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Amol madhukar Ghuge

Pune, Maharashtra 411033

Experts In:Architect ,   (PMC) In Redevelopment ,   Advocate  

Working Hours: 08 AM to 9 PM

Rucha birajdar

Pune, Maharashtra 411033

Experts In:Architect ,   Interior Designer ,   Architectural Drawing Service  

Working Hours: 08 AM to 9 PM

Kamlesh Deshbhratar

Pune, Maharashtra 411033

Experts In:(PMC) In Redevelopment ,   Redevelopment Feasibility Report ,   Architect  

Working Hours: 08 AM to 9 PM

snehal shinde

Pune, Maharashtra 411033

Experts In:Architect ,   Interior Designer ,   Building Permissions  

Working Hours: 08 AM to 9 PM

Sawan chandak 0220

Pune, Maharashtra 411033

Experts In:Architect ,   Advocate ,   Environment Consultant  

Working Hours: 08 AM to 9 PM

jk krish

Pune, Maharashtra 411033

3 times Hired

Experts In:Advocate ,   Architect ,   TDR Buy Sell Road Handover  

Working Hours: 08 AM to 9 PM

ejwrjn

Pune, Maharashtra 411033

Experts In:Advocate ,   Architect ,   Environment Consultant  

Working Hours: 08 AM to 9 PM

Milind

Pune, Maharashtra 411033

2 times Hired

Experts In:Architect ,   Environment Consultant ,   Estimator  

Working Hours: 08 AM to 9 PM

 

1. Know more about Architect in Pune

The human being, however, is not just a living creature that needs space. However, the emotional response is no less important. The way a room is dimensioned, divided, painted, lit, entered and furnished by Architect has great significance which makes impression. Hence An architect understand the relationships of the size of limbs of a healthy being and how much space a person occupies in various postures and in movement. Architects are  professionals who are trained in the art and science of building design. In short architect plays a key role in the construction activity by not only creating overall look of building but also other structures.

 

2. Roles and responsibilities of Architect in Pune

 

Usually people needs places like where to live, play, worship, meet, eat, work, and shop. For instance architects are responsible for designing these places. From the very initial discussion with the client through the final delivery of the completed structure they are involved in every phases of a construction project. Whereas an prime role of an architect is to create design for any kind of construction projects. For which it requires his specialist construction knowledge and extra ordinary high level drawing skills to design building that are functional, safe, sustainable and aesthetically pleasing.

 

3. Types of Architect in Pune

A first person to whom we choose to build our dream project is an Architect who gives an astonishing impression. There are many types of architect to choose from as per our requirement, here is major of them listed –

 

i. Residential Architect

ii. Commercial Architect

iii. Bungalow Specialist Architect

iv. Liaisoning Architect

v. Industrial Architect

vi. Landscape Architect

vii. Interior Architect

4. Design Parameters involved in Architecture

 

Architect are familiar with the dimensions of the appliances, clothing etc. which  people encounter every day, in order to be able to determine the appropriate sizes for containers and furniture. For instance must know how much space a person needs between furniture in the kitchen, dining room, libraries etc. in order to undertake the necessary reaching and working among these fittings in comfort without squandering space. Certainly architect must know how furniture should be placed so that people can fulfil their tasks  or relax in the home, office or workshop. And, finally, the architect need to know the minimum practical dimensions of spaces in which people move around on a daily basis, like trains, trams, vehicles etc. Above all typically very restricted minimum spaces give the architect fixed impressions, which are then used, even if unintentionally, to deliver dimensions of other spaces. Find pdf of architectural data here. https://www.pdfdrive.com/architects-data-e18947586.html

 

5. Cost required for Architectural design

The cost involve in the Architectural design are depend wise. As Comprehensive Architectural Services in the conditions of Engagement including Site Development but Excluding Landscape Architecture, Interior Architecture, Graphic and Signage are approx 3% or more of total cost of construction project. In the same vein, some architect charge on lump sum basis. You can only buy as house plan for small scale construction. 

 

6. How Do I choose an Architect in Pune

Selecting an architect is for your dream home is one of the important and prime task in process of constriction. Because if you mistakenly choose wrong Architect; the whole project will lead to nowhere. So, first ever thing you can do is Google “Top Architect in pune” and check whether they are providing what you are looking for. This process may seem difficult to some of you. You can get consultation and free quotation from foot2feet.com as well. Hiring an architect from local city is a toughest challenge in competition world. As Architect in pune would also know the building codes and zoning requirement. For any query. Get more information to know the step by step guide for any construction. https://foot2feet.com/blog/a-9-step-guide-for-construction-of-any-building/

 

7. FAQ about Architect in Pune

 

i. How much do architectural firms in Pune charge per square feet?

 

Architectural cost for normal unfurnished home can be constructed at a cost of 950 – to 1000 rs Per square feet. And a finished home around takes 1250 to 1350 Rs Per Square feet.

 

ii. Do I need an architect or a structural engineer?

 

If you are doing structural work, then you will need a structural engineer, whereas the role of architect depends on the complexity of project. Structural engineer and architects both design building projects.

 

iii. How long does it take an architect to draw house plans?

 

The time require to draw house plan is completely depends on the size of project. Whereas total set of plan for typical 3 bedroom house takes upto 7 to 8 hours to complete.

 

 iv. What is difference between an architect and designer?
 

The basic difference between Architect and interior designers are professionals who develops design plans. Architects design and deliver the complete building, In the same vein Designer always tries to create the desired feel, look and mood within the building.

 

 

Hotel Architect

 

1.   Know more about Hotel Design Architect  

                                             

The hotel, formerly a business offering accommodation and catering, often with exclusive flair, has today become a complex and efficient service provider business with a wide spectrum of possibilities like conferences, wellness, and holidays. Different types hotel offer varying standards of quality and facilities. Whereas the hotel area is an uninterrupted narrative of a story, which gives client the astonishing feelings that express their wisdom during their accommodation. Subsequently an hotel design architect need to know from the general aesthetics’ to guest’s experience.

 

2.  Types of Hotels

 

Hotels may be part of chain or independent. Special design requirements may imposed to hotels which do form of chain. Moreover Hotel types include town hotels, Holiday hotels, clubs, and hotels with apartments and motels. There are hotels in various price and comfort classes, which are classified according to five categories In addition, they are essentially determined by room’s size and features, as follows –

 

i.  1 Star (Tourist) – Reception as a separate area, Single room is of 8m2, and double room 12m2 in which minimum area for 75% of the hotel rooms, without bathroom, bed, wardrobe, seat, washbasin in the room.

 

ii.  2 Stars (Standard) – As 1 star, but single room 12 m2, double room 16 m2 in which minimum area for 75% of the hotel rooms, including bathroom and corridor, bathroom in room seat per bed, colour television in 70% of the hotel rooms.

 

iii.  3 Stars (Comfort)– as before, but single room 14 m2, double room 18 m2 (minimum area, see above), bathroom in room (for all rooms in the hotel), telephone, reception area with seating for group, independent reception.

 

iv.  4 Stars (First Class)– as before, but single room 16 m2 , double room 22 m2 (minimum area, see above), minibar, armchair/couch with coffee table, lobby with seating and drinks service.

 

v.  5 Stars (Luxury)– as before, but single room 18m2 , double room 26m2, (minimum size, see above), 2% of the hotel rooms as suites (at least two), each with an armchair/sofa per bed, additional washbasin in double rooms and suites, additional colour television in suites, reception lobby.

 

3.  Design Rules for Hotel

 

If a hotel is not operating efficiently, then guest don’t care how good it looks. Firstly the hotel design should be equitable, like fair and non –discriminating to diverse users, secondly, it should be operable by all the users, thirdly the design should be respects affordability and cost considerations and last but not the least, the hotel design employs aesthetics.

 

4.   Cost required for Hotel design

 

The cost involve in the Hotel design are extraordinary high. Cost required for the hotel design is totally depends on the architect you select. As some of Hotel design architect may charge the cost for Hotel design on lump sum basis on other hand some hotel design architect may charge at the 5% of total cost for comprehensive architectural services.

                                   

5. Design Parameters involved in Hotel Design

 

Design parameters involved in hotel design varies on the basis of type of hotel you choose to build. In addition, there are some common areas in every hotel has to build. The essential areas are as the administration, a staff area, which is separately accessed and partly in direct connection with other areas of the hotel, guest room area with differentiated rooms and individual access areas arranged under the aspects of category, orientation and noise screening, service area with kitchens, store and associated rooms. Nowadays, modern hotels often provides extra facilities such as swimming pools, fitness rooms, saunas etc. See details information of this areas as follows –

 

i.  Hotel Rooms – Hotel Rooms may include a sitting area with chairs, a desk, TV, Self – service drinks, refrigerator and suitcase stand. In the same vein, the size and number of beds largely dictates dimensions and layout of room, e.g. Twin 100/200 cm, double 150/200 cm, queen-size 165/200cm, or king-size 200/200cm.

 

ii.  Corridor Space – Corridor space should be about 6m2   per room, and normally at least 1.5 – 1.80m wide. Likewise, separate routes also be provided for guest, staff and goods.

 

iii.  Hotel lobby and hotel reception – This is at the central in hotel, which is well-arranged and prestigious nerve center between the various parts of the operation. Customers move from parking areas, through the entrance and reception, and then to lifts, staircases or corridors leading to bedrooms or public rooms.

 

iv. Catering area–Catering area should be in connection with the hotel lobby extent of the services depend on the hotel category, whereas to be able to eat in comfort, one person requires a table area around 60 cm wide and 30-40 cm deep. This provides sufficient distance between adjacent diners. Although an additional20 cm space in the centre for dishes and large bowls is sometimes desirable, an overall width of 80-85 cm is suitable for a dining table. If the food is served on plates, then 70 cm is sufficient, and for fast food 60 cm table depth. Distance between table and wall >75 cm -7 0, because the chair alone requires a space of 50cm. If the space between table and wall is also used for access, the distance should be> or equal to 100 cm. Round tables need a little more space, a difference of up to 50 cm.

 

v.  Hotel Kitchen –Kitchen size is determined by the number of workstations, the space required for equipment, the range of meals and the extent of food preparation. Therefore number of covers or number of seats are not adequate guides.  Whereas kitchen planning requires four stages of development, as follows –

 

·         Determine a process plan covering all major areas,

·         Check maximum and minimum personal needs per area,

·         Determine the equipment needed for each area,

·         Space allocation.

 

vi.  Laundry Services–Laundry services for a hotel may provided by 

 

·         Linen rental or contracts with outside laundries.

·         Centralized services operated by the hotel group

·         Hotel – operated laundry on the premises.

 

6.  Layout and area requirements in Hotel Design

 

Layout and area requirement in hotel is varies as the size of project is going to be done. The proper structure gives astonishing impression to hotel. Special areas for seminars, health centers and outdoor facilities for which space required can vary tremendously, which will be also needed, so Here we can see the approx space requirement in hotel on tentative percentage basis as follows –

 

i.         Accommodation facilities                                                                                             – 50-60% of total floor area

(Like rooms, toilets, bathroom, shower room, hallways and floor service)

ii.          Public guest room, reception area, hall and lounges                                         – 4-7% of total floor area

iii.         Hospitality areas, Restaurant and bars for guest and  visitors       – 4-8% of total floor area

iv.        Banqueting area with meeting and conference rooms                    – 4-12% of total floor area

v.          Domestic area, kitchen, personnel rooms and stores                      – 9-14% of total floor area

vi.        Administration, management and secretarial                                      – 1-2% of total floor area

vii.       Maintenance and repair                                                                                               – 4-7% of total floor area

viii.     Leisure, sport, shops and hairdressing salon                                        – 2-10% of total floor area            

 

7.    FAQ about Hotel Design

 

i.  What are the criteria and principals involved in the selection of furniture style and type in a modern hotel?

 

Where the furniture is going to be placed, Style and durability like furniture must last only stylistically but it also stand up to tremendous amount of wear and tear during the lifespan of hotel. These three are the main criteria for selection of furniture style and type in modern furniture.

 

ii.  What is the standard size of hotel room?

 

100 square feet and above is the standard size of hotel room.

 

iii.  Why is hotel design important?

 

Hotel interior design and its appearance is an very important factor to grab the attention of guest which also increase the customers satisfaction.

 

iv.  How many rooms are in a hotel floor?

 

On an average there are 10 to 12 rooms in a hotel per floor.

 

v. What is difference between hotel room and suite?

 

A hotel room includes one or more beds like king queen, full or twin beds, a work desk, bathroom, closet, TV and a dresser. In the same vein a suite is a wide larger accommodation which usually has an attached bathroom, living area and many times it includes dining area as well.

 

 

Farmhouse Architect

 

1.  Know more about Farmhouse Design Architect    

                                                                   

Traditionally farmhouses are simply homes which are built on agricultural lands. It serves a residential purpose on agricultural land. Certainly farmhouses are surrounded by a farm or well landscape garden. Farmhouse design architects has an endless challenges to taking old things and making them new again.

 

2.  Different Style of Farmhouse design

 

The farmhouse style is a toughest one to finalize. There is lot of  elements in the farmhouse styles like old jars, vintage pieces, cream painted wood, wire crates etc. The farmhouses are designed in various manners from traditional to modern, moreover all have the rural or agricultural flavor. See few styles of farmhouse design –

 

        i.            French Farmhouse –

       ii.            Cottage Farmhouse

      iii.            Western Farmhouse

      iv.            Modern Farmhouse

       v.            Classic Farmhouse

      vi.            Rustic Farmhouse

     vii.            Bohemian Farmhouse

 

3.     Cost required for Farmhouse design

 

The cost involved in the Farmhouse design are extraordinarily high. Cost required for the farmhouse design totally depends on the architect you select. Some of farmhouse designers may charge the cost for modern farmhouse design on lump sum basis.  On other hand some farmhouse design architect may charge at the 5% of total cost of construction. In addition you can also get the customized farmhouse floor plan here https://construction.foot2feet.com/house-plan/

 

4.     Design Parameters involved in Farmhouse Design

 

While designing a farmhouse, ample space must be allowed for each of the daily activity. Further, it’s not so much related to total space as such things like door width and height, corridor width, plenty of space for furniture like bed or a table  and chairs. Space required for farmhouse kitchen, farmhouse bedroom and farmhouse living room etc. In 1890, farmhouses were covered with a layer of soil for fire protection purposes, certainly its causing plants to grow. After that in the 20th century, during the classic modernist period and with the introduction of flat roofs, the almost forgotten green roof which is rediscovered. Whereas the farmhouse should be fitted into its surroundings. Farmhouse design should always considered the Sunlight, direction of prevailing summer and winter winds, views which  already exist and those that can be developed and location of public  road and driveway etc. In short, farmhouse uses common elements from traditional rural building like timber cladding, A frame roofs, and lofted spaces which is connected to natural surroundings.

 

5.     Various Permissions required for Farmhouse construction?

 

For constructing a Farmhouse various noc’s and building permissions required. Local Bodies like, Pune Municipal Corporation, PMRDA, PCMC grant the permission for Farmhouse construction. As you can build farmhouses on agricultural land, so the area requirement to build a farmhouse is of 1 Acre or more. In the same vein you get FSI (floor Space Index) of 4 to build the farmhouse in Pune.

 

6.     FAQ about Farmhouse Design

 

i.  What are the different types of farmhouse style?

 

French Farmhouse, Cottage Farmhouse, Western Farmhouse, Modern Farmhouse, Classic Farmhouse, Rustic Farmhouse and Bohemian Farmhouse these are the different types of farmhouse style. You can check other various types of farmhouse design  at https://en.wikipedia.org/wiki/Farmhouse

 

ii.  How big is a farmhouse?

 

Farmhouse area depends generally upon the requirement. The built up are mostly in between 1000 – 1500 sq.ft. Also you can find many large farmhouses also. Farmhouse design plan is ordinarily of two stories, with plenty of space upstairs for bedrooms, sleek line large windows and open layouts.

 

iii.  What is farmhouse siding called?

 

Farmhouse siding called as clapboard or horizontal siding, lap siding, vinyl or fiber cement siding.

 

 iv.  What makes a modern farmhouse exterior?

 

Crisp paint colors is the key to make a modern farmhouse exterior.

 

 v.  How much does it cost to build a farmhouse in India?

 

At the rate of Rs. 3000/- per square foot or more is charged to build a farmhouse in India. As this is the basic rate, which may vary on the specification of a construction.

 

vi.  What is difference between farmhouse and modern farmhouse?

 

There is something enduring and warm hearted about farmhouse style, whereas modern farmhouse design takes the comfortable, relaxed farmhouse style which adds modern touches.

 

vii. What kind of wood should I use for a farmhouse table?

 

Most farmhouse table are made out of pine. Likewise pine is inexpensive and absorbs stain well.

 

 

Apartment Architect

 

1.  Know more about Apartment Design Architect                 

                                                           

The need for new housing, considered against a background of continuing urbanization, clearly indicates an increasing proportion of expanding housing market. The inevitability of this trend contains a challenge to the architect to do more than merely meet a statistical demand. Apartment Design Architects must rather address, identify, and solve the problems of multifamily building types as an attractive alternative to freestanding single-family buildings.

 

2.  Type of Apartment Building

 

In the world of modern architecture, there are many different types of apartments and multifamily building. The buildings are designed in various manners from traditional to modern, moreover many apartment buildings are a mix or hybrid of types, here are the most often basic building types are as follows –

 

i.  Studio– A studio apartment is also known as studio flat, a self-contained apartment in which normal functions of a number of rooms like the bedroom, living room and kitchen are combined into a single room. This is mostly prefer for bachelors or people looking for a budget house because they save space and cost. 

 

ii. Multistorey – Multistorey apartment building is a building that has a multiple storey. Whereas, it typically contains vertical circulation in the form of ramps, stairs and lifts. As this is the many floors building, so lift facility is mandatory to pass easily to other floors.

 

iii. Villa –A villa is a large, detached structure with spacious land surrounding it. It’s very luxurious and may include amenities like swimming pool, stables and gardens. Villa is generally designed for single family.

 

iv.  Builder floors– A builder floor apartment is a residential unit in a low rise independent building that has a few other flats. The number of floors generally 2-4 including the ground floor. As builders floors apartments have less number of floors compared to multistorey building. Such apartments usually developed by builder on its own or in collaboration with land owner.

 

v. Integrated Township –In an Integrated township, cluster of housing and commercial businesses with many amenities like, Schools, roads, hospitals, convenience shopping, water treatment plants, drainage and sewage facilities etc. however, these complexes constructed either by the government or by private realtors

 

vi.  Gated Community –By keeping safety in mind, gated community consist of Gated community  of Villas, Row houses and multistorey apartment contains strictly controlled entrance for pedestrians, bicycles, automobiles and often characterized by closed perimeter of walls and fences.

 

 vii.  Row House –a group of series of houses connected by common sidewalls and foaming continuous group fundamentally. Its follow the same architectural layout and design. Row houses are very different from villa.

 

3.  Time require to build an Apartment Building

 

The average time to build housing project varies with the number of units in the building. Whereas, average time to complete construction of an apartment building is approximately 2 years. In addition, building with 20 or more units takes upto 3 years to complete, moreover, building with 10 to 19 units takes upto 18 -24 months to complete the construction.

 

4.     Cost required for Apartment design

 

The cost involved in the Apartment design are not so high. Cost required for the Apartment design  totally depends on the architect you select. As some of apartment designers may charge the cost for modern Apartment design on lump sum basis on other hand some Apartment design architect may charge at the 3% of total cost for comprehensive architectural services. In addition you can also get the customized Apartment floor plan here Apartment Floor plan fascinating apartment design within the budget.

                                                                                                                                                                       

5.     Design Parameters involved in Apartment Design


As design development, the evolution of an apartment building design is not a sequential process. Rather its  a process of continuing interaction, feedback, and reevaluation. And that the number and complexity of events will vary according to the program, scope, and funding sources involved in apartment construction. The sequences known as program development, site analysis, building planning, and building design . Site analysis involves evaluation of physical data which must be recognized, identified, and weighed by the architect in making basic design decisions dealing with site use, allocation and development. Following are the factors –

 

 i.  Apartment Floor Shape and Size – 

 

The shape and size of an apartment building can have significant influence on the cost and consequently the feasibility of a project. The shape of the repetitive typical floors influences the cost of constructing and enclosing the floors. For purposes of economy and efficiency, building shape should be simple and repetitive. 

 

 ii.  Building Height – 

 

The cost of a building may be affected by building height. A building may be of such height that it exceeds prevailing capacities in terms of available construction equipment and contractor experience. Of the various mechanical systems which serve an apartment building, each has various increments and “step-up” points. For example, there is a situation such that the addition of a single extra floor could require a substantial increase in elevator service either through an additional elevator or an expensive increase in elevator speed Similar situations exist for fire, plumbing, and electrical, and opinions of the various consultants.

 

iii.  Length and Width – 

 

Building length or width are generally proportionate to increase in area, however, as with other such items, there are step-up points at which there are disproportionately large increases in cost for slight dimensional increases.

 

iv. Wind Bracing -

 

Wind bracing becomes a structural design consideration in buildings beyond the 10-to 12-story range, and one must then consider measures which may be introduced to resist the overturning tendency due to wind loads. Wind bracing may be achieved by introduction of various structural measures. The extent and, therefore, the expense of these measures may be reduced if the building shape itself contributes to wind bracing.

 

v. Structural systems

 

Concrete – The most common structural system presently employed for medium- to high-rise apartment construction is flat-plate cast-in-place reinforced concrete with randomly placed columns. This structural approach has certain advantages which make it particularly adaptable to apartment construction.

 

Steel – Although much less common than cast-in place concrete, steel frame structures are also employed in the construction of apartment buildings Limitations As a rule of thumb, spacing between concrete columns may economically be in the range of 12- to 18-ft centers and spacing for steel Columns may range from 16 to 24 ft.

 

 Systems Approach – Any discussion of structural considerations in conjunction with housing must recognize that the housing industry appears to be at the beginning of an era of greatly increased pre fabrication, which is leading towards full systems building and industrialization of the building process

 

vi. Elevators – 

 

There are four variables involved in elevators Selection, as necessary for an efficient solution –

 

1. Travel distance

2. Elevator speed

3. Elevator capacity

4. Building population

 

vii.  Safety – In general, the architect may choose only among accepted and approved procedures as set down in codes. In most codes, two means of egress must be provided within specified distances from each dwelling unit except in the case of duplexes, which frequently require an additional means of egress off the corridors, usually by means of an escape balcony. However,effectively preclude the use of scissor stairs, in many cases by limiting the allowable length of dead-end corridors. Fire escapes are usually required for construction that is not fireproof; and sprinklers, smoke doors, fire detectors, and alarms are additionally required for various classifications of construction in some codes.

              

viii.  Plumbing – Vertical plumbing risers and waste lines or” plumbing stacks” are expensive due to both material and labor costs. Reduction in the number of stacks saves money and is, therefore, to a greater or lesser extent advantageous and advisable.

 

ix. Ventilation – Interior spaces such as bathrooms, interior kitchens, and public halls require mechanical exhausting. In making preliminary layouts, to determine the floor area to be allocated to exhaust ducts.

 

x.   Heating and Cooling- In most cases, planning and spatial lay out are not significantly influenced by heating and/or cooling units and their lines of supply. The most common exception is the case in which ducts deliver conditioned air from either a central source or a unit in the apartment. In such a case, ducts may be of such size as to become a planning factor. Otherwise, heating or cooling units are served either by hot and/or chilled water pipes or electric conduct.

 

6.  Various Permission required for Apartment construction

 

For constructing an Apartment building various noc’s and building permissions are required. Local Bodies like, Pune Municipal Corporation, PMRDA, PCMC grant the permission for Apartment Building construction. Permission consist in various form of noc’s,  For example, NA Order, Plinth Checking, Garden Noc,  Water Noc and Drainage Noc etc.

 

7.     FAQ about Apartment Design

 

i.  What is difference between flat and apartment?

 

Flat and apartments usually refers as a self-contained residential unit with its own front door, bathroom, toilet and kitchen. In the same vein, the word apartment known as purpose-built unit in a building, where as flat refers as a converted unit in an older building. You can check in details here also, https://en.wikipedia.org/wiki/Apartment

  

ii.  Do I decorate single room apartment?

 

Interior designers do apartment designing work. Single room apartment decoration costs around 1-2 lakhs.

 

 iii.  Which is better apartment or house?

 

Apartment and house both are the best, but in most cases living in a house offers more space than you would get with an apartment.

 

 iv.  What is a multistorey apartment?

 

A multistorey apartment is a housing unit in a multistoried building which has multiple storeys, it also contains vertical circulation in the form of ramps, stairs and lifts.

 

v.  What are amenities in apartments?

 

There are many apartment amenities like, fitness center, business center, balconies, laundry room, swimming pool, childcare centre, playground, community room, garden and senior citizen space etc.

 

 vi.  What are the different types of apartment?

 

The apartments is usually classified by size and number of rooms. Whereas, Large apartments known as 3+ bedroom apartments, penthouse, duplex or triplex and parlor floor etc., medium apartment known as 2 bedroom apartment, 1 bedroom apartment, flex, junior 1 bedroom apartment, Garden apartment, shotgun apartment, basement apartment and flat etc. moreover, tiny apartment known as studio apartment, alcove apartment, convertible apartment, micro apartment, Single room occupancy unit etc.

 

 

Landscape Architect

 

Know more about Landscape Design Architect             

                            

Landscape design architect creates beautiful outdoor spaces. The term landscape design covers two apparently contradictory elements. Landscape is traditionally thought to refer to undisturbed natural landscapes, and design is evidently artificial. But we must recognize that untouched landscapes are almost absent from large parts of the world, or exist only as a temporarily abandoned terrain subject solely to sporadic attacks. Built and unbuilt land are today strongly related in a dialectic relationship. This has also generated a spatial way of thinking in landscape design, comparable with architectural or town planning design processes .Landscape design architect plan design public outdoor spaces, such as gardens, campuses, parks, commercial centers, waterfront development, resorts, Institutional and industrial.

 

1.  Design Rules

 

A very basic rule landscape architect need to be in follow is that the building should be linked with the site.  There are regulations about the distance of walls and fences from boundaries are laid down in the Law on the Rights of Neighbours and the individual state building regulations. The normal situation is that every house owner has to fence the right-hand side of their boundary as seen from the road. The joint back is to be fenced communally, i.e. the costs of minimal fencing (wire mesh fence, height = 1.25 m are to be shared. If a house owner has a sole duty of enclosure, then they must bear the cost of fencing alone and the fencing must stand on their own property. If the enclosure duty is shared, then the barrier must be centred on the boundary. There is a general duty of enclosure when it is usual in the location. Walls and retaining walls including enclosures do not require.

 

2. Cost required for Landscape Design

   

The cost involve in the Landscape design are extraordinary high. Landscape design architect may charge the cost for Landscape design on lump sum basis or at the 5% of total cost for comprehensive architectural services.

                                   

 Design Parameters involved in Landscape

 

Aesthetic landscape compositions are congenial solutions for a space, which form an inseparable unit with buildings or town planning. So it is evident that landscape design architects are integrated into the project team right from the start, like structural or services engineers. The Foundation aspect in landscape design architect as follows –

 

  i.  Horizontal aspects –

 

The general structuring of outdoor areas in context with the surroundings is regarded as a horizontal aspect. This is a fundamental organization following considerations like idea, function, design and form. It can produce horizontal results like paving, lawns etc. and also vertical like buildings, trees, pergolas etc.

According to concept, items can be related to each other, repeated or contrasted; or a number of items can be superimposed. Open areas can, for example, continue themes or materials from

Buildings or provide a contrast. The ideal is to produce a central theme without functional limitations and then develop a design to make it readable.

 

ii.  Vertical aspects–

 

It is the concepts for outdoor areas derive from the fundamental horizontal aspects and substantiate them. Not only is the selection of materials important but also the spatial contexts of the immediate surroundings. If there is a dip or a rise in the field of view, this lends the space to different interpretations. On the peak of a rise or in an open area, a roof, object or shelter can offer an impression of spatial definition. In street environments, trees can reduce the proportions of high buildings to a human scale and create small spaces within large. Vertical aspects, whether built or planted, should be to a sensible scale and integrate seamlessly into the overall concept of landscape architecture.

 

 iii.       Form of illustration

The decision how to illustrate with plans or drawings depends greatly on the stage of the project work. In the preliminary design and actual design phases, hand sketches and drawings can even today still contribute to a project’s presentation. At these stages, forms of illustration have a great significance.

 

iv.  Design of earthworks –

 

Modelled areas of ground are generally perceived as pleasant and interesting which can have a strong effect on the perception of as pace. The human eye looks for viewpoints and fixed objects in an open area. An example of this is the common hilly landscape with meadows, farmland and isolated trees in open man-made countryside. This impression can be achieved with intentionally designed terrain modelling as an addition to vertical structures or plants. Homogeneously occupied areas (lawns, ground-cover planting of uniform height, paving), with sunken centres in particular,make spaces seem larger. Wavy or hilly ground modelling can also enlarge the impression of space. According to the situation,this can enable economic synergies to be gained through the management of earth quantities. While designing landscape, there are many factors compacted like Preservation of topsoil, Slope Protection, Soil formation, Soil Loosening, soil improvement,  etc.

 

 v.  Design aspects of walls and fences –

 

During the planning stage of landscape design it should generally be noted that walls and fences form vertical optical barriers. This should be used intentionally to create spaces or particular views. Individual spaces can be created out of large areas either geometrically or also organically. The selection of materials should consider the overall design concept. For Instance, paving can be of materials natural stone, brick etc. that ‘grow out of their original location, and can be continued into walls to create a tranquil and homogeneous effect. Walls and fencing offer a multitude of design forms and types. Like, Wooden Fences, Metal Fences, Metal mesh or grilles etc.

 

vi.  Freestanding walls and Retaining Walls –

Freestanding walls are only subject to damp from the soil through the foundations and there less problematic in the choice of materials. Whereas Retaining walls can be self-supporting of concrete with facing brick or of dry stone.

                       

vii. Copings -

 

The tops of walls must be protected against rain and snow by covering them with large slabs or stones. The coping element should have a cross-fall of at least 0.5%. Longitudinal joints in the coping are not allowed and butt joints must be at right angles to the wall centre-line.

 

viii.  Pergolas and trellises – 

 

In addition to the selection of a material for the planned pergola, its position within the outdoor area needs to be considered carefully. Large pergolas form spaces almost like buildings, and should be justified by their function or particular aesthetic value. Pergolas can lead to special places or viewpoints and can be used to divide spaces and/or as a sitting area Pergolas with climbing plants should be detailed in accordance with the particular characteristics of the intended plant (spacing of supports for climbing or winding plants.

 

 ix.  PATHS, PAVING, STEPS –

 

For the design of paths and paved areas, questions of proportion are important and the selection of materials is decisive. Firstly ,the correct dimensions for path width, free paved areas and enclosed spaces need to be determined according to the use and surroundings. Where as Steps overcome height differences: they are therefore always Significant as a vertical design aspect and require detailed matching to the overall theme. Flat and wide steps with low risers appear softer, more spacious and stronger in design. The steeper and narrower the steps, the more functional the impression.

 

x.   Rainwater Management and drainage–

Rainwater management is urgently suggested for ecological and economic reasons in order to preserve the natural rainwater cycle as far as possible. The basic principle of rainwater management is to avoid, reduce or at least greatly delay surface water running off into the drains where it arrives or in the immediate vicinity. Certainly, Drainage is generally differentiated into linear or point drainage. Depending on the surfacing, surface falls should be provided to drain surface water appropriately at all times of year.

 

 

 

5. FAQ about home, Terrace or any Landscape Design

 

 

i.   What are the 6main types of landscapes?

 

There are different types of landscapes. https://en.wikipedia.org/wiki/Landscape, like, desert, taiga, wetland, mountain range, cliff, littoral zone, coast, tundra, shrub land, forest, rain forest, woodland, moors etc.

 

 ii.  What is the difference between architect and landscape architect?

 

Architect Design structures, such as residential buildings or commercial buildings, whereas Landscape architects Provides plan for the outdoor areas around structures, as design work is the fundamental difference between architect and Landscape Architect. 

 

iii.  How do I find landscape architect in pune?

 

Speak with number of landscape architect and discuss with them about your budget and project. You can take reference from your contact also. The best way to post enquiry on https://foot2feet.com/construction-services/architect-in-pune/ about architectural services, here you will get quotation from several architect. 

 

iv. What is difference between natural and man made landscape?

 

Natural Landscape is an environment which exist even in man’s absence, certainly its not affected by human activities. In the same vein Manmade landscape is the art of designing the drives, lawns, walks, gardens and shrubs  with the help of natural elements like stones, bricks, water, landforms and many more. 

 

v.  What is cheapest rock for landscaping?

 

Crushed gravel and pea gravel are the cheapest landscapes rocks. 

 

vi. How do you landscape the front of your house?

 

Enormous foundation planting along the front of your house will make good landscape look. 

 

 

House Design Architect

 

Know more about House Design Architect   

                                 

Architect is an expert professional who mixed up art and science of design, plan and look into the construction of a erecting building or house. They always make sure that design of a house make sense. Architecture field includes a wide variety of designing and planning, likewise they plan design develop present and oversees of all sort of project. House design architect also known as residential architect.

 

2. Roles of House design architect

           

House design Architect plays a very important role in construction of a home. In the same vein they are responsible for visual appearance of a house before final structural design.Whereas they are also responsible for decorating home interior as well as exterior. Architects are involved in all kind of construction activities from simple 1 bedroom house to multi story commercial complex. They usually hire for many things like, kitchen designer, furniture ideas for bedroom, design a modern home, living room interior etc.

 

 How to select best house design architect

                                               

To live in a mesmerizing home is the dream of an every individual. But its very rare to choose an architect who will fulfill our all the requirement! Now Foot2Feet made easy with its intermediary-free, transparent, reliable online platform where you get instant access to many house design architect in Pune.

 

Cost to hire house design architect      

                                          

Costs to hire house design architect is depends on what kind of house you want, what services you want your architect to provide, and what kind of architect you want. Some architect charge on percentage of total construction cost where as some architect cost on lump sum basis                               

 

FAQ about House Design Architect   

 

i.  What is the difference between an architect and a home designer?

 

Architects and interior designers are expert professionals who design the plans. The very basic difference is architect design buildings where as home designers use fixtures, furniture and other accessories to create a finished look and functional spaces inside a house

 

ii. How long does it take for an architect to design a house?

 

Generally, new home design or remodel a house takes upto 5/6 months to design, draft, and coordinate through the consultant, whereas to draw a house plan it takes less than 1 day or it’s done it within some hours also.

 

iii. How much does it cost to hire an architect for a home addition?

 

Cost to hire architect for home addition is same as its cost for the new construction. Generally architects charge at 3%  of the total construction cost.

 

iv. What is a 1.5 story house called?     

       

1.5 story house or one-and-a-half storey house is a detatched home which has a second floor that is about half the size of the main floor, but is off to one side. So this style of home called as half storey house.

 

v. What are the four types of houses?

 

There are various types of houses for example Attached, Detached House, Semi Detached, twin house, Duplex or Triplex.

 

 

Alternatives Materials, Methods of Design and Construction and Tests in UDCPR 2020

UDCPR 2020 Chapter 12 is all about the Structural Safety, Water supply, Drainage, and Sanitary Requirements, Outdoor Display, And Other Services in Development Plans as per mentioned in the UDCPR 

 

This is Applicable to all Planning Authorities and Regional Plan Areas except Municipal Corporation of Greater Mumbai, Other Planning Authorities/Special Planning Authorities/ Development Authorities within the limit of Municipal Corporation of Greater Mumbai, MIDC, NAINA, Jawaharlal Nehru Port Trust, Hill Station Municipal Councils, Eco-sensitive/Eco-fragile region notified by MoEF & CC and Lonavala Municipal Council, in Maharashtra.

 

Rule No. 12.3 Alternatives Materials, Methods of Design, Construction and Tests

 

1) The provision of the regulations is not intended to prevent the use of any material or method of design or construction, not specifically prescribed by the regulations, provided any such alternative has been approved.

 

2) The provision of these regulations is also not intended to prevent the adoption for architectural planning and layout conceived as an integrated development scheme.

 

3) The authority may approve any such alternative provided it is found that the proposed alternative is satisfactory and conform to the provisions of relevant parts regarding material, design, and construction and that material, method or work offered is, for the purpose intended, at least equivalent to that prescribed in the rules in quality, strength, compatibility, effectiveness, fire rating and resistance, durability and safety.

 

4) Tests : Whenever there is insufficient evidence of compliance with the provisions of the regulations of evidence that any material or method of design or construction does not conform to the requirements of the rules or in order to substantiate claims for alternative materials, design or methods of construction, the Authority may require tests sufficient in advance as proof of compliance. These tests shall be made by an approved agency at the expense of the owner.

 

5) The test method shall be as specified by the regulations for the materials or design or construction in question. If there are no appropriate test methods specified in the regulations, the Authority shall determine the test procedure. For methods of testing for building materials, references may be made to relevant Indian standards as given by the National Building Code of India, published by the Bureau of Indian Standards. The latest version of the National Building Code of India shall be taken into account at the time of enforcement of these rules.

 

6) Copies of the results of all such tests shall be retained by the authority for a period of not less than two years after the acceptance of the alternative material.

 

Related Regulations

 

You can visit our other blogs related to Regulations 12 through the below-mentioned links

 

Signs and Outdoor Display Structures in UDCPR 2020

 

Drainage and Sanitation Requirements in UDCPR 2020

 

Water Supply, Drainage, and Sanitary Requirements in UDCPR 2020

 

Building Services in UDCPR 2020

 

Quality of Materials and Workmanship in UDCPR 2020

 

Structural Safety, Water Supply, Drainage and Sanitary Requirements, Outdoor Display, and Other Services in UDCPR 2020

 

Lighting and Ventilation of Room as Requirements of Part of Building in UDCPR 2020

UDCPR 2020 Chapter 9 is all about the Requirements of Part of the Building as per mentioned in the UDCPR 

 

This is Applicable to all Planning Authorities and Regional Plan Areas except Municipal Corporation of Greater Mumbai, Other Planning Authorities/Special Planning Authorities/ Development Authorities within the limit of Municipal Corporation of Greater Mumbai, MIDC, NAINA, Jawaharlal Nehru Port Trust, Hill Station Municipal Councils, Eco-sensitive/Eco-fragile region notified by MoEF & CC and Lonavala Municipal Council, in Maharashtra.

 

Rule No. 9.20 Lighting and Ventilation of Room

 

9.20.1  Adequacy and manner of provision

 

i) The minimum aggregate area of opening of habitable rooms and kitchens excluding doors shall be not less than 1/10th of the floor area of the room.

 

ii) No portion of a room shall be assumed to be lighted, if it is more than 7.5 m. away from the opening assumed for light and ventilation, provided an additional depth of any room beyond 7.5 m. may be permitted subject to provision of proportionate increase in the area of the opening.

 

iii) A staircase shall be deemed to be adequately lighted and ventilated, if it has one or more openings and an area taken together measures not less than 1.0 sq.m. per landing on the external wall.

 

iv) An opening with a minimum area of 1.0 Sq.m. in a kitchen, and 0.30 sq.m. with one dimension of 0.30 m. for any bathroom, water closet or store shall be treated as adequate.

 

9.20.2  Ventilation Shaft

 

For ventilating the spaces for water closets & bathrooms, if not opening on front, side, rear & interior open spaces, these shall open on the ventilation shaft, the size of which shall not be less than the values given in the table below :-

 

Table No.9-C - Ventilation Shaft

Sr. NoHeight of Buildings in m.Cross-section of Ventilation shaft in Sq.m.Minimum one dimension of the shaft in m.
(1)(2)(3)(4)
1Upto 101.20.9
2Upto 122.41.2
3Upto 184.01.5
4Upto 245.41.8
5Upto 308.02.4
6Above 309.03.0

 

Note :-

 

a) For buildings above 30.0 m., a mechanical ventilation system shall be installed beside the provisions of the minimum ventilation shaft.

 

b) For fully air-conditioned residential/other buildings, the

 

9.20.3 Artificial Lightning and Mechanical Ventilation

 

Where lighting and ventilation requirements are not met through daylighting and natural ventilation, they shall be ensured through artificial lighting and ventilation in accordance with the provisions of Part 8, Building

 

Related Regulations to Rule No. 9

 

Habitable Rooms as Requirements of Part of Building in UDCPR 2020

 

Basements as Requirements of Part of Building in UDCPR 2020

 

Ramp as Requirements of Part of Building in UDCPR 2020

 

Balcony as Requirements of Part of Building in UDCPR 2020

 

Provision of Lift as Requirements of Part of Building in UDCPR 2020

 

Compound Wall and Other Requirements of Part of Building in UDCPR 2020

 

Provisions for Barrier Free Access in UDCPR 2020

UDCPR 2020 Chapter 13 is all about the Special Provisions for Certain Buildings as per mentioned in the UDCPR 

 

This is Applicable to all Planning Authorities and Regional Plan Areas except Municipal Corporation of Greater Mumbai, Other Planning Authorities/Special Planning Authorities/ Development Authorities within the limit of Municipal Corporation of Greater Mumbai, MIDC, NAINA, Jawaharlal Nehru Port Trust, Hill Station Municipal Councils, Eco-sensitive/Eco-fragile region notified by MoEF & CC and Lonavala Municipal Council, in Maharashtra.

 

Rule No. 13.0 General

Special provisions shall be made with respect to certain buildings, as given below. However, this provision shall stand superseded if new directions are issued by the Government.

 

Rule No. 13.1 Provisions for Barrier-Free Access

 

Provisions for barrier-free access in buildings for differently-abled persons shall be as given

below.

 

13.1.1 Definitions

 

i) Non-ambulatory Disabilities :- Impairments that, regardless of cause or manifestation, for all practical purposes, confine individuals to wheelchairs.

 

ii) Semi-ambulatory Disabilities :- Impairments that cause individuals to walk with difficulty or insecurity, individuals using braces or crutches, amputees, arthritics, spastics, and those with pulmonary and cardiac ills may be semi-ambulatory.

 

iii) Hearing Disabilities :- Deafness or hearing handicaps that might make an individual insecure in public areas because he is unable to communicate or hear warning signals.

 

iv) Sight Disabilities :- Total blindness or impairments, which affect sight to the extent that the individual, functioning in public areas, is insecure or exposed to danger.

 

v) Wheel Chair :- Chair used by disabled people for mobility. The standard size of the wheelchair shall be taken as 1050 mm. x 750 mm.

 

13.1.2  Scope

 

These regulations are applicable to all buildings and facilities used by the public such as educational, institutional, assembly, commercial, business, and mercantile buildings constructed on plots having an area of more than 2000 sq.m. It does not apply to private and public residences.

 

13.1.3  Site development

 

The level of the roads, access paths, and parking areas shall be described in the plan, along with the specifications for the materials.

 

1. Access Path/Walkway: The access path from plot entry and surface parking to the building entrance shall be a minimum of 1800 mm. wide having an even surface without any steps. Slope, if any, shall not have a gradient greater than 5%. Selection of floor material shall be made suitably to attract or to guide visually impaired persons (limited to coloured floor material whose colour and brightness is conspicuously different from that of the surrounding floor material or the material that emits different sounds to guide visually impaired persons; hereinafter referred to as “guiding floor material”. Finishes shall have a non-slip surface with a texture traversable by a wheel chair. Curbs wherever provided should blend to a common level.

 

2. Parking :- For parking of vehicles of handicapped people, the following provisions shall be made :-

 

a) Surface parking for two car spaces shall be provided near the entrance for physically handicapped persons with a maximum travel distance of 30.0 m. from the building entrance.

 

b) The width of parking bay shall be minimum 3.6 meter.

 

c) The information stating that the space is reserved for wheelchair users shall be conspicuously displayed.

 

d) Guiding floor materials shall be provided or a device, which guides visually impaired persons with audible signals, or other devices, which serves the same purpose, shall be provided.

 

13.1.4 Building Requirements

 

The specified facilities for the buildings for differently-abled persons shall be as follows :-

 

i)  Approach to plinth level

 

ii)  Corridor connecting the entrance/exit for the differently abled.

 

iii)  Stair-ways

 

iv)  Lift

 

v)  Toilet

 

vi)  Drinking Water.

 

i) Approach to plinth level : Every building should have at least one entrance accessible to the differently abled, which shall be indicated by proper signage. This entrance shall be approached through a ramp together with the stepped entry.

 

ii) Ramped Approach: The ramp shall be finished with non-slip material to enter the building. The minimum width of the ramp shall be 1800mm. with a maximum gradient of 1: 12. The length of the ramp shall not exceed 9.0 m. It shall have an 800 mm. high handrail on both sides extending 300 mm beyond the top and bottom of the ramp. The minimum gap from the adjacent wall to the hand rail shall be 50 mm.

 

iii) Stepped Approach :- For the stepped approach, the size of the tread shall not be less than 300 mm. and the maximum riser shall be 150 mm. Provision of 800 mm. high hand rail on both sides of the stepped approach similar to the ramped approach.

 

iv) Exit/Entrance Door :- Minimum & clear opening of the entrance door shall be 900 mm. and it shall not be provided with a step that obstructs the passage of a wheel chair user. Threshold shall not be raised more than 12 mm.

 

v) Entrance Landing :- Entrance landing shall be provided adjacent to the ramp with a minimum dimension of 1800 mm. x 2000 mm. The entrance landing that adjoins the top end of a slope shall be provided with floor materials to attract the attention of visually impaired persons (limited to coloured floor material whose colour and brightness are conspicuously different from that of the surrounding floor material or the material that emits different sound to guide visually impaired persons hereinafter referred to as “guiding floor material”). Finishes shall have a non-slip surface with a texture traversable by a wheelchair. Curbs, wherever provided, should blend to a common level.

 

vi) Corridor connecting the entrance/exit for the differently abled :- The corridor connecting the entrance/exit for the differently abled, leading directly outdoors to a place where information concerning the overall use of the specified building can be provided to visually impaired persons either by a person or by signs, shall be provided as follows :-

 

a)  Guiding floor materials or devices that emit sound to guide visually impaired persons shall be provided.

 

b)  The minimum width shall be 1500 mm.

 

c) In case there is a difference of level, slope ways shall be provided with a slope of 1 : 12.

 

d) Handrails shall be provided for ramps/slope ways.

 

vii) Stair-ways - One of the stair-ways - near the entrance/exit for the differently abled shall have the following provisions :-

 

a)  The minimum width shall be 1350 mm.

 

b) The height of the riser shall not be more than 150 mm. and the width of the tread 300 mm. The steps shall not have abrupt (square) nosing.

 

c)  Maximum number of risers on a flight shall be limited to 12.

 

d) Handrails shall be provided on both sides and shall extend 300 mm. on the top and bottom of each flight of steps.

 

viii) Lifts - Wherever a lift is required as per regulations, provision of at least one lift shall be made for the wheelchair user with the following cage dimensions of lift recommended for a passenger lift of 13 person capacity of Bureau of Indian Standards.

 

Clear internal width1100 mm.
Clear internal width2000 mm.
Entrance door width900 mm.

 

a)  A handrail not less than 600 mm. long at 1000 mm. above floor level shall be fixed adjacent to the control panel.

 

b)  The lift lobby shall be of an inside measurement of 1800 mm. x 1800 mm. or more.

 

c)  The time of an automatically closing door should be a minimum of 5 seconds and the closing speed should not exceed 0.25 m./sec.

 

d)  The interior of the cage shall be provided with a device that audibly indicates the floor, the cage has reached indicates that the door of the cage of entrance/exit is either open or closed.

 

ix) Toilets :- One special W.C. in a set of toilets shall be provided for the use of differently abled with the essential provision of washbasin near the entrance for the handicapped.

 

a) The minimum size shall be 1500 mm. x 1750 mm.

 

b) Minimum clear opening of the door shall be 900 mm. and the door shall swing out.

 

c) A suitable arrangement of vertical/horizontal handrails with 50 mm. clearance from the wall shall be made in the toilet.

 

d)  The W.C. seat shall be 500 mm. from the floor.

 

x) Drinking Water :- Suitable provision of drinking water shall be made for the differently abled near the special toilet provided for them.

 

xi) Designing for Children :- In the buildings meant for the pre-dominant use of the children, it will be necessary to suitably alter the height of the handrail and other fittings & fixtures, etc.

 

Explanatory notes :-


1) Guiding / Warning Floor Material :

 

The floor material to guide or to warn the visually impaired persons with a change of colour or material with conspicuously different texture and easily distinguishable from the rest of the surrounding floor materials is called guiding or warning floor material. The material with different textures gives audible signals with sensory warnings when a person moves on this surface with a walking stick. The guiding/warning floor material is meant to give a directional effect or warn a person at critical places. This flooring material shall be provided in the following areas :-

 

a) The access path to the building and to the parking area.

 

b) The landing lobby towards the information board, reception, lifts, staircases and toilets.

 

c)  Immediately at the beginning/end of the walkway where there is a vehicular traffic.

 

d) At the location abruptly changing in level or beginning/end of a ramp.

 

e) Immediately in front of an entrance/exit and the landing.

 

2) Proper signage :-

 

Appropriate identification of specific facilities within a building for the differently abled persons should be done with proper signals. Visually impaired persons make use of other senses such as hearing and touch to compensate for the lack of vision, whereas visual signals benefit those with hearing disabilities.

 

Signs should be designed and located so that they are easily legible by using suitable letter sizes (not less than 20 mm. high). For visually impaired persons, an information board in brail should be installed on the wall at a suitable height and it should be possible to approach them closely. To ensure safe walking, there should not be any protruding sign which creates obstruction in walking. Public Address System may also be provided in busy public areas.

 

The symbols/information should be in contrasting colours and properly illuminated because people with limited vision may be able to differentiate between primary colours. International Symbol Mark for wheel chair be installed in a lift, toilet, staircase, parking areas, etc., that have been provided for the differently abled.

 

Development of Tourism and Hospitality Services under Community Nature Conservancy around Wild Life Sanctuaries and National Park in UDCPR 2020

UDCPR 2020 Chapter 14 is all about the Special Schemes as per mentioned in the UDCPR 

 

This is Applicable to all Planning Authorities and Regional Plan Areas except Municipal Corporation of Greater Mumbai, Other Planning Authorities/Special Planning Authorities/ Development Authorities within the limit of Municipal Corporation of Greater Mumbai, MIDC, NAINA, Jawaharlal Nehru Port Trust, Hill Station Municipal Councils, Eco-sensitive/Eco-fragile region notified by MoEF & CC and Lonavala Municipal Council, in Maharashtra.

 

Rule No. 14.9 Development of Tourism and Hospitality Services under Community Nature Conservancy around Wild Life Sanctuaries and National Park

 

14.9.1 Applicability - 

 

These regulations shall apply to the privately owned (not applicable to forest land) lands falling in the Agriculture/No Development Zone situated within 5 km. distance from the boundaries of wildlife sanctuaries and national parks in the State of Maharashtra. The provisions of existing Regional Plans/Development Plans will prevail over these regulations, wherever lands are earmarked for urbanisable zones in such plans.

 

14.9.2 Regulation - 

 

For the lands situated within 5 km. distance (or up to a limit of notified eco-sensitive zone, whichever is more) from the boundaries of wildlife sanctuaries and national parks, if the land owner applies for development permission, for the development of eco-tourism, nature tourism, adventure tourism, same may be allowed; provided the land under consideration has a minimum area of one hectare in a contiguous manner.

 

i) Permissible users and built-up area -

 

The users permissible in the Agricultural Zone / No Development Zone area shall be as follows :-

 

a) Agriculture, Farming, development of wild animal shelters, plantation, and allied uses.

 

b) Tourist homes, Resorts, Hotels, etc. with Rooms/suites, support areas for reception, kitchen, utility services, etc. along with ancillary structures like covered parking, Watchman’s quarter, guard cabin, landscape elements, and only one observation tower per tourist resort up to the height of 15.0 m. with platform area up to 10 sq.m. in permanent / semi-permanent structural components.

 

ii) The norms for buildings shall be as follows -

 

a) The construction activities shall be as per the Zonal Master Plan/Regional Plan/Development Plan of the concerned protected area.

 

b) The maximum permissible total built-up area shall not exceed 10% of the gross area with only G + 1 structure having a height not more than 9.0 m. and it should blend with the surroundings.

 

c) The Fencing/fortification may be permissible for only 10% of the total land area around built-up structures in the form of chain links without masonry walls thereby keeping the remaining area free for the movement of wildlife.

 

d) Tourism infrastructure must conform to environment-friendly, low height, aesthetic architecture, natural cross ventilation; no use of asbestos, no air pollution, minimum outdoor lighting, and merging with the surrounding landscape. They should generate at least 50% of their total energy and fuel requirement from non-conventional energy sources like solar and biogas, etc.

 

e) The owner shall establish an effective sewage disposal and recycling system during the construction and operational phase of the development. No sewage shall be allowed to be discharged into the natural stream.

 

If in cases, where a lack of compliance is observed, the concerned authority should issue a notice to the resort owner/operator for corrective action within 15 days, failing to do so or having not been satisfied with the action taken or reply/justification received, any decision to shut down the unit may be taken, by the respective authority.

 

f) The owner shall establish effective systems for collection, segregation, composting and/or reuse of different types of solid waste collected during the construction and operational phase of the development.

 

g) The plastic components used within the area shall be recycled; failing which the resort shall be closed down within 48 hours.

 

h) Natural streams/slopes/terrain shall be kept as it is, except for the built-up area.

 

i) On an area other than 10% area, only local trees shall be planted and only natural vegetation shall be allowed.

 

j) For the development of such type already taken place, Condition no. (c) above shall be applicable retrospectively to the extent of restricting the fencing and keeping the remaining area free for the movement of wildlife.

 

k) While allowing such development, principles given in the National Tiger Conservation Authority, New Delhi Notification No.15-31/2012-NTCA, dated 15/10/2012 published in the Gazette of India Ext. pt. III S-4 dated 08/11/2012 and Government of Maharashtra as amended from time to time shall be used as guidelines.

 

l) All regulations prescribed in the Eco-Sensitive zone Notification of the concerned National Park/Wildlife Sanctuary should be strictly followed and all clearances required should be taken.

 

Related Regulations

 

You can visit our other blogs related to Regulations 14 through the below-mentioned links:

 

Integrated Logistic Park (ILP) in UDCPR 2020

 

Industrial Township under Aerospace and Defense Manufacturing Policy in UDCPR 2020

 

Slum Rehabilitation Scheme for Other Municipal Corporations in UDCPR 2020

 

Slum Rehabilitation for Pune, PCMC, PCNTDA, and Nagpur in UDCPR 2020

 

Urban Renewal Scheme in UDCPR 2020

 

Conservation of Heritage Buildings, Precints, Natural Features in UDCPR 2020

 

Pradhan Mantri Awas Yojana in UDCPR 2020

 

Integrated Information Technology Township (IITP) in UDCPR 2020

 

Affordable Housing Scheme in UDCPR 2020

 

Integrated Township Project (ITP) in UDCPR 2020

 

Transit Oriented Development (TOD) in UDCPR 2020

 

Additional Regulations for Hingoli, Buldhana, Washim, Yavatmal, Nanded Regional Plan in UDCPR 2020

UDCPR has a Unified rule, which means that instead of having numerous regulations for every city/region in the state, it is better to have a single rule for all cities in Maharashtra.

But due to some geological conditions or some other restrictions the regulations may vary a bit for some regions in Maharastra. 

 

For Example, the Coastal Region, Hilly Region, Densely Populated Region, and Gaothan can't have the same type of rules, and the rules differ according to it.

 

UDCPR 2020 Chapter 5 is all about Additional Provisions for Regional Plan Areas.

 

This is Applicable to all Planning Authorities and Regional Plan Areas except the Municipal Corporation of Greater Mumbai, Other Planning Authorities/Special Planning Authorities/ Development Authorities within the limit of Municipal Corporation of Greater Mumbai, MIDC, NAINA, Jawaharlal Nehru Port Trust, Hill Station Municipal Councils, Eco-sensitive/Eco-fragile region notified by MoEF & CC and Lonavala Municipal Council, in Maharashtra.

 

Rule No.5.6 For HIngoli, Buldhana, Washim Yavatmal, Nanded Regional Plan

 

The following additional regulations shall be applicable for the development of the areas affected by the LIGO project.

 

i)  Within the distance of 15 km. from the boundary of the site, no New Railway line shall be proposed.

 

ii)  Within the distance of 5 km. from the boundary of the site, no classified roads, MDR and above, etc. shall be newly proposed. Upgradation of existing roads shall not be treated as new roads.

 

iii) Within the distance of 5 km. to 30 km., from the boundary of the site, no reciprocating activity, requiring the use of sustained heavy equipment, including mining, blasting, or such other similar activities requiring more than 20 HP power, shall be allowed.

 

iv)  Within the distance of 15 km. from the boundary of the site, no Power Plant Machinery, Rock crushers, Heavy Machinery, or Wind Mill shall be allowed. Within the distance of 5 km. from the boundary of the site, no non-reciprocating (rotating) power plant machinery and industrial machinery shall be allowed.

 

v)  Within the distance of 60 km. from the boundary of the site, no New Airport shall be proposed.

 

Note -

 

a) If any more clarification or exemption or certain information is required, then permissions shall be referred to the LIGO-India authorities (at the local office) before the final Grant of permission.

 

b) The Development Control Regulations, as amended from time to time, by the Department of Atomic Energy, Govt. of India, shall be applicable as it is for this LIGO - India Project.

 

Related Regulations to Rule No. 5 - 

 

You can visit our other blogs related to Regulations 5 through the below-mentioned links:

 

Additional Rules for Regional Plan Area than Basic UDCPR Rules in UDCPR 2020

 

Additional Regulations for Thane, Raigad, Palghar Regional Plan in UDCPR 2020

 

Additional Regulation for Ratnagiri in UDCPR 2020

 

Additional Regulations for Kolhapur in UDCPR 2020

 

Additional Regulations for Satara in UDCPR 2020

 

Additional Regulations for Raigad in UDCPR 2020

 

Additional Regulations for Solapur in UDCPR in 2020

 

Additional Regulations for Pune in UDCPR 2020

 

Additional Regulations in Aurangabad in UDCPR 2020