving sustainable design solutions. Sites accordingly need to be understood, dissected, analysed and appreciated before evolving design options. Diluting site will invariably lead to unsustainable and irrational design solutions, making built environment unsustainable.
Qatar University
College of Engineering
Department of Architecture and Urban Planning-DAUP
Course Code and Title: ARCH 312 - Architectural Design Studio 3
Semester: Spring
Instructor: Dr. Yasser Mahgoub, Associate Professor, ymahgoub@qu.edu.qa
Project 2
Neighborhood Community Center
Requirement
Students are required to develop a preliminary design of a neighborhood community center that offers integrated services to address the complex social and physical challenges facing many neighborhoods in Doha. Its focus is on developing the community through cultural pride, education and arts appreciation. A second aspect of its uniqueness is the multi-cultural and multi-ethnic composition of the Qatar’s population who participate in the activities.
The center is about 3,000-square-meters of gross area and approximately 5,000 m2 of land area.
It should include (but not limited to):
- Entrance (50m2): Waiting and reception area (50 m2)
- Children Zone (200m2): Play area for toys and books (200 m2) and outdoors playground (300 m2)
- Youth Zone (300m2): Majlis (100m2) and four 4 meeting room for workshops, computer terminals and groups activities. (4x50 m2 each)
- Elderly Zone (300m2): Majlis (100m2) and Four (4) private meeting rooms (4x50 m2)
- Female Zone (200m2): Majlis (100m2) and 2 activities workshops (2x50m2).
- General Zone (2000m2)including:
o Majlis (200m2) for sitting and meeting
o Multipurpose hall (400 m2) with kitchen (50 m2)
o Multipurpose temporary exhibition gallery (400 m2)
o Lecture room for 200 persons (200 m2)
o Learning Resource Center (library) (200 m2) equipped with state-of-the-art computer lab for multimedia and internet access. The library contains written, video and audio materials to assist and strengthen community associations.
o Four classrooms/workshops (4x100 m2)
o Administration composed of six (6) offices (6x30 m2) and a mini-kitchen (20m2).
o Storage (50 m2)
- Garden and landscape (2000m2)
The building should achieve the highest rating of sustainability by applying Qatar Sustainability Assessment System (QSAS). (http://qsas.org/) The objective of QSAS is to create a sustainable built environment that minimizes ecological impact while addressing the specific regional needs and environment of Qatar. QSAS consists of several categories, criteria and measurements that serve as valuable tools for sustainable design and development.
Research
1. Collect relevant design data from architectural references regarding neighborhood community buildings design.
2. Collect information regarding Qatar Sustainability Assessment System (QSAS). (http://qsas.org/).
3. Collect and study several examples from different sources of contemporary architecture projects. Select one building/project to use as precedence and collect information and drawings.
Drawings
- Layout scale 1:400
- Plans scale 1:200
- 2 Elevations scale 1:200
- Section scale 1:200
- Exterior Perspective, Axonometric, or Isometric
- Model scale 1:200 or 1:400
The Site
The selected site is “Dahl Al-Hamam park” as shown in map.
Site Planning for Architectural Projects - Revised JIT KUMAR GUPTA
This presentation has been updated and revised with the addition of the text and the images to illustrate the context of site in preparing lay-out plan and archtectural design
Presentation tries to define the role and importance of site planning in promoting sustainability of architectural projects.f It also defines the principle/agenda based on which site planning should be carried out to make optimum use of the site.
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3. THERE ARE TWO METHODS OF
ESTABLISHING A SITE :
• 1. SITE SELECTION PROCESS
• This process selects from a list of potential sites one that
suits best the given use and requirements of the project .
• 2. DEVELOPMENT SUITABILITY PROCESS
• This process selects the best possible use and
development suited for a given site .
4. SITE SELECTION
Describes the process of identifying the optimal location for
the project.
Selection process:
1. needs to be rigorous
2. needs professional advice
3. needs to balance the numerous opportunities and
risks associated with each site and/or building
looked at.
5. • One of the most important decisions required within
the development process.
• Selection must be based not only on current needs
but also on projected needs.
• Selecting the right site for a institutional, leisure,
entertainment or recreation project is critical to its
success.
• A poor site lasts forever; will permanently
handicap the project's revenues and profits; or
worse, can result in its failure.
SITE SELECTION
6. THERE ARE A LARGE NUMBER OF FACTORS
THAT ARE IMPORTANT CONSIDERATIONS TO
SITE SELECTION. SOME ARE:
o Population of the Region
o Climate
o Accessibility
o Visibility
o Traffic counts/congestions
o Physical barriers
o Psychological barriers
o Character of surrounding
properties
o Character of surrounding
community
o Site Size and Shape
o Topography
o Infrastructure
improvements
o Drainage
o Site orientation
o Environmental
requirements
o Competition
o Zoning
o Patterns of Travel
o Cost and Time Frame
7. SITE SELECTION CRITERIA
based on other building types
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
8. SITE SELECTION FACTORS (CRITERIA)
1. Accessibility
2. Image/Visual Quality
3. Visibility
4. Demographic Patterns 5. Site Capacity
5. Neighborhood Compatibility
6. Legal Matters
7. Utilities Availability
8. Physiography
9. Tie breaker criteria/Site related cost
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
9. SITE SELECTION FACTORS (CRITERIA)
1. ACCESSIBILITY - should be easily accessible by
transportation and pedestrians.
http://watertown.propsearch.com.sg/about-watertown/site-plan/
12. SITE SELECTION FACTORS (CRITERIA)
2. IMAGE/VISUAL QUALITY – quality of the existing neighborhood
surrounding the project needs to complement rather than detract
from it.
• should be located in an area with a strong positive identity
and image.
• should also be compatible with surrounding land uses, both
existing and proposed.
13. SITE SELECTION FACTORS (CRITERIA)
3. VISIBILITY – a prominent location is required to attract a large
number of people to the proposed building.
• high visibility along a major street with easy accessibility is
ideal.
• if the site (or surrounding sites) involves other buildings, the
building project should be able to be oriented in the portion
of the site with highest visibility.
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
14. SITE SELECTION FACTORS (CRITERIA)
4. DEMOGRAPHIC PATTERNS – site should be
located where people can easily reach it and conduct
other activities during the same trip.
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
• place where people
naturally converge.
• should be where the
largest percentage of
all people to be
served will have
access frequently in
the normal pursuit of
their activities.
15. SITE SELECTION FACTORS (CRITERIA)
5. SITE CAPACITY - the site should be large enough to
provide sufficient area “footprint” required for the
following:
• parking for users (transient and permanent)
• future expansion
• necessary allowances for setbacks and other
zoning requirements
• suitable landscaping
The resulting building should look as if it belongs on
the site, not forced on a plot of ground that is too
small.
Ex. Library – 4 times larger than the building
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
18. SITE SELECTION FACTORS
(CRITERIA)
7. UTILITIES
AVAILABILITY
- To avoid extra costs, the
presence of electrical,
water, gas, sewer, and
other services should be
in place now, or by the
time construction is
scheduled to start.
19. SITE SELECTION FACTORS (CRITERIA)
8. PHYSIOGRAPHY
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
- suitability of the
soil, the
topography of
the site and
orientation. are
considered.
20. SITE SELECTION FACTORS (CRITERIA)
10. TIE-BREAKER CRITERIA:
SITE-RELATED COSTS
If several sites are ranked equally, or nearly
so, in all of the criteria, then site-related costs
should serve as a “tie-breaker” to finalize the
selection of the proposed building site.
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
21.
22. SITE SELECTION FACTORS (CRITERIA)
10. SITE-RELATED COSTS should be compared on the basis
of the following factors:
• Acquisition costs
• Demolition costs of any existing facilities on the site.
• Relocation costs of any existing business or residents currently
on the site
• Any unusual site development costs that may occur - such as
from a site with underground utilities and/or water, extra
construction costs that will occur due to such things as poor soil
conditions, limitations of the site such as underground versus
above grade parking, or site configuration resulting in a more
expensive building solution.
• Cost of providing sufficient utility service to the site
http://www.statelibrary.sc.gov/docs/Facility/Site_Selection.pdf
23. I. ECONOMIC CRITERIA
• determined by a feasibility and market study.
1. Accessible location
2. Acceptable land costs
3. Manageable development costs
4. Ability to support all project components (i.e.
- development, recreation, regulatory
constraints, circulation and infrastructure)
24. II. PHYSIOGRAPHICAL CRITERIA
• includes study of the natural opportunities and/or
constraints of the site.
1. Topography
2. Soils
3. Water
4. Vegetation
5. Wildlife
6. Site drainage
25.
26. III. SITE GOVERNANCE CRITERIA:
1. Regulatory restrictions
2. Property size and shape
3. Existing utilities and structures
http://www.asgca.org/site-selection
27. IV. OFF-SITE ISSUES CRITERIA:
• factors into an acceptable site as well.
1. Air traffic 3. Views
2. Noise 4. Odors
28. DESIGN FEASIBILITY
• What are the implications of the development on
adjacent sites or properties, and visa versa?
• Is the existing building Listed, or is the site within a
Conservation area?
• Are there any protected wildlife species – bats, great
crested newts for example?
• Is the site likely to have any contamination, or be of
archaeological value?
29. DESIGN FEASIBILITY
• How sustainable is the site, and / or how sustainable
could it be made to be?
• What traffic impact will the project have, and how will
people journey to and from it?
• Are there any noise issues associated with the site
and its context?
• How supportive will the community be to the
proposals?
•
30. DESIGN FEASIBILITY
• Does the site or building generate the right amount of
accommodation (net area)?
• Does the site provide easy access – vehicular,
servicing, pedestrian, disabled?
• Does it possess enough character, drama, charm, or
if not could it easily be designed in?
31. DESIGN FEASIBILITY
• Does the site allow future flexibility (adaptation,
extension, etc)?
•
Planning Assessment:
• Does the site have any major Planning Policy
issues that may prevent or delay the project?
• Does the site have the same Use Classification
as the project?
• Is the site within a Flood Risk area?
32. DESIGN FEASIBILITY
Legal assessment:
• Does the site have any legal issues that may
prevent or restrict the proposed development?
• Are there any restrictive covenants?
• Are there any Rights of Access, and can access
from the Highway be guaranteed?
33. DESIGN FEASIBILITY
Legal assessment:
• Is there any wider regeneration benefits to be gained from
the site; social, economic?
• Are there any major services that cross the site?
• Are there any invasive plant species (e.g. Japanese
Knotweed) that require expensive remediation?
• Is there any topographical and / or geological information?
• What is the quality of the existing landscape, and are
there any Tree Preservation Orders?
34. SITE CRITERIA FOR MUSEUMS
• Availability
• Timeliness
• Cost of acquisition
1. Size
2. Disincentives to success
3. Concerns of major funders
4. Strong physical constraints – flooded area, polluted areas, unsafe
location
5. Other threats to collection care
• Museological Issues:
1. Security
2. Environment
3. Conservation
4. Room for expansion
5. Loading area
6. Outdoor space
Manual of Museum Planning, Gail Dexter Lord and Barry Lord
35. 1. Location of a library will be determined by its service area, the
zone a majority of patrons most likely will come from. (This concept
is similar to the retailers’ “catchment area.”
Example: Site Criteria for Libraries
36. Catchment area is the area and population from which a shopping center, store,
hospital, school or other premises attracts/draws its customers, patrons, or visitors. For
example, a school catchment area is the geographic area from which students are
eligible to attend a local school.
en.wikipedia.org/wiki/Catchment_area_(human_geography)
localplan.westoxon.gov.uk/document.aspx
http://www.rrh.org.au/articles/subviewaust.asp?ArticleID=1318
http://www.wbs.eu.com/catchment-map.php
37. • Central library should be in close proximity to other civic institutions such as a
city hall, cultural centers, major open spaces (plazas and parks), and
educational facilities (high schools, a college or university).
• This type of clustering creates a density of public and civic activity and
enhances the relative status of each institution.
• Together, these buildings and uses create a central place and can serve as a
city’s core.
38. Factors determining centrality differ by criteria of measurement
• Centrality can be measured by distance, by accessibility (the hub of a
regional transportation system), by relative density, by population
distribution, or by proximity to other land uses such as schools.
• Siting libraries close to schools can provide students enhanced access
to books, computers, and special learning programs.
• But centrality is also perceptual and there may not be an overwhelming
consensus on where the center is in a large city or metropolitan
39. Library infrastructure needs
• Infrastructure refers to the provision of services including but not limited
to power for equipment, heating and cooling, water, data and telephone
lines and the elimination of waste and storm runoff from the site.
• Ideally, a potential site will have basic services provided up to the edge
of the property line or along a public right-of-way.
40. Each site is unique. When comparing different parcels in a given area, it
is important to keep in mind that soil conditions can vary dramatically
across adjacent or proximate sites.
A general rule of thumb is that a hillside site requires more expensive
footings than a site with a more level grade. However, the cost of site
engineering and footings should not be the sole determinant for site
selection since a sloping site might afford views or may provide desired
adjacency to complimentary land uses