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as on July 17, 2024

mohan jadhav

Pune, Maharashtra 411033

Experts In:(PMC) In Redevelopment ,   Fire NOC ,   MEP Consultant  

Working Hours: 08 AM to 9 PM

 Role of MEP Consultants in Construction

: MEP Consultants Role in Construction | Foot2Feet


: Explore how MEP consultants revolutionize construction, balancing efficiency and comfort. Learn why their expertise is crucial for future-proof building projects.



Imagine stepping into a modern office building. The temperature is perfect, the lighting is just right, and everything from the elevators to the water fountains works flawlessly. Behind this seamless experience lies the often-overlooked expertise of Mechanical, Electrical, and Plumbing (MEP) consultants – the unsung heroes of the construction world.

In an era where buildings are becoming increasingly complex and energy efficiency is paramount, MEP consultants are the maestros orchestrating the intricate symphony of systems that bring structures to life. From the gentle hum of air conditioning to the invisible flow of electricity, their work touches every aspect of our built environment.


But who are these behind-the-scenes experts, and why is their role so crucial in shaping the buildings of today and tomorrow? Join us as we pull back the curtain on the world of MEP consulting, exploring how these professionals are revolutionizing construction, driving sustainability, and creating spaces that are not just functional, but truly exceptional.

Whether you're a property developer, a budding engineer, or simply curious about the inner workings of the buildings you inhabit, this deep dive into the world of MEP consulting promises to change the way you see the structures around you. Get ready to discover the hidden heroes making our modern world possible, one building at a time.

Understanding MEP Consultants

MEP consultants are expert engineers who specialize in the design, installation, and maintenance of mechanical, electrical, and plumbing systems in buildings. Their work encompasses a wide range of building systems, including heating, ventilation, and air conditioning (HVAC), lighting, power distribution, water supply, and waste management



The Scope of MEP Consulting

MEP consulting covers various aspects of building design and construction:


  • Mechanical systems: HVAC, refrigeration, and building automation
  • Electrical systems: Power distribution, lighting, and telecommunications
  • Plumbing systems: Water supply, drainage, and fire protection

The Importance of MEP Consultants in Construction

MEP consultants are essential to the success of any construction project. Their expertise ensures that building systems are:


  • Efficient and cost-effective
  • Compliant with local regulations and industry standards
  • Sustainable and environmentally friendly
  • Safe and comfortable for occupants

Key Responsibilities of MEP Consultants

1. Site Surveys and Assessments

MEP consultants begin their work by conducting thorough site surveys and assessments. This crucial first step involves:

  • Evaluating existing building systems (for renovation projects)
  • Analyzing site conditions and constraints
  • Identifying potential challenges or opportunities
  • Gathering data on local climate, regulations, and utility services

These assessments provide the foundation for all subsequent design and planning activities.

2. System Design and Planning

The core of an MEP consultant's work lies in system design and planning. This involves:

  • Developing conceptual designs for mechanical, electrical, and plumbing systems
  • Creating detailed engineering drawings and specifications
  • Utilizing Building Information Modeling (BIM) for 3D visualization and clash detection
  • Selecting appropriate equipment and materials
  • Ensuring compliance with building codes and standards

MEP consultants must balance performance, efficiency, cost, and sustainability in their designs.

3. Cost Estimation and Budgeting

Accurate cost estimation is crucial for project success. MEP consultants:

  • Prepare detailed cost estimates for MEP systems
  • Analyze lifecycle costs of different system options
  • Identify potential cost-saving measures
  • Assist in budget allocation and value engineering

According to the Indian Society of Heating, Refrigerating and Air Conditioning Engineers (2022), MEP systems typically account for 30-40% of a building's total construction cost.

4. Project Management and Coordination

MEP consultants play a key role in project management:

  • Coordinating with architects, structural engineers, and other stakeholders
  • Managing timelines and deliverables for MEP work
  • Facilitating communication between design team and contractors
  • Addressing technical queries and providing clarifications

Effective coordination can reduce project delays by up to 20% (Project Management Institute, 2021).

5. Construction Oversight and Quality Control

During the construction phase, MEP consultants:

  • Review contractor submittals and shop drawings
  • Conduct regular site inspections
  • Ensure compliance with design specifications and quality standards
  • Address field issues and provide technical solutions
  • Document progress and prepare reports

Quality control measures can reduce post-construction issues by up to 50% (Construction Industry Institute, 2020).

6. Commissioning and Troubleshooting

As the project nears completion, MEP consultants are responsible for:

  • Developing and implementing commissioning plans
  • Overseeing system testing and balancing
  • Identifying and resolving any performance issues
  • Ensuring all systems operate as designed
  • Preparing operation and maintenance manuals

Proper commissioning can improve building energy performance by 8-20% (U.S. Department of Energy, 2021).

7. Ongoing Maintenance Support

MEP consultants' responsibilities often extend beyond project completion:

  • Providing training to facility management staff
  • Developing maintenance schedules and protocols
  • Offering technical support for system operations
  • Conducting periodic performance evaluations
  • Recommending upgrades or retrofits as needed

Effective maintenance strategies can extend equipment life by 20-40% (ASHRAE, 2022).

The Impact of MEP Consultants on Building Performance

MEP consultants significantly influence the overall performance and sustainability of buildings. Their work directly affects:


  1. Energy Efficiency: By designing and implementing efficient HVAC and lighting systems, MEP consultants can help reduce a building's energy consumption by up to 30% (U.S. Department of Energy, 2021).
  2. Indoor Air Quality: Proper ventilation and air filtration systems designed by MEP consultants can improve indoor air quality, reducing the risk of respiratory issues and enhancing occupant comfort.
  3. Water Conservation: Efficient plumbing systems can reduce water consumption by up to 20% in commercial buildings (Environmental Protection Agency, 2021).
  4. Cost Savings: Well-designed MEP systems can lead to significant long-term cost savings. For example, energy-efficient HVAC systems can reduce operating costs by 10-40% (American Society of Heating, Refrigerating and Air-Conditioning Engineers, 2020).

The MEP Consulting Process

1. Initial Consultation and Project Briefing

The journey begins with a crucial first step:

  • Meeting with clients to understand their vision and requirements
  • Defining project goals, budget constraints, and timelines
  • Identifying key stakeholders and their roles
  • Establishing communication protocols

This stage sets the foundation for the entire project. According to a study by the Project Management Institute (2021), projects with clearly defined goals are 50% more likely to succeed.

2. Site Analysis and Feasibility Studies

Next, MEP consultants roll up their sleeves to:

  • Conduct thorough site surveys
  • Analyze existing infrastructure and utilities
  • Assess environmental factors (climate, orientation, etc.)
  • Identify potential challenges and opportunities
  • Perform preliminary energy modeling

This stage can uncover critical insights. For instance, a well-conducted site analysis can lead to energy savings of up to 20% through optimal building orientation (U.S. Department of Energy, 2022).

3. Conceptual Design and System Selection

With a solid understanding of the project's context, consultants move to:

  • Develop high-level MEP system concepts
  • Explore various technology options
  • Conduct cost-benefit analyses of different systems
  • Create preliminary layouts and schematics
  • Present options to clients for decision-making

This stage is crucial for setting the project's direction. The right system selection can impact a building's energy consumption by up to 50% (American Society of Heating, Refrigerating and Air-Conditioning Engineers, 2023).

4. Detailed Design and Documentation

Once the concept is approved, the real engineering begins:

  • Creating detailed technical drawings and specifications
  • Performing complex calculations and simulations
  • Coordinating with architects and structural engineers
  • Ensuring compliance with building codes and standards
  • Developing control strategies and sequences of operation

This stage often utilizes Building Information Modeling (BIM). BIM can reduce design errors by up to 40% and increase productivity by 35% (McGraw Hill Construction, 2022).

5. Tender Preparation and Contractor Selection

With designs in hand, consultants assist in:

  • Preparing tender documents and technical specifications
  • Answering contractor queries during the bidding process
  • Evaluating bids and contractor qualifications
  • Providing recommendations for contractor selection
  • Assisting in contract negotiations

A well-managed tender process can lead to cost savings of 5-10% on MEP systems (Construction Industry Institute, 2021).

6. Construction Supervision and Quality Control

During construction, MEP consultants:

  • Conduct regular site inspections
  • Review contractor submittals and shop drawings
  • Address technical queries and provide clarifications
  • Ensure adherence to design specifications
  • Manage changes and resolve field issues

Effective construction supervision can reduce rework by up to 30%, saving both time and money (Lean Construction Institute, 2023).

7. Commissioning and Handover

As the project nears completion, consultants oversee:

  • Development and implementation of commissioning plans
  • Testing and balancing of all MEP systems
  • Identification and resolution of any performance issues
  • Training of facility staff on system operations
  • Preparation of operation and maintenance manuals

Proper commissioning can improve building energy performance by 8-20% (U.S. Department of Energy, 2022).

8. Post-occupancy Evaluation and Ongoing Support

The consultant's role doesn't end at handover. They continue to:

  • Conduct post-occupancy evaluations
  • Analyze actual building performance against design targets
  • Provide ongoing technical support
  • Recommend system optimizations and upgrades
  • Assist with troubleshooting and maintenance planning

Post-occupancy support can lead to additional energy savings of 5-15% and extend equipment life by 20-40% (ASHRAE, 2023).

Choosing the Right MEP Consultant


Selecting the right MEP consultant is crucial for the success of your construction project. Consider the following factors:

  • Experience and expertise in your specific building type
  • Qualifications and certifications
  • Track record of successful projects
  • Use of advanced design and modeling tools
  • Commitment to sustainability and innovation
  • Communication skills and collaborative approach


The Cost of MEP Consulting Services

The cost of MEP consulting services in India can vary widely depending on the project scope, complexity, and location. However, as a general guideline:


  • For small to medium-sized projects: 2-5% of the total construction cost
  • For large-scale or complex projects: 5-8% of the total construction cost


(Source: Indian Society of Heating, Refrigerating and Air Conditioning Engineers, 2022)


It's important to note that investing in quality MEP consulting services can lead to significant long-term savings through improved energy efficiency and reduced maintenance costs.

Emerging Trends in MEP Consulting

MEP consultants are at the forefront of innovation in the construction industry. Some emerging trends include:


Building Information Modeling (BIM) for improved coordination and efficiency:

  • Internet of Things (IoT) integration for smart building management
  • Renewable energy systems integration
  • Green building design and LEED certification
  • Modular and prefabricated MEP systems

The Future of MEP Consulting

As buildings become increasingly complex and sustainability concerns grow, the role of MEP consultants will continue to evolve. Future MEP consultants will need to:


  • Embrace digital technologies and data-driven decision-making
  • Develop expertise in emerging sustainable technologies
  • Adapt to changing regulations and industry standards
  • Collaborate more closely with architects and other stakeholders


MEP consultants play an important role in ensuring that buildings are not only functional but also efficient, comfortable, and sustainable. Their expertise in mechanical, electrical, and plumbing systems is essential for creating high-performance buildings that meet the needs of occupants while minimizing environmental impact and operating costs.


As the construction industry continues to evolve, the importance of skilled MEP consultants will only grow. By partnering with experienced MEP professionals, building owners and developers can create spaces that are truly fit for the future.


Ready to take your construction project to the next level? Contact Foot2feet today to learn how our expert MEP consulting services can help you create a more efficient, sustainable, and cost-effective building. Let's build a better future together!

Frequently Asked Questions (FAQs)

What qualifications should I look for in an MEP consultant?

Look for consultants with relevant engineering degrees, professional certifications (e.g., LEED AP), and membership in industry organizations like ASHRAE or ISHRAE.

How can MEP consultants help reduce my building's energy costs?

MEP consultants can design energy-efficient HVAC systems, implement smart lighting controls, and recommend energy-saving equipment to reduce your building's energy consumption and costs.

What's the difference between MEP consultants and contractors?

MEP consultants focus on design, planning, and oversight, while contractors are responsible for the actual installation and construction of MEP systems.

How long does the MEP design process typically take?

The duration varies depending on project size and complexity but can range from a few weeks for small projects to several months for large-scale developments.

Can MEP consultants help with retrofitting existing buildings?

Yes, MEP consultants can assess existing systems, recommend upgrades, and design retrofit solutions to improve energy efficiency and performance in older buildings.




A 9 step Guide for Construction of any Building

Step by step from laying the first brick to taking possession of your dream building construction

  • Are you looking to build your home?
  • Are you a businessman planning to build your own office building?
  • Are you an industrialist thinking of expanding your factory unit?

Constructing a new home or any building is a tedious, can be a dream come true for most, but at the same time, it’s a tedious process that requires 360-degree involvement, hectic negotiations and close interaction with multiple vendors and service providers. But it better be good, otherwise months of effort and your heavy investment – sometimes a whole life’s savings – can go waste, or not give you the full outcome; complete satisfaction and peace of mind that you deserve. 

“Whatever we build today, ends up building our tomorrow”

Pradeep, a friend who was planning to have his home constructed once came to me for advice.  He asked me if I can help him understand the process. Since I’ve dabbled in the industry for over a decade, so that he does not end up wasting his precious time, money, resources and energy. The process that I outlined for my friend is the one I am going to share with you in this document – drawn-up entirely from the owner’s perspective. It’s a distillation of my 10 years of experience in the industry with 250 projects, ranging from 1500 sq.ft. to 8,50,000 sq.ft. in area. 

Armed with this nine-step roadmap, you can seize complete control of the contraction process –  – how to build a house; an office building; a hospital; an industrial shed; execute a big township project or get a school, college or a resort project executed, on-time and within budget, without a glitch. If you carefully follow all these nine steps, I can guarantee you will be able to have your construction project completed in a hassle-free manner, without any time or cost overruns.  

  1. Land Feasibility Check
  2. Appointment of Architect
  3. Budget Planning
  4. Plan Finalization
  5. Legal Clearances
  6. Appointment of a Contractor
  7. Site Supervision
  8. Selection of Quality Material
  9. Don’t Miss Little Things

1. Check Land Feasibility

“Feasibility study means a careful evaluation of the viability of a construction project to analyze various opportunities and restrictions beyond our set of assumptions.”

               In simple language, what it means is that before you start planning the construction of your house or office on a piece of land, always check the feasibility of the project. This includes following two steps: 

a. Zone analysis –  

A piece of land falls in a particular zone, and each zone has pre-specified uses. (E.g. you cannot build a commercial property in a residential zone.  Floor Space Index (FSI) or Floor Area Ratio (FAR) is another is another important consideration. FSI reveals how much construction you are allowed to do on your allotted land. You can use Foot2feet.com’s unique, free-to-use FSI calculator to find this out.  (Click here). Last but not the least; zone analysis would also cover a consideration of access road’s width, road widening areas, allowable building height etc.  

b. Site Analysis – 

This would include a study of the site topography; water course; trees; prevailing climate conditions; direction of the sun; existing structures; bore well/well locations; the presence or absence of any parks in the  vicinity etc. All these are crucial elements of a Vibrant Design that your architect will later use to develop a plan for your dream house/office/factory premises.

Foot2Feet can help you to connect with a professional, who excels at preparing this report for you. 

2. Appointment of an Architect(s)

“Architects are magicians who add life to a building.”

If your building is your dream, then the architect is the person who will bring this dream to reality oops, realty

He plays a crucial role in helping you decide major aspects, such as space utilization; material selection and optimization of its use; cost management; exterior look and feel; interior functionality; future expansion scope; electrical fittings and plumbing design etc.

An architect must be appointed right in the beginning of a project and his role ends with project completion. Hence be wise in the selection of an architect for your dream project. Use the following criteria in the selection of the right architect – 

  1. Experience – An experienced architect will be good at problem-solving and make your decision-making easier.
  2. Timely Service – Timely delivery of drawings will make a huge difference to the construction speed.
  3. Aesthetic Sense – A competent architect will ensure that the building looks good and is also technically-sound.
  4. Execution Teams – His contacts with contractors, masons and other consultants will ensure that you get help from the right person for the right tasks and at the right time.

On the flip side, if you are on a tight budget, you could also consider awarding your project to a talented, young architect as he will be more flexible in his approach and his services will cost you considerably less.   

Get free quotations from architects registered on Foot2feet. 

3. Budget Planning

How big is your building project likely to be?

Check out the cost of construction in your particular area. Contractor, architect and your experienced friends may help you estimate the trending cost in your area. For instance, in a smaller city like Latur or Nanded, it may cost only Rs 950 per square feet, while it may climb up to Rs 2500 per square feet in cities like Pune and Mumbai. Also factor into this estimate the cost of  

  1. Material used in the  construction
  2. Design details of your project
  3. Nature of soil, hard rock etc., which affects foundation cost
  4. The prevailing rates of material, such as steel, cement etc.
  5. Labor availability

After you arrive at an approximate cost of construction, multiply it by your proposed area of construction. Since building a home or undertaking any other construction project is a once-a-lifetime event in the life of an average Indian, determine how far you can go in terms of expanding your budget to match your dreams.

Remember the cost of basic structure (slab, brickwork, plaster) is quite  reasonable compared to the cost of finishing items, such as  doors, windows, hardware, sanitary items, electrical fittings, tiles, toilets, kitchen items, paint, furniture etc. 

One major mistake that I found most people make is that they start planning big thinking that big is better, even when it strains their budget. The truth of the matter however is that any construction is good if it fulfills your requirement in terms of space, stability, aesthetics, and comfort in days to come.  Sometimes the family size is small but they end up living in a palatial house, where they don’t get to see each other as often as they should.  Remember that a home project is capital-intensive; don’t make the mistake of locking up that capital in a construction that does not serve your real purpose. 

4. Planning Your Construction – Building Your Future

In the above section, we covered initial steps before starting your construction. Now it’s time to start planning the building.

  1. Draw up a detailed list of your requirement before meeting an architect. (Take help from your friends, family & architect on this)
  2. Be flexible with your list. It may change over time, as elements get added or subtracted from the list.

If required, make two lists of requirements. One for essentials such as kitchen, bed rooms, bathrooms etc., and the second for non-essential elements of your dream home. This will make it easier for your architect to find a perfect balance between your dream and your essential requirements.

When I sat down to pick up insights from my 20-completed project in 2019, I discovered that people who were clear with this kind of priority list received the best outcome from me and their homes closely matched their dream home concepts.

Secondly, when you seek layouts from your designer, insist on furniture layout. In their case, we could make optimum utilization of space, resources and the clients’ budgets. .

Third, after you freeze a plan, start with the exterior design (elevation design) of your building. A 3D view will give more clarity about what can be built. It also gives insights on what material to use. 

5. Legal Clearance 

One of my acquaintances built a two-storied building without getting any legal permission. Now that construction has become a major headache for him. After investing a huge amount of his saving in the project, he continues to fret and worry that the civic authority may come order to have it demolished, any day.  He can’t even mortgage his property, for loan purpose. 

I pray, this sould not be a case for any one again. Most people are misguided in their belief that they can start the construction process and have it regularized later by hook or crook. This is easier said than done. These days, under The Real Estate Regulatory Agency (RERA) norms & IGR Maharashtra rules (for property registration) enforcement is very prompt and effective and penalties severe. What may have appeared possible ten years ago is infeasible now.   

Here is easy guide for steps involved in obtaining legal clearance:

  1. Procure land ownership documents.
  2. Get approval from the building department in your area.
  3. Get Plinth checking done (when was the 1st slab or plinth constructed?)
  4. Obtain all No-Objection Certificates (NoCs) for drainage, water, fire etc.
  5. Obtain  Occupation Certificate (OC)

Remember, Occupation certificate (OC) is the only document which will prove that your construction is totally legal. No other certificate is as valid as the OC. I alway recommend to appoint liasoning architect to complete all thes tasks. 

 For more knowledge on building approvals, blue prints, refer foot2feet site. Here we have built many features for building rules, & getting building approvals.

6. Appointment of a Contractor (click Here)

A Contractor is key person in any construction. You can appoint one contractor or you can appoint multiple contractors and assign them various tasks.

Types of Contracts 

  1. Labour Contract: This would cover timely supply of labour for a reasonable cost. The contract will also bind the Owner/ site supervisor to provide all material required to the Labour Contractor for unobstructed construction work.
  2. Material Contract: Under this contractual obligation, the Contractor quotes a certain amount and himself deals with the labour and material cost. This can save huge time for the owner, provided he is willing to do regular quality checks.

Turnkey Contract: Under this arrangement, the Contractor deals with everything from labour, material to post-construction cleaning etc. The common adage is that after appointing a turnkey contractor, the owner has only one task left – turn in the key of the newly-constructed house! The common trend in cities like Pune, Mumbai, Nasik and Aurangabad is to have a material contract for basic construction structure (RCC, brickwork and plaster) and a separate labour contract; or  separate contracts for other items, such as  electrical, plumbing, window, doors, painting, water proofing, tile work etc.  This is to ensure that the owner saves time in basic structure and can procure  high quality input material in finishes.

7. Site Supervisor

A constant supervision of the construction work by an expert is a pre-requisite on the site. This person would be held responsible for various activities and on-site technical problem-solving.  You can appoint a supervisor for certain number of pre-mandated visits but if your project is big then appointing a full-time supervisor is always a better idea. 

Charges of site supervisor varies on the responsibilities, you assign to the incumbent. In Pune, it varies between Rs 10,000 to Rs 25,000 per month.  Responsibilities include routine checking of material quality; supervision of contractor’s  work; planning next-stage activities; making timely decisions based on  site situations; co-ordinating  drawings from various consultants; preparing bar charts; co-ordinating with vendors for material delivery etc. For bigger projects, project management consultants (PMC) are appointed. They often have bigger roles etched out for them.  Usually projects covering over 50,000 sq.ft. area are assigned to PMCs. Sometimes, smaller, quality and time-conscious project owners also seek the help of PMCs. 

8. Selection of Material 

In 2020, we renovated our home. It was built by my uncle in 1985. We altered windows, toilets, kitchen platform, tiles and introduced several, new trending elements to the basic structure. I was surprised to discover that even after 35 years of use, the basic material stood strong against the ravages of time. This is the kind of role material quality plays in construction work – it ensures the building’s longevity.

Society trends, user requirement, can all change with generations of use; but one thing that remains long time with building  is the material used in making of it.

While choosing construction materials bear in mind the following points: 

  • Material specification
  • Sustainability in terms of the local climate of your area
  • Aesthetic appeal
  • Durability
  • Can your contractor install it?
  • Warranty or guarantee & maintenance aspects

For footing, brickwork, RCC structure, electrical, plumbing and sanitary items, strength and durability must be double-checked. These are the aspects that cannot be changed, easily later, if the need arises. 

9. Don’t Miss Out on Little Things

All above steps is a outline of all important task a home owner , developer should do. Now here is a final one.  After completion, a few important aspects to be borne in mind: 

  • Spare material: Youmay need minor repair work in the long or short future. In such case materials, keep some spare material, such as bathroom tiles, other tiles, furniture laminates, exterior cladding etc., because you may not be able to get hold of the same batch later. At least stock two-to-five pieces in spare.
  • Tax clearance:  For use of land other than agriculture, a NA (Non Agriculture) tax is applicable, besides municipal tax. You need to pay both taxes to avoid legal action from authorities.
  • Completion letter: Obtain acompletion letter from your architect, contractor and from local municipal body, before moving in.
  • Record drawings: Get hold of a copy of ‘as built’ drawings of the architecture; structural drawings; electric layouts; plumbing layouts for future repair needs. These should be updated copies, reflecting all  on-site changes. This will help you in the execution of all -run expansion, maintenance or renovation plans. 

Regulations for Height of Building in UDCPR 2020

For the construction of any building, there is a restriction of floor space to be used. It is called as FSI (Floor space Index). Also, we have to provide distance from the plot boundary which is called as marginal distance or setbacks.


UDCPR 2020 Chapter 6 is all about Regulations for FSI & Marginal distance.


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. 6.10 Height Of Building

This regulation shall be applicable for buildings to be constructed in all land use zones, unless and otherwise specified in the respective regulation.


6.10.1 (i) The height of the building shall be allowed to the extent mentioned below subject to the approval of the Chief Fire Officer of the Authority or Director of Fire services, if required, under these regulations.


Sr. No.Authority / AreaPermissible height (m.) excluding parking floor up to 6.0 m. height
1.For Pune, Pimpri-Chinchwad, Nagpur, Nashik, Municipal Corporations in MMR and Metropolitan Authorities area (2) and Area Development Authorities, Special Planning Authorities (3) CIDCO as Planning Authority by Virtue of NTDA within these areas.Permissible height as per approval from the Fire Department.
2.For the remaining Municipal Corporations area (2) and Area Development Authorities, Special Planning Authorities within these areas.70
3.For All Municipal Councils, Nagar Panchayats, Nonthe  Municipal Council D.P., and Regional Plan areas.50


Provided that higher height may be allowed in case of Integrated Township Project where a fire station and fire-fighting facilities are to be constructed/provided. Also, if such facilities are available in nearby areas of the project, then buildings of higher heights may be allowed in such projects. However, a necessary certificate to that effect and NOC shall be produced from the Director of Fire Services.


(ii) The building height is up to 24.0 m. shall be allowed on roads less than 12.0 m. For a building having a height of more than 24.0 m., the minimum road width shall be 12.0 m.


(iii)For buildings in the vicinity of aerodromes, the maximum height of buildings shall be subject to parameters framed by the Civil Aviation Authorities, or the development permission shall be considered only after the applicant produces NOC from the Airport Authority.


(iv) (a) In addition to (iii), for Industrial Chimneys in the vicinity of aerodromes, it shall be of such height and character as prescribed by Civil Aviation Authorities, and all Industrial Chimneys shall be of such character as prescribed by the Chief Inspector of Steam Boilers and Smoke Nuisance, and


(b) Buildings intended for hazardous godowns for storage of inflammable materials and storage of explosives shall be single-storied structures only.


(v) The buildings of height more than 70.0 m. shall be allowed subject to fulfilment of the requirements mentioned in Regulation No.6.12.




The appurtenant structures such as roof tanks and their supports, two toilets on the terrace not exceeding 8 sq.m. built-up area and height up to 3.0 m. in case of residential building, ventilating, air-conditioning structures, lift rooms and similar service equipment, stair cover, chimneys and parapet walls and architectural features not exceeding height allowed in these regulations, and Solar panels not exceeding 1.8 m. in height shall not be included in computation of height of building.




It is mandatory for all the high rise buildings to comply with the requirements of Structural Design and Stability, Geo-technical and other aspects, and Fire Safety norms as per provisions of UDCPR, Maharashtra Fire (Prevention and Life Safety Measures) Act, 2006, and National Building Code of India, amended from time to time, for the aspects not covered in UDCPR. The certificates from structural and geo-technical engineers about the fulfillment of necessary requirements shall be attached with the application. The responsibility for the structural and other stability and safety of such high-rise buildings shall lie with the owner/developer and the concerned expert, consultant, and executants appointed by the owner/developer.




The lands that are affected by the restrictions of the High Energy Material Research Laboratory or provisions of other Central or State Government Acts, form the part of the entire land, then FSI of such affected land may be allowed to be utilized on the remaining contiguous land. However, sub-divisions of such land shall not be allowed.




In the case of residential buildings having a height of more than 30.0 m., recreational floors may be allowed subject to the following -


i) The height of such floor shall be up to 4.5 m. and shall be open on all sides.


ii) Such floor shall be used for recreational purposes/activities, including the construction of a swimming pool, and shall be in addition to the recreational open space required as per UDCPR.


iii) One such floor may be allowed every 50.0 m. height; however, the first floor may be allowed after 30.0 m. height.


iv) Such floor shall not be counted in FSI; however, ancillary constructions like changing rooms, washrooms, etc. shall be computed in FSI.



Related Regulations to Rule No. 6 - 


You can visit our other blogs on regulations through the below-mentioned links:


What is the Calculation of FSI Pline and its exemption in UDCPR 2020?


What are the Projections allowed in Front and Side Margin as per UDCPR 2020?


Industrial Building Regulations of FSI, Marginal Distances and Plot Area in UDCPR 2020


Regulations for Permissible FSI in Non Congested Area In Maharashtra in UDCPR 2020


What are the Setback, Marginal, Distance, Height in Non Congested Area in Maharashtra in UDCPR 2020


What are the Setback, Marginal, Distance, Height, and Permissible FSI in Gaothan or Congested Area in Maharashtra in UDCPR 2020


Provision of Lift 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. 9.27 Provision of Lift 


9.27.1  Planning and Design

At least one lift shall be provided in every building that is more than 15 m in height. In the case of buildings more than 24 m. height, at least two lifts shall be provided. However, in the case of a proposal to add one additional floor to an existing building with a lift, it will not be necessary to raise the existing lift to the additional floor.

For buildings or floors of the building to be constructed for Retirement Homes or Senior Citizen Housing, a lift shall be provided irrespective of the height of the building.

The planning and design of lifts including their number, type, and capacity depending on the occupancy of the building, the population of each floor based on the occupant load and the building height shall be in accordance with Section-5 - Installation of Lift & Escalators of Part VIII - Building Services of National Building Code of India.


All the floors shall be accessible for 24 hours by the lifts. The lifts provided in the buildings shall not be considered as a means of escape in case of emergency. Grounding switch at ground floor level to enable the fire service to ground the lift cars in an emergency shall also be provided.


The lift machine rooms shall be separate and no other machinery shall be installed therein.


9.27.2  Fire Lift


Fire lift shall be provided as mentioned in Regulation No.9.29.8.


Rule No. 9.28 Exit Requirements


9.28.1  The following General requirements shall apply to exits


a) In every building or structure, exits shall comply with the minimum requirements of this part, except those not accessible for general public use.


b) Every exit, exit access or exit discharge shall be continuously maintained free of all obstructions or impediments to full use in the case of fire or other emergency.


c) Every building meant for human occupancy shall be provided with exits sufficient to permit safe escape of occupants, in case of fire or other emergency.


d) No building shall be so altered as to reduce the number, width, or protection of exits to less than that required.


e) Exits shall be clearly visible and the route to reach the exits shall be clearly marked and signs posted to guide the occupants of the floor concerned.


f) All exits shall provide continuous means of egress to the exterior of a building or to an exterior open space leading to a street and,


g) Exits shall be so arranged that they may be reached without passing through another occupied unit.


9.28.2  Type of Exits


An exit may be a doorway, a corridor, a passage, or a way to an internal staircase or external staircase, a ramp, or to a verandah and/or terraces that have eaves to the street or to the roof of a building. An exit may also include a horizontal exit leading to an adjoining building at the same level. Lifts and escalators shall not be considered as exits.


9.28.3  Number and Size of Exits


The requisite number and size of various exits shall be provided, based on the number of occupants in each room and floor based on the occupant load, capacity of exits; travel distance, and height of the building as per provisions of Regulation No.9.28.4 to Regulation No.9.28.8.


9.28.4  Arrangement of Exits


Exits shall be so located that the travel distance on the floor shall not exceed as given below :-

Table No.9-D

Type of BuildingTravel Distance
Residential, Educational, institutional, and Hazardous occupancies22.5 m.
Assembly, business, mercantile, Industrial, and Storage Occupancies30.0 m.


Whenever more than one exit is required for a floor of a building, exits shall be placed at remote from each other as possible. All the exits shall be accessible from the entire floor area at all floor levels.


Note – For the buildings where a sprinkler system has been provided in the entire building for fire fighting, the travel distance may be increased by 50% of the value specified in the above table.


9.28.5  Occupant Load


For determining the exits required, the number of persons within any floor area or the occupant load shall be based on the actual number of occupants, but in no case less than that specified in Table No.9-E below :-


Table No.9-E

Sr. NoGroup of OccupancyOccupant Load Floor Area in sq.m. per person
3Institutional15 (See Note i)
a) With fixed or loose seats and dance floors0.6 (See Note ii)
b) Without seating facilities including dining rooms.5 (See Note ii)
a) Street floor & Sales basement3
b) Upper sale floors6
6Business and Industrial10


Note :


i) Occupant load in dormitory portions of homes for the aged, orphanages, insane, asylums etc. where sleeping accommodation is provided, shall be calculated at not less than 7.5 Sq.m. gross floor area per person.


ii) The gross floor area shall include, in addition to the main assembly rooms or space, any occupied connecting room or space in the same storey or in the storeys above or below where the entrance is common to such rooms and spaces and they are available for use by the occupants of the assembly place. No deductions shall be made in the area for corridors, closets or other subdivisions, that area shall include all space serving the particular assembly occupancy.


9.28.6 Capacity of Exits


1) The unit of exit width used to measure the capacity of any exit should be 50 cm. A clear width of 25 cm. should be counted as an additional half unit. Clear width less than 25 cm. should not be computed for exit width.


2) Occupants per unit exit width shall be in accordance with Table No. 9-F


Table No. 9-F

Sr.No.Group of OccupancyNumber of Occupants


9.28.7 Provision for Staircase


All buildings having a height more than the ground floor shall have the provision of one staircase. The special buildings specified in Regulations No.1.3(93)(xiv) shall have two staircases out of which one shall be a fire escape staircase.


They shall be of enclosed type. At least one of them shall be on the external walls of buildings and shall open directly to the exterior, interior open space or to an open place of safety. Further, the provision or otherwise of alternative staircases shall be subject to the requirements of travel distance being complied with.


A staircase shall not be provided around the lift shaft unless provided with a fire stop door of 1-hour rating at every floor level and no other openings in the inside wall as illustrated below.



9.28.8 Width of staircase


The minimum width of staircases/corridors for various buildings shall be as below.


Table No.9-G - Minimum width of staircase

S. NoUse of BuildingMinimum width of staircase (in m.)
1Residential Buildings 
a) Individual Housing up to G + 2 storeys0.75
b) Multi-storied Residential Building upto 15 m. height1.00
c) Multi-storied Residential Building above 15 m. & upto 24 m. height1.20
d) Multi-storied Residential Building above 24 m.height1.50
2Residential Hotel Buildings1.50
3Assembly buildings like auditoriums, theatres, cinemas, multiplexes, Mangal Karyalaya, marriage halls, etc.2.00
4Institutional & Educational Buildings2.00
5All other buildings excluding Sr. No. (1) to (4) above like1.50


Note - Internal staircase for duplex tenements shall be of minimum width 0.75 m. and for mezzanine floor shall be of minimum width 0.90 m.


Rule No. 9.29 Other Requirements of Individual Exit at Each Floor


The detailed requirements in respect of exits shall be as provided in Regulations No.9.29.1

to 9.29.8 given below.


9.29.1  Doorways


i) Every exit doorway shall open into an enclosed stairway or a horizontal exit, or a corridor or passageway providing continuous and protected means of egress:


ii) No exit doorway shall be less than 90 cm. in width except in assembly buildings where door width shall be not less than 200 cm. The doorway shall be not less than 200 cm. in height. Doorways for the bathrooms, water closets or stores shall be not less than 75 cm. wide.


iii) Exit doorways shall open outwards, that is away from the room but shall not obstruct the travel along any exit. No door, when opened shall reduce the required width of stairways or landing to less than 90 cm. Overheads or sliding doors shall not be installed.


iv) Exit door shall not open immediately upon a flight of stairs. A landing equal to at least the width of the door shall be provided in the stairway at each doorway. The level of landing shall be the same as that of the floor which it serves.


v) Exit doorway shall be openable from the side which they serve without the use of a key.


vi) Mirrors shall not be placed in exitways or exit doors to avoid confusion regarding the direction of exit.


9.29.2  Revolving doors


Revolving doors shall not be used as required exits except in residential business and mercantile occupancies but they shall not constitute more than half the total required door width.


9.29.3 Stairways


i) The interior staircase shall be constructed of non-combustible materials throughout.


ii) The interior staircase shall be constructed as a self-contained unit with at least one side to the extent of the required opening adjacent to an external wall and shall be completely enclosed.


iii) Hollow combustible construction shall not be permitted.


iv) The minimum width of the tread without nosing shall be 25 cm. for an internal staircase for residential buildings. In the case of other buildings, the minimum tread shall be 30 cm. The treads shall be constructed and maintained in a manner to prevent slipping.


v) The maximum height of the riser shall be 19 cm. in the case of residential buildings and 15 cm. in the case of other buildings. They shall be limited to 15 per flight.


vi) Handrails shall be provided with a minimum height of 100 cm. from the centre of the tread to the top of the handrails. Balusters/railing shall be provided such that the width of the staircase does not reduce.


vii) Floor indicator - The number of each floor shall be conspicuously painted in figures at least 15 cm. large on the wall facing the flights of a stairway or at such suitable place as is distinctly visible from the flights.


viii) The minimum headroom in a passage under the landing of a staircase shall be 2.2 m.


ix) For special buildings, access to the main staircase shall be gained through at least half an hour fire fire-resisting automatic closing doors placed in the enclosing wall of the staircase. It shall be a swing-type door opening in the direction of the escape.


x) No living space, store or other space including fire risk shall open directly into the staircase.


xi) External exit door of the staircase enclosure at ground level shall open directly to the open spaces or should be reached without passing through any door other than a door provided to form a draught lobby.


xii) In the case of assembly, institutional or residential occupancies or hotels or industrial and hazardous occupancies, the exit sign with an arrow indicating the way to the escape route shall be provided at a height of 0.5 m. from the floor level on the wall and shall be illuminated by electric light connected to corridor circuits. All exit way marking signs should be flushed with the wall and so designed that no mechanical damage shall occur to them due to the moving of furniture or other heavy equipment. Further, all landings of the floor shall have floor-indicating boards prominently indicating the number of floors. The floor indication board shall be placed on the wall immediately facing the flight of stairs and nearest to the landing. It shall be of the size not less than 0.5 m. x 0.5 m.


xiii)  In case of a single staircase, it shall terminate at the ground floor level and the access to the basement shall be by a separate staircase. Whenever the building is served by more than one staircase one of the staircases may lead to the basement level provided the same is separated at ground level by either a ventilated lobby or a cut-off screen wall without opening, having a fire resistance of not less than 2 hours with discharge point at two different ends or through enclosures. It shall also be cut off from the basement areas at various basement levels by a protected and ventilated lobby or lobbies.


9.29.4  Fire escape or external stairs


A fire escape or external stair shall be provided as provided in Regulation No.9.28.7. External stairs, when provided, shall comply with the following :


i) External stairs shall always be kept in sound operable conditions.


ii) All external stairs shall be directly connected to the ground.


iii) Entrance to the external stairs shall be separate and remote from the internal staircase.


iv) Care shall be taken to ensure that no wall opening or window opens on to or close to external stairs.


v) The route to the external stairs shall be free of obstructions at all times.


vi) The external stairs shall be constructed of non-combustible materials, and any doorway leading to it shall have the required fire resistance.


vii) No external staircase, used as a fire escape, shall be inclined at an angle greater than 45 degrees from the horizontal.


viii) External stairs shall have straight flight not less than 1250 mm. wide with 250 mm. treads and risers not more than 190 mm. The number of risers shall be limited to 15 per flight.


ix) Handrails shall be of a height not less than 1000 mm. and not exceeding 1200 mm. There shall be provisions of balusters with a maximum gap of 150 mm.


x) The use of spiral staircases shall be limited to low occupant load and to a building not exceeding 9 m. in height. A spiral staircase shall be not less than 1500 mm. in diameter and shall be designed to give adequate headroom.


xi) An Unprotected steel frame staircase will not be accepted as a means of escape. However, a steel staircase in an enclosed fire-rated compartment of 2 h will be accepted as a means of escape.


xii) The fire escape staircase shall be connected to other staircases through the common passage on every floor.


9.29.5  Corridors and passageways


i) The minimum width of a corridor shall not be less than 75 cm. in the case of 2 storeys row housing residential buildings and 100 cm. in the case of other buildings and the actual width shall be calculated based on the provision of Regulations No.9.28.3 to 9.28.8 (both inclusive)


ii) Where there is more than one staircase serving a building, there shall be at least one smoke-stop door in the space between the staircases.


iii) Exit corridors & passageways shall be of a width not less than the aggregate required width of exit doorways leading from them in the direction of travel of the exterior/stairways.


iv) Where stairways discharge through corridors & passageways the height of the corridors & passageways shall not be less than 2.4 m.


v) All means of exit including staircases, lifts, lobbies & corridors shall be adequately ventilated.


9.29.6  Refuge Area


For buildings more than 24 m. in height, a refuge area of 15 sq.m. or an area equivalent to 0.3 sq.m. per person to accommodate the occupants of two consecutive floors, whichever is higher, shall be provided as under :


The refuge area shall be provided on the periphery of the floor or preferably on a cantilever projection and open to air at least on one side protected with suitable railings.


a) For floors above 24.0 m. and up to 39.0 m. height - One refuge area on the floor immediately above 24.0 m.


b) For floors above 39.0 m height - One refuge area on the floor immediately above 39.0 m. and so on after every 15.0 m.


9.29.7  Lifts and Escalators


i) Lifts :- Provision of lift shall be made as mentioned in Regulation No.9.27.


ii) Escalators :- Escalators may be permitted in addition to required lifts. Such escalators may also be permitted in the atrium area of the buildings.


9.29.8  Fire lift


Where applicable, fire lifts shall be provided with a minimum capacity for 8 passengers and fully automated with an emergency switch on ground level. In general, buildings 15.0 m. in height or above shall be provided with fire lifts. In case of fire, only the fireman shall operate the fire lift. In normal course, it may be used by other persons. Each fire lift shall be equipped with suitable inter-communication equipment for communicating with the control room on the ground floor of the building. The number and location of fire lifts in a building shall be decided after taking into consideration various factors like building population, floor area, compartmentation, etc.


9.29.9  Fire Escape Chutes/controlled Lowering Device for evacuation


i) a) High-rise buildings having a height of more than 70 m. shall necessarily be provided with fire escape chute shaft/s for every wing adjacent to the staircase.


b) Walls of the shaft shall have 4 hours of fire resistance.

c) One side of the shaft shall be at the external face of the building with proper ventilation.

d) The dimension of the shaft shall not be less than 2.5 m. x 1.5 m.

e) The access to the fire escape chute's shaft shall be made at every floor level from the lobby area or from the staircase mid-landing with a self-closing door having fire resistance of at least

one hour.

f) The fire chute shall be of staggered type with landing of each section at the vertical height

of not more than 21.0 m.



ii) High-rise buildings having a height of more than 70.0 m., shall be provided with a fire tower at the landing/mid-landing level with a smoke check lobby with a fireman lift being an integral part of the fire escape staircase or fire evacuation lift (Hydro pneumatic/electrically operated) on the external face of the building having opening within the fire escape staircase at landing/mid-landing level with smoke check lobby as approved by Chief Fire Officer shall be provided.


Note - Both the smoke check lobby and with evacuation lift shall have a positive level difference of a minimum of 75 mm. with respect to the staircase landing or mid-landing level to avoid ingress of water in the fireman lift shaft.


9.29.10 Refuge chute/Garbage Chute -


In residential buildings, Refuge chute/garbage chute may be provided with opening on each floor or on mid-landing. Design and specifications of Refuge chute shall be in accordance with provisions of IS 6924.


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


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


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


Development and Redevelopment of Housing Schemes of Maharashtra Housing Area Development Authority in UDCPR 2020

UDCPR 2020 Chapter 7 is all about Higher FSI for Certain Uses 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.7.4 Development and Redevelopment of Housing Schemes of Maharashtra Housing Area Development Authority




Development/re-development of housing schemes of Maharashtra Housing and Area Development Authority shall be subject to the following provisions:-


i) The FSI for a new scheme of Low Cost Housing, implemented by MHADA departmentally on vacant lands for Economically Weaker Sections (EWS), Low Income Group (LIG) and Middle Income Group (MIG) categories shall be (1) 3.00 or maximum building potential as per road width (Regulation No.6.1 or 6.2) whichever is maximum, on the (1) Gross Plot Area and at least 60% built-up area in such scheme shall be in the form of tenements under the EWS, LIG and MIG categories, as defined by the Government in Housing Department from time to time.


ii) For redevelopment of existing housing schemes of MHADA, containing (i) EWS / LIG and/or (ii) MIG and/or (iii) HIG houses with carpet area less than the maximum carpet area prescribed for MIG, the total permissible FSI shall be (1) 3.00 on the gross plot area.




Where redevelopment of buildings in existing housing schemes of MHADA is undertaken by the housing co-operative societies or the occupiers of such buildings or by the lessees of MHADA, the Rehabilitation Area Entitlement, Incentive FSI and sharing of balance FSI shall be as follows:-


i) Rehabilitation Area Entitlement:- Under the redevelopment of the building in the existing Housing scheme of MHADA, the entitlement of rehabilitation area for an existing residential tenement shall be equal to a sum total of -


a) A basic entitlement equivalent to the carpet area of the existing tenement plus 35% thereof, subject to a minimum carpet area of 35 sq.m.


b) An additional entitlement governed by the size of the plot under redevelopment, in accordance with Table 7-B below:-


Table 7-B

The area of the Plot under RedevelopmentAdditional Entitlement (As % of the Carpet Area of the Existing Tenement)
Up to 4000 sq.mNil
Above 4000 sq.m to 2.0 hect15%
Above 2.0 hectares to 5.0 hect25%
Above five hect to 10 hect35
Above ten hect45%


Provided that the entitlement of the rehabilitation area as admissible under this regulation shall be exclusive of the area of the balcony.


ii) Incentive FSI - Incentive FSI admissible against the FSI required for rehabilitation, as calculated in (A) above, shall be based on the ratio (hereinafter referred to as Basic Ratio) of Land Rate (LR) in Rs. / sq.m. of the plot under redevelopment as per the Annual Statements of Rates (ASR) and Rate of Construction (RC)* in Rs. / sq.m. applicable to the area as per the ASR and shall be as given in the Table 7-C below:-


Table No. 7-C

Basic Ratio (LR/RC)Incentive (As % of Admissible Rehabilitation Area)
Above 6.0040%
Above 4.00 and up to 6.0050%
Above 2.00 and up to 4.0060%
Up to 2.0070%




* RC is the rate of construction in respect of R.C.C. Construction, as published by the Chief Controlling Revenue Authority & Inspector General of Registration, Maharashtra State in the Annual Statements of Rates.


Provided that the above incentive shall be subject to the availability of the FSI on the Plot under redevelopment and its distribution by MHADA.


Further, if there is more than one land rate applicable to different parts of the plot under redevelopment, a weighted average of all applicable rates shall be taken to calculate the average land rate and the basic ratio.


Provided further, the Land Rate (LR) and the Rate of Construction (RC) for calculation of the Basic Ratio shall be taken for the year in which the redevelopment project is approved by the authority competent to approve it.


iii) Sharing of the Balance FSI:- The FSI remaining in the balance after providing for the rehabilitation and the incentive components, calculated as per (i) and (ii) above respectively, shall be shared between the Co-operative Housing Society and MHADA in the form of built-up area, as given in Table No.7-D below and the share of MHADA shall be handed over to MHADA free of cost.


Table No.7-D

Basic Ratio (LR/CR)Sharing of balance FSI
Share of Co-operative SocietyShare of MHADA
Above 6.0030%70%
Above 4.00 and up to 6.0035%65%
Above 2.00 and up to 4.0040%60%
Up to 2.0045%55%


Provided that in case of plots up to 4000 sq.m., MHADA without insisting MHADA’s Share in the form of BUA, may allow additional BUA over and above existing BUA up to (1) 3.00 FSI by charging premium at the percentage rate of ASR defined in Table No.7-E below:-


Table No. 7-E

0 to 220%45%60%
2 to 423%49%64%
4 to 625%53%68%
Above 628%56%71%




Where redevelopment of buildings in the existing Housing Schemes of MHADA is undertaken by MHADA or jointly by the MHADA along with the housing societies or along with the occupiers of such building or along with the lessees of MHADA, the Rehabilitation Area Entitlement shall be as follows:-


i) Rehabilitation Area Entitlement:- The Rehabilitation Area Entitlement shall be increased by 15% of the existing carpet area, over and above the Rehabilitation Area Entitlement calculated as per Regulation No.7.4.2(i) above.




For the purpose of calculating the FSI, the entire area of the layout including Development Plan roads / Regional Plan Roads and internal roads but excluding the land under the reservation of public amenities shall be considered. Sub-division of plots shall be permissible on the basis of the compulsory open spaces as in these Regulations. For low cost housing schemes of MHADA for EWS/LIG categories, the Regulations of the UDCPR shall apply.


The reservations in the MHADA layout may be developed as per the provisions of these Regulations.


Provided that there shall be no restriction on the utilization of the FSI permissible under this Regulation except for the restrictions under any law, rule, or regulation.




For the purpose of this Regulation, the carpet areas for EWS, LIG or MIG tenements shall be as determined by the Government from time to time.




 i) For providing the requisite infrastructure for the increased population, an infrastructure charge at the rate of 7% of the Land Rate as per the ASR of the year of approval of the redevelopment project shall be chargeable for the extra FSI granted over and above the basic FSI admissible for the redevelopment schemes. 50% of the Infrastructure Charge levied and collected by MHADA shall be transferred to the Authority for developing necessary off-site infrastructure.


ii) No premium shall be charged for the FSI admissible as per the prevailing regulations.


a) Construction of EWS/LIG and MIG tenements by MHADA on a vacant plot, or

b) In a redevelopment project for the construction of EWS/LIG and MIG tenements towards the share of MHADA.




Notwithstanding anything contained in these Regulations, the relaxation incorporated for the slum rehabilitation scheme shall apply to the Housing Schemes under this Regulation for tenements under EWS / LIG and MIG categories. However, the front open space shall not be less than 3.6 m.




 i) In any Redevelopment Scheme where the Co-operative Housing Society/Developer appointed by the Co-operative Housing Society has obtained No Objection Certificate from the MHADA, thereby sanctioning additional balance FSI with the consent of 51% of its members and where such NOC holder has made provision for alternative permanent accommodation in the proposed building (including transit accommodation), then it shall be obligatory for all the occupiers/members to participate in the Redevelopment Scheme and vacate the existing tenements for the purpose of redevelopment. In case of failure to vacate the existing tenements, the provisions of relevant sections of the MHADA Act mutatis mutandis shall apply for the purpose of getting the tenements vacated from the non-cooperative members.


ii) For the redevelopment of buildings in any existing Housing Scheme of MHADA under clause 7.4.8(i) hereinabove, by MHADA, the consent of the Co-operative Housing Society in the form of a valid Resolution as per the Co-operative Societies Act, 1960 will be sufficient. In respect of members not cooperating

 as per approval of the redevelopment project, action under relevant sections of the Maharashtra Housing and Area Development Act, 1976 may be taken by MHADA.




A corpus fund, as may be decided by MHADA, shall be created by the Developer which shall remain with the Co-operative Housing Societies for the maintenance of the new buildings under the Rehabilitation Component.




i) In case of the layout of MHADA where development is proposed under this Regulation and where such land is observed to be partially occupied by a slum, under section 4 of the Slum Act existing prior to 1.1.2000 or such other reference date notified by the Govt., then for integrated development of the entire layout area and in order to promote flexibility, MHADA may propose development, including area occupied by the slum, under this regulation.


ii) a) Each eligible residential or residential cum commercial slum dweller shall be entitled to a tenement of carpet area of 27.88 sq.m. (300 sq.ft.) and


     b) Existing or 20.90 sq.m. whichever is less in case of non-residential.


iii) If such land occupied by slum is observed to be affected by reservation then the development of reservation on land occupied by slum shall be regulated by the Slum Regulation.


iv) Corpus fund: An amount as may be decided by SRA as per Regulation shall be deposited with MHADA Authority for each eligible slum dweller.



Related Regulations to Rule No. 7


Rule No. 7.0 in UDCPR 2020


Entitlement of FSI for Road Widening or Construction of New Roads or Surrender of Reserved Land in UDCPR 2020


Development and Redevelopment Of Staff Quarters Of the State Government or Its Statuary Bodies or Planning Authority in UDCPR 2020


Redevelopment of Existing Buildings in UDCPR 2020


Development of Housing for EWS and LIG in UDCPR 2020


Regulations for Development of Information Technology Establishment, Data Centers in UDCPR 2020


Regulation for Development of Biotechnology Parks in UDCPR 2020


Incentive for Green Buildings in UDCPR 2020


Buildings of Smart Fin Tech Centre in UDCPR 2020


Commercial Buildings in CBD, Commercial, Residential Zone in Planning Authorities Areas in UDCPR 2020


different types of nocs for construction you should be aware of

Know more about NOC (No Objection Certificate) for Building Construction

Every person who intends to carry out new development and erect, re-erect or make any alterations in any place in a building or demolish any building essential to obtain building permission from local planning authority. Similarly, Building permission is the No Objection Certificate for Building Construction. You can make the application for Construction Noc through registered architect or licensed engineer/ structural engineer, to the authority planning authority.


Click here to get free quotations on Construction NOC


What are the documents required for Building Permission?

To obtain construction noc, it is mandatory to submit complete information in the form with all necessary documents. Subsequently, Payment receipt of scrutiny fee and any other fee /charges needs to be attached along with the application for Construction Noc.  Below is the Checklist of documents required for building permission-

a)  Application for Building permission

    b)  Mojani map showing plot boundaries

    c)   7/12 or property card

    d)      Property Fer-Faar (Mutation Entries)

    e)      PREDCR drawing & report

    f)       Zoning Demarcation

    g)      Building drawing as per DC rules 2017

    h)      Structural stability certificate

    i)        Site supervisor Letter

     j)        Owner Registration to PMC

     k)      Tax NOC

 l)        Title & Search Report

m)   Aviation NOC (or elevation certificate)

n)      Society Allotment letter & NOC

o)      Site Photos

p)      Layout Plan (If available)


Procedure for Building Approval

The process involves to obtain building permission is subject to stringent scrutiny. Following are the step by step process involves in online permission-

Step 1.  Procuring all required documents.

Step 2.  Online application with Pre-dcr drawing to get Pre Approval.

Step 3. Offline file submission.

Step 4. Site visit report and order by Building Inspector

Step 5. Payment of Challan.

Step 6. Final stamp on blueprint and get Commencement Certificate.



List of Other NOC required for construction

When you make a dream of new home and opt to execute it, you enter into the pre-approvals’ stage. Many of us know how to take decisions but very few know that there is list of documentation needed for it to come in existence. Every builder and owner of the land has to give applications and documents which are required for building constructions and its clearance. Following are the list of various NOC’s requires for the construction as depends on the project-


a)     Fire Noc

b)     Aviation Noc

c)     Garden Noc

d)     Forest Noc

e)     Heritage Noc

f)      Road Noc

g)     PWD Noc

h)     Irrigation Noc

i)       M.O.U / Development Agreement Noc.


 FAQ about Building Permission-

1.     What are the various factors occurs to get noc for building?

Specifically, Various factors are involved in building permission. However it starts from  the identification and authentication of land, to check that building conforms to all the standards of safety and regulations, distance from road, distance of surrounding buildings, height of proposed construction, and any other criteria set by the local planning authorities arises time to time.


2.     What are the Building Rules in PCMC?


Click here https://pmc.gov.in/sites/default/files/DC%20Rul%202017.PDF
for PMC Building Rules DCPR 2017.


Click here https://www.pcmcindia.gov.in/PDF_forms/Dc_rule.pdf for PCMC Building Rules.





           3.How much time it takes to get Construction NOC?

   Generally, from the date of final application along with necessary documents to local planning authority, it takes upto 25 days or more to obtain Construction Noc or Building PermissionOne should seek this process while constructing a new building. Also it is required at time of extension, Addition of floor, Lift addition  in existing building. Remember, for any interior changes approvals are not required


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