The document outlines 11 basic principles of planning for civil engineering projects: aspect, prospect, privacy, roominess, grouping, circulation, furniture requirement, flexibility, sanitation, elegance, and economy. It describes each principle in detail, explaining how to properly apply each one to maximize comfort, functionality, and efficiency in building design and layout. For example, it discusses using windows and doors to take advantage of natural light and airflow (aspect), arranging rooms by their functions for logical flow (grouping), and designing for adaptability over time (flexibility).
The document discusses different types of walls used in buildings including load-bearing walls, non-load bearing walls, cavity walls, and partition walls. It describes the main purposes, materials used, and characteristics of each type of wall. Various finishes that can be applied to walls are also outlined such as plaster, paint, wallpaper, and acoustic treatments that can improve sound absorption.
This document provides information on doors and windows. It discusses the components and types of doors, including battened, framed, panelled, and metal doors. It also covers the components and types of windows, such as fixed, casement, sash, bay and dormer windows. The document emphasizes the importance of properly installing door and window frames so they open flat against the wall.
To tackle the environment change every people should make their building that is thermally insulated. So that you can feel comfortable within home. T o know more go through https://blog.builtify.in/2019/08/how-to-make-your-house-thermally-insulated-builtify.html
This document provides an overview of timber frame design and construction. It discusses the differences between timber frame, log construction, and post-and-beam framing. The main components of a timber frame are bents and bays. Various roof styles are described including principal rafter, king post, and hammer beam trusses. The design process involves considering budget, lifestyle needs, and site characteristics. A bubble diagram is recommended to layout spaces before developing formal plans.
Floors divide buildings horizontally and must support loads while providing durability, fire resistance, and appropriate finishes. Common floor materials include concrete, timber, and steel. Solid concrete slabs or precast planks are often used for ground floors while upper floors employ beams, slabs, hollow pots, or precast systems. Proper flooring allows a building to withstand loads, prevent damp and fire spread, insulate occupants, and provide comfortable, usable surfaces throughout.
This document discusses ventilation systems and strategies. It begins by explaining the need for ventilation in buildings to remove stale air and bring in fresh air. It then describes different types of ventilation systems including natural ventilation, mechanical ventilation, exhaust ventilation, supply ventilation, balanced ventilation, and energy recovery systems. The document also discusses air conditioning systems like window units, split units, centralized units, and packaged units. It covers the components and cycles of air conditioning systems. Green roofs are also summarized, including their benefits like reducing temperatures and providing stormwater management. Design standards and factors for green roofs are briefly mentioned.
The document defines key terms related to furniture design and interior design. It explains that furniture refers to movable objects used for seating, eating, sleeping, and storage. A furniture designer creates designs and prototypes for furniture, considering functionality, practicality, comfort and attractiveness. Furniture is crucial for interior design as it brings function to a space based on user needs. Furniture can be categorized based on function, such as beds for sleeping or tables for dining, or based on materials like wood, metal or glass. Ergonomics aims to improve human interaction with environments and minimize harm.
Thermal insulation is important to control heat transfer through building exteriors and reduce energy usage for heating and cooling. Insulation slows the movement of heat from warmer to colder areas inside and outside buildings. Common types of insulation include batts or blankets installed in walls, rigid foam boards applied to roofs or walls, foamed-in-place insulation sprayed in irregular spaces, and loose fill insulation blown into attics. Proper insulation and installation according to materials' rated R-values helps maintain indoor comfort while saving energy.
The document discusses different types of walls used in buildings including load-bearing walls, non-load bearing walls, cavity walls, and partition walls. It describes the main purposes, materials used, and characteristics of each type of wall. Various finishes that can be applied to walls are also outlined such as plaster, paint, wallpaper, and acoustic treatments that can improve sound absorption.
This document provides information on doors and windows. It discusses the components and types of doors, including battened, framed, panelled, and metal doors. It also covers the components and types of windows, such as fixed, casement, sash, bay and dormer windows. The document emphasizes the importance of properly installing door and window frames so they open flat against the wall.
To tackle the environment change every people should make their building that is thermally insulated. So that you can feel comfortable within home. T o know more go through https://blog.builtify.in/2019/08/how-to-make-your-house-thermally-insulated-builtify.html
This document provides an overview of timber frame design and construction. It discusses the differences between timber frame, log construction, and post-and-beam framing. The main components of a timber frame are bents and bays. Various roof styles are described including principal rafter, king post, and hammer beam trusses. The design process involves considering budget, lifestyle needs, and site characteristics. A bubble diagram is recommended to layout spaces before developing formal plans.
Floors divide buildings horizontally and must support loads while providing durability, fire resistance, and appropriate finishes. Common floor materials include concrete, timber, and steel. Solid concrete slabs or precast planks are often used for ground floors while upper floors employ beams, slabs, hollow pots, or precast systems. Proper flooring allows a building to withstand loads, prevent damp and fire spread, insulate occupants, and provide comfortable, usable surfaces throughout.
This document discusses ventilation systems and strategies. It begins by explaining the need for ventilation in buildings to remove stale air and bring in fresh air. It then describes different types of ventilation systems including natural ventilation, mechanical ventilation, exhaust ventilation, supply ventilation, balanced ventilation, and energy recovery systems. The document also discusses air conditioning systems like window units, split units, centralized units, and packaged units. It covers the components and cycles of air conditioning systems. Green roofs are also summarized, including their benefits like reducing temperatures and providing stormwater management. Design standards and factors for green roofs are briefly mentioned.
The document defines key terms related to furniture design and interior design. It explains that furniture refers to movable objects used for seating, eating, sleeping, and storage. A furniture designer creates designs and prototypes for furniture, considering functionality, practicality, comfort and attractiveness. Furniture is crucial for interior design as it brings function to a space based on user needs. Furniture can be categorized based on function, such as beds for sleeping or tables for dining, or based on materials like wood, metal or glass. Ergonomics aims to improve human interaction with environments and minimize harm.
Thermal insulation is important to control heat transfer through building exteriors and reduce energy usage for heating and cooling. Insulation slows the movement of heat from warmer to colder areas inside and outside buildings. Common types of insulation include batts or blankets installed in walls, rigid foam boards applied to roofs or walls, foamed-in-place insulation sprayed in irregular spaces, and loose fill insulation blown into attics. Proper insulation and installation according to materials' rated R-values helps maintain indoor comfort while saving energy.
The document discusses various types of wall finishes, including wood panelling, cement plastered finish, laminate finish, tile cladding, marble powder finish, sand textured finish, pebbles finish, flakes finish, canfor finish, coral finish, plaster of paris finish, glass mosaic finish, stained glass finish, gypsum plaster finish, and designer mirror finish. Each type of finish is briefly described in terms of materials used and application process.
The document discusses doors and windows. It describes common materials used for door construction like timber, plywood, glass, metals and concrete. It outlines different types of door movements such as swinging, revolving, sliding, rolling shutter and folding doors. It also discusses window types including casement, sash, double-hung, louvered, pivoted and sliding windows. Finally, it covers locks, latches and modern door locks that use technologies like electronic and biometric locks.
This document provides an overview of doors, including their components and types. It discusses the frame and shutter, as well as technical terms like head, sill, and horn. Doors are classified based on their arrangement of components, method of construction, operation, and materials. Battened, ledged, framed, and braced doors are described. Other door types covered include glazed, flush, louvered, revolving, sliding, swing, rolling steel shutter, and metal doors. Location considerations and specifications for doors are also mentioned.
Reinforced roofing members include reinforced planks, light weight concrete members, small reinforced members, purlins, and large reinforced members. Reinforced planks are hollow tiles with longitudinal holes and grooves for reinforcement. Light weight concrete members provide insulation and load support, with thicknesses from 7.5-25cm and unit weights of 750kg/m3. Small reinforced members are precast ribbed slabs from 50-120cm wide and 2-4m long. Purlins are precast concrete beams that support roof coverings and can have rectangular, trapezoid, L, T, or I cross-sections. Large reinforced members rest on main girders and are manufactured in lengths of 6
Building insulation is used to provide thermal, acoustic, fire, and impact insulation in buildings. It works by reducing heat transfer to help maintain comfortable temperatures. Common places for insulation include walls, attics, basements, floors, and ducts. Insulation saves energy, cuts operating costs, and improves occupant comfort by creating a more uniform temperature environment. The type of insulation used depends on factors like a building's needs and the material's health and environmental impacts.
This document discusses various types of wall systems used for interior construction. It describes non-load bearing wall types like masonry, reinforced concrete, stud walls, and glass partitions. Requirements for walls include space division, integration of mechanical systems, fire resistance, acoustic and insulation properties. Selection criteria include wall thickness, weight, flexibility and integration of openings. The document focuses on stud wall systems, including metal and timber framing options. It outlines wall cladding materials like gypsum boards and provides technical details on sound insulation and wall junctions. Raised access flooring systems are also summarized.
UNIT 1 Construction of Reinforced Masonry Walls, Pillars and Lintels.pdfNehaPaliwal31
Reinforced masonry walls are necessary to improve the shear resistance and flexural ability of brick masonry, which is brittle and resistant to little horizontal loading. Reinforcement such as steel rods or bars are embedded in mortar joints throughout or near the edges of walls. This helps the wall resist shear and bending failures from horizontal loads. Different types of reinforced masonry construction systems exist depending on the arrangement of reinforcement within solid, hollow, or grouted masonry units. Proper materials, construction techniques, and placement of reinforcement are required to strengthen masonry walls for seismic resistance.
The document discusses different types of wall construction methods including cavity brick walls, timber frame walls, insulated brick and block walls, stone walls, and plasterboard walls. Cavity brick walls have an inner and outer brick leaf separated by a cavity for insulation and moisture drainage. Timber frame walls have good insulation and an outer layer for weatherproofing. Insulated brick and block walls similarly use a cavity for insulation and drainage. Stone and plasterboard walls are also summarized.
This document discusses principles of passive solar design for cooling buildings. It defines passive design as design that takes advantage of climate to maintain comfortable temperatures without mechanical heating or cooling. Key passive cooling strategies mentioned include building orientation, ventilation, shading, insulation, and thermal mass. The document provides details on these strategies and how they can be applied differently depending on climate type, such as hot humid, hot dry, or temperate climates. It also discusses design elements like roof ventilation, glazing selection and shading, and passive cooling of both buildings and occupants.
This document provides information about furniture and furnishings. It begins by defining furniture and describing its main uses. It then discusses different furniture materials like wood, leather, plastic and metal. The document outlines various furniture types like sofas, chairs and beds. It also classifies furniture based on style (contemporary, transitional) and function (convertible). Several types of furniture are described in detail based on the material they are made from. The document concludes by discussing furniture arrangement considerations and the psychological impact of colors.
This document discusses doors and windows used in buildings. It covers the locations of doors and windows and how they should be placed to allow for ventilation and passage. It also defines various technical terms used for door and window components. Finally, it describes different types of doors and windows, including their sizes and constructions. The types of doors covered include paneled, glazed, flush, louvered, revolving, and collapsible doors. Window types include fixed, pivoted, double hung, sliding, casement, louvered, bay, dormer, gable and skylight windows.
This document discusses sunshading devices used in building design. It defines sunshading devices as mechanical equipment or textiles used internally, externally, or between building spaces to control sunlight. The primary purpose is to create a comfortable interior environment by blocking summer heat and allowing winter heat gain. Sunshading devices improve thermal comfort and energy efficiency by reducing cooling loads and allowing useful daylighting. The document categorizes devices as internal, external, or interpane, and provides examples such as curtains, blinds, louvers, and overhangs. It outlines the steps to design shading devices, which include determining when shading is needed, using sun path diagrams to identify sunlight positions, assigning device types, and calculating device dimensions based
The document defines and describes various technical terms related to stairs, including types of steps, components of stairs, and classifications of stairs. It provides definitions for 21 technical terms such as baluster, handrail, newel post, soffit, tread, and rise. It also describes 5 common types of steps - bull nose, round ended, filer, commode, and winder. Stairs are classified as straight, turning, and geometrical. Turning stairs include quarter turn, half turn (dog-legged and open well), and three quarter turn stairs. Geometrical stairs include circular, spiral, and helical stairs.
This document discusses the functions and types of foundations for building construction. It describes that foundations serve to distribute weight over a large area, prevent unequal settlement, provide a level surface, and stability against sliding and overturning. There are two main types - shallow foundations, which include isolated footings, combined footings, strap footings, grillage footings, and mat/raft footings. Deep foundations include piles, cofferdams, and caissons. Shallow foundations transfer loads directly to the soil or bedrock, while deep foundations transfer loads to deeper, stronger layers using structural elements like piles.
This document provides information on the manufacturing process of tiles. It discusses the four main stages: preparation of clay, moulding, drying, and burning.
For the preparation of clay, suitable clay is extracted, crushed, and mixed into a homogeneous mixture using a pug mill. There are three main moulding methods: wooden pattern, potter's wheel, and machine moulding. Tiles are then dried under a shed to protect from weather.
Burning is the final and most important stage. Tiles are stacked in kilns and fired at increasing temperatures over 72 hours to vitrify the tiles. Proper temperature control is crucial. The document also discusses various tile types like floor, roof
This document presents information on doors and windows. It discusses 10 common types of doors, including ledged, braced, panelled, glazed, flush, revolving, sliding, collapsible steel, and rolling steel shutter doors. It also discusses 10 types of windows, such as casement, steel, bay, clear story, corner, dormer, skylight, sliding, glazed, and pivoted windows. The document provides brief descriptions and illustrations of each door and window type. It covers the materials, uses, and basic constructions of different doors and windows.
Medium density fiberboard (MDF) is an engineered wood product made of compressed wood fibers mixed with wax and resin. MDF has many applications and comes in various thicknesses, with common thicknesses ranging from 1/4 to 1 inch. It is made through a process of compressing wood fibers into a hot press, resulting in a panel with a density of 0.5 to 0.8 specific gravity. MDF has advantages of being more uniform and stable than wood, easier to work with, paint, and glue. However, it also has disadvantages like being heavier than wood and potentially causing health issues if cut or sanded without proper ventilation.
This document outlines various principles of planning that should be considered when designing a building, including aspect, prospect, privacy, circulation, roominess, grouping, elegance, sanitation, flexibility, economy, and practical considerations. Aspect refers to positioning rooms to maximize natural light and ventilation. Privacy and circulation relate to internal access and separation of spaces. Other principles ensure adequate space, logical grouping of rooms, attractive design, hygiene, adaptability, cost-effectiveness, and durability. The guidelines are meant to create well-planned, functional, and comfortable buildings.
The document discusses several key principles of building planning and design, including factors that influence site selection, orientation of buildings, and principles like aspect, privacy, and furniture requirements. Some key points:
1) Site selection is influenced by topography, subsoil, groundwater, facilities, neighborhood, vegetation and proximity to water.
2) Proper orientation and planning considers sunlight, wind, rainfall, and allows occupants to benefit from nature while avoiding disadvantages.
3) Important planning principles include aspect, privacy, grouping rooms by function, and ensuring adequate circulation and furniture arrangement. Aspect provides comfort and hygiene while privacy is critical for bedrooms and bathrooms.
The document discusses various types of wall finishes, including wood panelling, cement plastered finish, laminate finish, tile cladding, marble powder finish, sand textured finish, pebbles finish, flakes finish, canfor finish, coral finish, plaster of paris finish, glass mosaic finish, stained glass finish, gypsum plaster finish, and designer mirror finish. Each type of finish is briefly described in terms of materials used and application process.
The document discusses doors and windows. It describes common materials used for door construction like timber, plywood, glass, metals and concrete. It outlines different types of door movements such as swinging, revolving, sliding, rolling shutter and folding doors. It also discusses window types including casement, sash, double-hung, louvered, pivoted and sliding windows. Finally, it covers locks, latches and modern door locks that use technologies like electronic and biometric locks.
This document provides an overview of doors, including their components and types. It discusses the frame and shutter, as well as technical terms like head, sill, and horn. Doors are classified based on their arrangement of components, method of construction, operation, and materials. Battened, ledged, framed, and braced doors are described. Other door types covered include glazed, flush, louvered, revolving, sliding, swing, rolling steel shutter, and metal doors. Location considerations and specifications for doors are also mentioned.
Reinforced roofing members include reinforced planks, light weight concrete members, small reinforced members, purlins, and large reinforced members. Reinforced planks are hollow tiles with longitudinal holes and grooves for reinforcement. Light weight concrete members provide insulation and load support, with thicknesses from 7.5-25cm and unit weights of 750kg/m3. Small reinforced members are precast ribbed slabs from 50-120cm wide and 2-4m long. Purlins are precast concrete beams that support roof coverings and can have rectangular, trapezoid, L, T, or I cross-sections. Large reinforced members rest on main girders and are manufactured in lengths of 6
Building insulation is used to provide thermal, acoustic, fire, and impact insulation in buildings. It works by reducing heat transfer to help maintain comfortable temperatures. Common places for insulation include walls, attics, basements, floors, and ducts. Insulation saves energy, cuts operating costs, and improves occupant comfort by creating a more uniform temperature environment. The type of insulation used depends on factors like a building's needs and the material's health and environmental impacts.
This document discusses various types of wall systems used for interior construction. It describes non-load bearing wall types like masonry, reinforced concrete, stud walls, and glass partitions. Requirements for walls include space division, integration of mechanical systems, fire resistance, acoustic and insulation properties. Selection criteria include wall thickness, weight, flexibility and integration of openings. The document focuses on stud wall systems, including metal and timber framing options. It outlines wall cladding materials like gypsum boards and provides technical details on sound insulation and wall junctions. Raised access flooring systems are also summarized.
UNIT 1 Construction of Reinforced Masonry Walls, Pillars and Lintels.pdfNehaPaliwal31
Reinforced masonry walls are necessary to improve the shear resistance and flexural ability of brick masonry, which is brittle and resistant to little horizontal loading. Reinforcement such as steel rods or bars are embedded in mortar joints throughout or near the edges of walls. This helps the wall resist shear and bending failures from horizontal loads. Different types of reinforced masonry construction systems exist depending on the arrangement of reinforcement within solid, hollow, or grouted masonry units. Proper materials, construction techniques, and placement of reinforcement are required to strengthen masonry walls for seismic resistance.
The document discusses different types of wall construction methods including cavity brick walls, timber frame walls, insulated brick and block walls, stone walls, and plasterboard walls. Cavity brick walls have an inner and outer brick leaf separated by a cavity for insulation and moisture drainage. Timber frame walls have good insulation and an outer layer for weatherproofing. Insulated brick and block walls similarly use a cavity for insulation and drainage. Stone and plasterboard walls are also summarized.
This document discusses principles of passive solar design for cooling buildings. It defines passive design as design that takes advantage of climate to maintain comfortable temperatures without mechanical heating or cooling. Key passive cooling strategies mentioned include building orientation, ventilation, shading, insulation, and thermal mass. The document provides details on these strategies and how they can be applied differently depending on climate type, such as hot humid, hot dry, or temperate climates. It also discusses design elements like roof ventilation, glazing selection and shading, and passive cooling of both buildings and occupants.
This document provides information about furniture and furnishings. It begins by defining furniture and describing its main uses. It then discusses different furniture materials like wood, leather, plastic and metal. The document outlines various furniture types like sofas, chairs and beds. It also classifies furniture based on style (contemporary, transitional) and function (convertible). Several types of furniture are described in detail based on the material they are made from. The document concludes by discussing furniture arrangement considerations and the psychological impact of colors.
This document discusses doors and windows used in buildings. It covers the locations of doors and windows and how they should be placed to allow for ventilation and passage. It also defines various technical terms used for door and window components. Finally, it describes different types of doors and windows, including their sizes and constructions. The types of doors covered include paneled, glazed, flush, louvered, revolving, and collapsible doors. Window types include fixed, pivoted, double hung, sliding, casement, louvered, bay, dormer, gable and skylight windows.
This document discusses sunshading devices used in building design. It defines sunshading devices as mechanical equipment or textiles used internally, externally, or between building spaces to control sunlight. The primary purpose is to create a comfortable interior environment by blocking summer heat and allowing winter heat gain. Sunshading devices improve thermal comfort and energy efficiency by reducing cooling loads and allowing useful daylighting. The document categorizes devices as internal, external, or interpane, and provides examples such as curtains, blinds, louvers, and overhangs. It outlines the steps to design shading devices, which include determining when shading is needed, using sun path diagrams to identify sunlight positions, assigning device types, and calculating device dimensions based
The document defines and describes various technical terms related to stairs, including types of steps, components of stairs, and classifications of stairs. It provides definitions for 21 technical terms such as baluster, handrail, newel post, soffit, tread, and rise. It also describes 5 common types of steps - bull nose, round ended, filer, commode, and winder. Stairs are classified as straight, turning, and geometrical. Turning stairs include quarter turn, half turn (dog-legged and open well), and three quarter turn stairs. Geometrical stairs include circular, spiral, and helical stairs.
This document discusses the functions and types of foundations for building construction. It describes that foundations serve to distribute weight over a large area, prevent unequal settlement, provide a level surface, and stability against sliding and overturning. There are two main types - shallow foundations, which include isolated footings, combined footings, strap footings, grillage footings, and mat/raft footings. Deep foundations include piles, cofferdams, and caissons. Shallow foundations transfer loads directly to the soil or bedrock, while deep foundations transfer loads to deeper, stronger layers using structural elements like piles.
This document provides information on the manufacturing process of tiles. It discusses the four main stages: preparation of clay, moulding, drying, and burning.
For the preparation of clay, suitable clay is extracted, crushed, and mixed into a homogeneous mixture using a pug mill. There are three main moulding methods: wooden pattern, potter's wheel, and machine moulding. Tiles are then dried under a shed to protect from weather.
Burning is the final and most important stage. Tiles are stacked in kilns and fired at increasing temperatures over 72 hours to vitrify the tiles. Proper temperature control is crucial. The document also discusses various tile types like floor, roof
This document presents information on doors and windows. It discusses 10 common types of doors, including ledged, braced, panelled, glazed, flush, revolving, sliding, collapsible steel, and rolling steel shutter doors. It also discusses 10 types of windows, such as casement, steel, bay, clear story, corner, dormer, skylight, sliding, glazed, and pivoted windows. The document provides brief descriptions and illustrations of each door and window type. It covers the materials, uses, and basic constructions of different doors and windows.
Medium density fiberboard (MDF) is an engineered wood product made of compressed wood fibers mixed with wax and resin. MDF has many applications and comes in various thicknesses, with common thicknesses ranging from 1/4 to 1 inch. It is made through a process of compressing wood fibers into a hot press, resulting in a panel with a density of 0.5 to 0.8 specific gravity. MDF has advantages of being more uniform and stable than wood, easier to work with, paint, and glue. However, it also has disadvantages like being heavier than wood and potentially causing health issues if cut or sanded without proper ventilation.
This document outlines various principles of planning that should be considered when designing a building, including aspect, prospect, privacy, circulation, roominess, grouping, elegance, sanitation, flexibility, economy, and practical considerations. Aspect refers to positioning rooms to maximize natural light and ventilation. Privacy and circulation relate to internal access and separation of spaces. Other principles ensure adequate space, logical grouping of rooms, attractive design, hygiene, adaptability, cost-effectiveness, and durability. The guidelines are meant to create well-planned, functional, and comfortable buildings.
The document discusses several key principles of building planning and design, including factors that influence site selection, orientation of buildings, and principles like aspect, privacy, and furniture requirements. Some key points:
1) Site selection is influenced by topography, subsoil, groundwater, facilities, neighborhood, vegetation and proximity to water.
2) Proper orientation and planning considers sunlight, wind, rainfall, and allows occupants to benefit from nature while avoiding disadvantages.
3) Important planning principles include aspect, privacy, grouping rooms by function, and ensuring adequate circulation and furniture arrangement. Aspect provides comfort and hygiene while privacy is critical for bedrooms and bathrooms.
Vaastu shastra in modern buildng constructionKamlesh Jingar
Vaastushastra is an ancient Indian science of architecture and construction based on scientific principles. It considers factors like sunlight, wind direction, and geography which are essential for constructing buildings according to its guidelines. Following Vaastushastra principles is believed to lead to health, wealth and happiness for occupants. It provides guidelines for plot shapes, directions, and layout of rooms like living rooms, bedrooms, kitchens, and others. Model house plans are also presented adhering to Vaastushastra principles.
The document outlines 12 principles of building planning:
1) Aspect - proper placement of doors and windows for air circulation, sunlight, and aesthetics.
2) Prospect - considering how the building appears from outside.
3) Furniture requirements - planning room sizes based on furniture needs.
4) Roominess - arranging spaces for comfort and efficient use of area.
5) Grouping - logically arranging rooms by function.
6) Circulation - providing access between rooms and floors.
7) Sanitation - ensuring ventilation, cleanliness and lighting.
8) Elegance - considering the building's outward appearance.
9) Privacy - maintaining privacy both internally and from neighbors.
10)
Factors considered in Architectural design.pdfSimiNaseer
The document discusses and compares closed and open floor plans based on 7 factors:
1) Aesthetics - Open plans allow a cohesive design but with less design flexibility. Closed plans allow individual room styles.
2) Space - Open plans provide more accessible and flexible space while closed plans may make areas feel smaller.
3) Safety - Open plans provide better line of sight for supervision of children and elders.
4) Privacy - Closed plans provide more soundproofing and privacy while activities are visible throughout open plans.
5) Smells - Cooking odors carry throughout open plans but closed plans contain smells to rooms.
6) Cleanliness - Closed plans make it easier to hide clutter
Planning of residential building involves certain principles. This basic principle provides guidance in the planning of dwelling units. These principles are not as rigid as laws of nature, certain deviations from these principles are necessary and inadequacies in them are to be met with by an individual.
Principles of Planning of Residential building are as follows:
Aspect
Prospect
Furniture Requirements
Roominess
Grouping
Sanitation
Privacy
Economy
Practical Consideration
Design principles for residential and institutional environments aim to promote health, safety, and well-being. For residences, principles like aspect, prospect, and privacy guide placement of rooms and amenities. Workplaces should control hazards, conduct inspections, provide training, and prioritize safety. Regular communication, incident investigation, and record keeping also support well-designed institutional environments. An appropriate design can thus positively influence populations experiencing physical or mental challenges.
The document is a project report for the design of a residential space for a family of four. Key details include:
- The client is Mr. Kamal Singh, a government employee, his wife Palak who is a teacher, and their two children
- The family enjoys socializing and wants an open layout with beautiful landscaping
- Their main preference is a terrace garden for a relaxing outdoor space
- The design will follow sustainability principles and connect indoor and outdoor spaces as preferred by the upper-class family.
This document outlines key principles of civil engineering planning for building design, including proper orientation, privacy, security, fire safety, and compliance with building codes. It discusses factors like aspect, prospect, grouping, economy, roominess, circulation, flexibility, furniture requirements, elegance, privacy, and sanitation that influence building planning. Specific guidelines are provided for window placement based on climate, recommended room aspects, grouping rooms by function, achieving economy in design, ensuring adequate space and circulation, flexibility of room usage, and maintaining privacy, lighting, ventilation, and cleanliness for sanitation.
The document discusses the principles of planning buildings, including aspect, privacy, roominess, grouping, circulation, orientation, and economy. It provides definitions and guidelines for each principle. For example, it states that aspect refers to positioning rooms according to functional requirements and sun exposure. Privacy can be achieved through window placement, plants, and door location. Circulation considers horizontal and vertical movement within a building. Orientation involves placing long walls north-south for climate control. Overall the document offers guidance on applying various planning concepts to suit a building's purpose and environment.
The document discusses the principles of planning buildings, including aspect, privacy, roominess, grouping, circulation, orientation, and economy. It provides definitions and guidelines for each principle. For example, it states that aspect refers to positioning rooms according to functional requirements and sun exposure. Privacy can be achieved through window placement, plants, and door location. Circulation considers horizontal and vertical movement within a building. Orientation involves placing long walls north-south for climate control. Overall the document offers guidance on applying various planning concepts to suit a building's purpose and environment.
reseach notes on architectural servicezonesEsmiMusa
This document discusses factors to consider for the optimal design of residential housing. It introduces the different zones of a house - private, social, and service - and describes key elements of each zone. The service zone elements discussed include the kitchen, garage, laundry room, workshop/office, greenhouse, lobby, and recreation room. Guidelines are provided for the spatial relationships between these service zones and other areas of the home, with a focus on kitchen layout and efficiency.
Student of Dezyne E’cole College,www.dezyneecole.com
An interior designer is professionally trained to create a functional and quality interior environment. Qualified through education, experience and examination, a professional designer can identify, research and creatively resolve issues and lead to a healthy, safe and comfortable physical environment.
Among the many areas of expertise a professional designer commands are
• Space planning and utilization, including organizational and storage needs
• Long-term project and lifestyle planning
• National, state and local building codes
• Safety and accessibility
• Ergonomics
• Design for people with special needs
• Conservation and “green” design
• Historic restoration
• Interior detailing of background elements, such as wall and ceiling designs
• Custom design of furniture, drapery and accessories
• Selection of appliances, plumbing fixtures and flooring materials
• Acoustics and sound transmission
• Audiovisual and communication technology
• Construction documents and specifications
The document discusses various concepts related to planning the built environment, including:
1) The need for coordination between various agencies like architects, contractors, landscape designers, and government in civil engineering projects to effectively implement projects while maintaining harmony with nature.
2) The roles of architects, civil engineers, structural engineers, and environmental engineers in planning and executing projects.
3) Key principles of planning like aspect, privacy, circulation, and orientation that guide the functional requirements and positioning of buildings.
4) The importance of building byelaws in regulating development and ensuring citizen access to facilities like water, sanitation, and safety.
This document discusses guidelines for human comfort design in buildings. It addresses how buildings should keep occupants comfortable, efficient, healthy and safe as they go about their tasks. Comfort is influenced by temperature, humidity, noise, light, smell and other factors. Passive design strategies like daylighting and natural ventilation can help keep people comfortable without purchased energy. Active strategies like HVAC systems are also discussed. The document provides recommendations and considerations for maintaining thermal, visual, acoustic and olfactory comfort.
Basic Civil and Environmental Engineering (BCEE)_Unit 5_SPPU_Planning for the...Shrikant Kate
Basic Civil and Environmental Engineering (BCEE)_Unit 5_Planning for the built environment_by S R Kate
Unit : V Planning for the Built Environment (6 Hrs)
Concept of an integrated built environment-natural and manmade
Principles of planning, viz. Aspect, Prospect, Roominess, Grouping, Privacy, Circulation, Sanitation, Orientation, Economy
Use of various eco-friendly materials in construction
Concept of green buildings
Role of by-laws in regulating the environment
concept of built up area, carpet area, plinth area, plot area, FSI.
This document discusses the key principles and factors to consider when planning and building a structure. It outlines that building planning is arranging components in a systematic way to achieve the functional purpose. Key factors that affect planning include the function, site conditions, climate, and building regulations. Proper orientation and placement of components with respect to sun, wind and rain is important. The document then discusses various principles of planning like aspect, privacy, circulation, grouping, and flexibility to create an efficient and comfortable design.
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2. Principles of Planning-
The basic principles of planning are -
1.Aspect,
2. Prospect,
3. Privacy,
4. Roominess,
5. Grouping,
6. Circulation,
7. Furniture requirement,
8. Flexibility,
9. Sanitation,
10. Elegance, and
11. Economy.
3. 1. Aspect-
It is the proper placement of different rooms of the
building so that the occupants can
enjoy the gifts of nature such as sun-shine, breeze, view
of the landscape at different hours of the day.
Aspect not only provides comfort but it is important
from hygienic point of view. By careful disposition of
doors and windows in external walls, it is possible to
admit sun's rays and air into any desired room.
Aspect depends upon the direction of the sun
light. air, rain etc.
4.
5. 2.Prospect-
Prospect refers to the view as seen of the outside
from the windows in general and doors in external
walls.
It is determined by the view as desired from
certain rooms of the building such as view of the
garden, beautiful scene, a nearby hill etc.
Prospect includes taking full advantage of the
beauties of nature in the landscape by revealing to
the occupant certain pleasant features and at the
same time concealing some undesirable views in a
given outlook.
Prospect depends upon the surroundings of the
building
6.
7. 3.Privacy-
Privacy is the one of the most important
considerations in the planning of buildings of all
types in general and residential buildings in
particular.
• Privacy is of two types :
(1) Privacy of all parts of a building with reference
to the surrounding buildings, streets and by-ways.
This can be achieved by growing plants, trees and
also by keeping windows high enough with
respect to roads or ground near by
8. 2)Privacy of one room from another -
i.e. Bed-room, kitchen, bath-room etc. This can be
attained by carefully positioning of doors and openings
of shutters.
The shutters should open in such a way that a person
entering the room should get the minimum view.
For maximum privacy such as in bed-room single
shutters are better than double shutters."
Privacy is of great importance in bed-rooms,
water-closet (W.C), urinals, and bath-rooms etc. Bed-
rooms should never be placed at the
entrance.
Bathrooms and W.C. should have independent access.
9. Privacy is not only for the above purpose but for
Library, study rooms and prayer halls may be located in
a particular part of a building.
10. 4. Roominess –
It refers to the effect achieved by making the best of
small portions of room by deriving
maximum benefit from minimum dimensions.
It appears to be simple at first but really difficult to
achieve.
A rectangular room is relatively bigger than a square
room of the same area. It is also found more
convenient from utility point of view.
For a rectangular room the length to width ratio
should be between 1.2 : 1 and 1.5 : 1
A ratio 2 : 1 or more will cause "tunnel" effect and
create bad feeling which should be avoided
11.
12. 5.Grouping-
Grouping means arrangement of various rooms in the
layout in such a fashion that all the rooms are placed
with reference to their functions and in due proximity
with each other.
The building consists of units, or rooms in general. Each
room or unit has to perform certain function or functions
and there is also some sort of sequence in between them.
Bad grouping lacks in privacy.
13. Generally people like to sit in the verandah as such living
room should naturally be next to it.
Dining room must be close to the kitchen. At the same
time, the kitchen should be away from the drawing or
living room, otherwise the bad smell and smoke will
cause nuisance for the occupants.
Sanitary arrangements should be adjacent to the bed-
rooms but away from the kitchen, dining room. There
should be an independent access to sanitary units.
14. The kitchen should be so located that the house-wife
who is busy for the major part of the day, can keep a
watch through the window. 'W1 ' on the children playing
in front yard and also entry of any intruder.
15. 6.Circulation-
Circulation is the access or the internal movement
provided.
Circulation is of two types-
i. horizontal circulation
ii. vertical circulation.
i. horizontal circulation -
If the movement is for the same floor and may be from
one room to another or within the room itself, then it is
called horizontal circulation.
The horizontal circulation can be achieved by providing
passages, corridors, lobbies, verandahs, and halls.
16. It should be straight, short, sufficiently
lighted and well ventilated to provide comfort,
convenience, efficiency and safety.
Desirable horizontal circulation has short, straight and
independent passages. It helps to provide privacy of the
room.
17. ii. Vertical circulation-
Vertical circulation is the movement from one floor to
another floor.
It can be achieved by means of stairs, lifts and escalators.
These should be easily accessible from entrance, various
rooms without intruding privacy.
They should also be properly lighted and ventilated.
Stairs should be sufficiently wide with strong balusters or
parapets and handrails on both the sides.
18.
19. 7. Furniture requirement-
The requirement of furniture depends on the type of
buildings, the number of persons using the room and
functions of the room.
Therefore, the requirement of furniture, their sizes etc. is
an important consideration because the furniture will
decide the size of the room.
To make best use of the available space in the room,
minimum furniture should be provided
20. So at the time of planning, the proper position of
furniture such as sofas, chairs, tables, television, wall
units in living room, beds, easy chairs, cupboards,
dressing table in bedroom; dining table with chairs in
dining room, racks, fridge in kitchen etc. is to be decided
with proper circulation and roominess.
The placement of furniture will finalize the location of
the doors, windows, closets, electrical switches in the
rooms.
21. Here are some important hints to be borne in mind,
while arranging the furniture.
Furniture should satisfy the functional purpose as well
as decorative purpose.
Furniture should be proportional to the size of the room.
The arrangement of furniture should be well balanced.
Furniture should be arranged parallel or perpendicular to
the wall but never at an angle.
22. Minimum clearance for movement or circulation should
be provided.
Traffic lanes should be clear of obstacles.
Too many furniture pieces should be avoided in the
room to avoid a crowded and suffocated look.
23. 8. Flexibility-
It means planning a room in such a way that even
though a room originally planned to satisfy a particular
purpose, it should also serve other desired purposes
when required in future.
Space has maximum value now-a-days. So economy of
space is an important factor.
24. 9. Sanitation-
Sanitation includes provision of sufficient light
ventilation, cleanliness and sanitary conveniences, in the
following way-
Lighting:
The object of lighting is to promote the work or any
activity to be carried in the building under safety
conditions, and pleasant environment which are helpful
to create interest, efficiency, and a sense of well being.
Lighting is of two types. One is natural and
other is artificial.
25. Natural Lighting:
The sun is the main source of natural light. Sunlight
illuminates and also destroys bacteria and disease germs,
since it contains ultra-violet rays. The blue sky over our
head is also the source of day-light and brightness.
Artificial lighting:
Artificial lighting is nothing but a light is provided by
using electrical energy with tubes, bulbs, lamps, paints,
etc.
26. Ventilation-
Ventilation means a proper movement of air from one
side of room to other with doors and windows.
A good ventilation is required for comfort, convenient,
healthy to each and every person who live in building.
Sanitary Conveniences:
This includes the provision of bath-rooms, water-closets,
lavatories, latrines, urinals, to remove unhygienic matter
away from the living place.
Dust bins should also be provided to collect the garbage
and to carry away from the living place.
27. • Cleanliness:
It is the responsibility of the occupant to maintain the
building clean and neat. However precaution should be
taken to provide facilities for cleaning and prevention of
dust accumulation.
The dust is harmful to health. It allows the growth of
bacteria and diseases to spread. So dust should be
prevented to accumulate
28. 10. Elegance-
Elegance means beauty and grace.
This effect is produced by greater purity and delicacy of
ornamental enrichment of construction.
Elegance is related to the appearance of the building. i.e
elevation, which can be made attractive, impressive and
pleasing.
This elegance in a building can be achieved in three
ways.
29. Firstly, it can be achieved by the treatment of walls, the
proportions of openings in the form of doors and
windows, relation of one storey to another etc.
Secondly, it can be achieved by the treatment of exterior
of a building which is aesthetically significant as a whole,
such as the effect of a pitched or flat roof or a dome, the
rhythm of projections and recessions etc.
Thirdly, it can be achieved by the treatment of the
interior, the arrangement of rooms, a graceful stair-case
etc.
30. 11.Economy-
Economy is not the principle of planning but rather a
factor on which the planning can be based.
No general rules can be made to achieve economy since
the ways and means to attain it are different in different
situation.
Economy can be achieved by keeping the minimum
dimensions of the rooms, doors, windows; simple design
for windows, plain tiles as well as fixtures and fastening.
31. The height of the building can be kept to a minimum of 3
m. for a residential building.
Porches, lobbies can be avoided.
If the land cost is high, multi-storeyed buildings can be
constructed to save the cost for foundation and roof.
32. Building Bye-laws -
A bye-law is the local law framed by a competent
authority. Every locality has its own peculiarities with
respect to the climatic conditions, geological conditions,
i.e. availability of materials for construction, labor etc.
If a building is built in a definite planned way, the
construction becomes economically sound and safe. As
such there must be a law or regulations on the part of the
owner while building his own house.
33. Objectives of Building Bye Laws-
1.To give guide lines to the designer, architect or engineer.
2.To prevent haphazard development.
3.To control land development and to check un-authorised
construction. i.e. encroachment
on public and private land.
4.To limit or define the way the new structures are to be
built.
5.To specify the type of materials to be used.
6.To provide open spaces, air, breeze, etc.
7.To afford safety against fire, noise and smoke etc.
35. Building line-
Building line refers to the front line up to which a building
can lawfully extend.
It is also called as 'set-back' or front building line.
A minimum distance of this 'building line' from the centre
line of the accompanying road is laid down as the limit
beyond which no construction is allowed towards the
road.
37. 2. Open Space requirement-
Certain open space should be left around the building
particularly residential type.
It depends on air required for the building.
The open spaces shall be open to the sky and no weather
shade, or roof more than 0.75 m wide shall over-hung on
such open spaces.
Open areas also provide facilities for parking, future
expansion of road-way, good approach or access to other
amenities such as water supply line or drainage line etc.
40. 3. Built up area-
The built-up area is the constructed area of the building
which includes wall thickness.
Therefore, built-up area is the area remaining after
deducting open space area from plot area i.e. the total
area purchased for the proposed building plan.
Carpet area is the built-up area less the area occupied by
walls.
When open space area is restricted then the built-up area
of any building is automatically restricted.
41. 4. Floor Space Index (F.S.I.) or
Floor Area Ratio (F.A.R.)
The ratio of total built-up area of all floors to the plot
area of the building is called Floor Space Index (F.S.I.)
It is a pure number.
The F.S.I. is fixed by the local authority and is different
for different areas and different buildings in the city. As
such the built-up areas are governed by F.S.I.
The F.S.L. therefore, checks the height of the building
and as a consequence, it controls the density of
population
42. Generally, F.S.I. is fixed at 1 to 2 by the local authority.
In the central places of cities, for commercial +
residential buildings, it is 2.
In other places only for residential buildings it is 1.5,
while in all suburbs and colonies it is 1.
But F.S.I. can be changed by the authority as and when
the circumstances arise to accommodate the over-
growing population. For example, in Pune and Mumbai,
it can be even 3 to 5.
43. 5. Height of Building-
Tall buildings impair the value of small neighbouring
houses by cutting off sun-shine, air, breeze etc. and thus,
make the small houses un-suitable for inhabitation.
They make the street narrow and increase the congestion
of traffic and affect the air and light etc.
Hence, the height of the buildings especially high-rise
buildings or sky-scrapers must be controlled. It is done
by means of height zoning
44. 5. Height of Building-
In first method the height of the building is regulated
according to the width of abutting road or minimum
width of the rear space.
Generally, 45° and 63.5° Air plane Rules are adopted.
The rule states that no part of the tall building should cut
the plane drawn from the edge of the road on other side
or from the rear space boundary [minimum 3 m] at an
angle of 45° and 63.5° to the horizontal
The ratio of height to width of the road will be 1: 1 in
case of 45° air plane rule and 2: 1 in case of 63.5⁰ air
plane rule..
45.
46. Plan of simple residential building-
Plans are a set of drawings or two
dimensional diagrams used to describe a place or object,
or to communicate building or fabrication instructions.
Usually plans are drawn or printed on paper, but they
can take the form of a digital file.