Introduction to National Building Code and Steps in a Construction project

1.

Aim:- Why are building codes or standards essential for the modeling/ efficiency of drawings in Revit ?

Introduction:- National building code is a document that provides guidelines for the construction of the structure

• The structure may Residential, Industrial, Commercial, Mercantile etc.,
• All the structures should satisfy this condition if not then project is not approved

 

Answer:-

• Building code are mainly required to protect public health, safety and general welfare as they are related to construction of building and structures 
• A set of standards that are uniform to all structures :- It gives the information about set of standards which are uniform to all the structures
• It protect the construction safety:- This code protects the overall health of the construction as well as the public and residence construction
• Modern construtcion method:- The designer constantly refers this building codes which enhances their knowledge in this field. It also enables the modern construction methods  with the standard methods
• Provides building standards :- The methods helps in government agencies to approve the plan, It become law of particular juristriction when formally enacted by government authority

 

2.

Aim:- From the National Building Code list the groups that will be essential to you when you begin modeling in Autodesk Revit.

 

Introduction:-  National building code is a document that provides guidelines for the construction of the structure

• The structure may Residential, Industrial, Commercial, Mercantile etc.,
• All the structures should satisfy this condition if not then project is not approved

 

Answer:- 

• Group A - Residential buildings
• Group B - Educational buildings
• Group C- Assembly buildings
• Group D - Institutional buidings
• Group E - Mercantile buildings
• Group F - Business buildings
• Group G - Storage builidings
• Group H - Industrila buildings
• Group I - Hazardous buildings

 

3.

Aim;- List the five major steps that occur in project cycle . The steps should include from conceptualization of project to maintenance and final stage.

 

Introduction;- 

• In the construction project there are several number of steps are involved to complete the project within time
• The different desciplines are working together to complete the project in time
• The construction starts from site visit and ends to finishing works and painting

 

Answers:- 

1. Initiation 

• In this stage it is necessary to figureout the objective of the project
• Discussion with clients about the models
• Go to the site visit 
• Prepare a priliminary design 
• Prepare cost estimation
• Prepare Bill of quantity
• Once it is approved then next step is planning

 

2. Planning

• Prepare a cost estimation
• Prepare a schedule
• Working with team engineers
• Labour arrangement for the construuction 
• Material requirement for the construction

 

3. Execution

• Once the planning is done next step is execution
• Start the excavation work 
• Strat the foundation work 
• Comlete the work upto roof level along with materials

 

4. Mentoring

• When the exection is going on then mentoring step also starts
• The project engineer looks over the constuction and construction materials
• The site engineer should present in the site he will the responsible for the building he should guide the labour about the construction

 

5. Project close

• In this all the finishing works are carried out 
• And also the skirting, painting work are carried out here
• Once the project completed then take approve from the project engineer 
• And handover it

 

 

4. Aim:- Give examples of different disciplines involved in construction of a project

 

Introduction:- There are differnt desciplines are working in the construction project 

• Different desciplines are working in one project because to finish the project within a given time
• The coordination of the desciplines are necessary here

 

Answers:- 

• Construction 
• Finance and estimation
• Contracts and bids
•  Geotechnical 
• Structural 
• Surveying
• Management

 

5. Aim:- How are buildings classified ? Place the following buildings under each category
             a. Four unit apartments
             b. School with capacity of 1000 students
             c. A single unit shop.
             d. Multi story Shopping complex
             e. Steel machine factory

In General buildings are classified as

• Group A - Residential buildings
• Group B - Educational buildings
• Group C- Assembly buildings
• Group D - Institutional buidings
• Group E - Mercantile buildings
• Group F - Business buildings
• Group G - Storage builidings
• Group H - Industrila buildings
• Group I - Hazardous buildings

 

 

• a. Four unit apartments                                  -   Residential building
• b. School with capacity of 1000 students          -   Educational building
• c. A single unit shop.                                      -   Mercantile builidng
• d. Multi story Shopping complex                      -   Commercial building
• e. Steel machine factory                                 -    Industrial building

 

6.

Aim:- Distinguish the roles of Design team and Management team

 

Introduction:-

• Design team is made by the design engineers who is responsible about the structural and architectural models
• The design team includes the design engineers and architectures
• Management team look over the construction and management of the structure
• The design engineers also include in the management team 

 

Answer:- 

Design team:- 

• Helps to finalise the plan :- The project needs coordination of multidesciplinary professionalists. To design multidesciplinary projects the design engineers are necessary to give the design of structural project to the clients. They should take care about the structural elements
• Evaluationaries in the project:- In this stage the evaluation is done by the design engineer and here the coordination of the client is necessary. This step not work without a client, he will be the backbone for the evalutation
• Implementation the design:- In this stage the design engineer should associate with both the construction and execution time. They follows the NBC guidelines clause 4.1 for the approval 

                               

 

Management team;- 

• Accomplishment of Project :- They need to achive the accomplishment of project with the coordination of design and specification within the time as well as the cost frame work
• Execute the design:- This team also responsible to day today executions, supervision, quality controal etc., 
• Achieves the satisfactory completion of project :- They are also achieve the satisfactory completion of project along with the cost, controal and quality. Depending on the complexity of the project design team also become management team. They follows the NBC gudeline clause 4.2 for the approval of the project

                                          

 

7.

Aim:-  Refer to NBC, Identify the modeling requirements for the project ( from week 4).
            a. Height Limitations
            b. Area Limitations
            c. Room sizing
            d. Wall height
            e. Thickness based on fire life and safety
            f. Passageway requirements

 

Introduction;- National building code is a document that provides guidelines for the construction of the structure

• The structure may Residential, Industrial, Commercial, Mercantile etc.,
• All the structures should satisfy this condition if not then project is not approved

 

Answer:- 

  a. Height Limitations

As per NBC 2005 clause C- 2.5, the height of the building shall not exceed 15m (page number 43)

 

 

About my model:- 

                                              Height of my model is 20'-0" (6m)  

 

                          My model height is less than 15m, Hence it follows NBC Guidelines

 

b. Area Limitations

As per NBC clause 2.3.1 page number 43

According to NBC the minimum plot size with ground ccoverage not exceeding 75%, shall not be less than 40Sqm in small and medium towwn, not less than 30Sqm in metropoliton area

 

About my model

                                           Area covered by my model is 92 Sqm

 

                          My model area covered is greater than 40Sqm, Hence it follows NBC Guidelines

 

 

c. Room sizing

 

As per NBC clause 3.3 page number 43 the room sdimensions are mentioned here

 

About my model

                                     My model room sizes are greater than NBC guidelines

 

                          My model room schedule is greater than code specification , Hence it follows NBC Guidelines

 

 d. Wall height

According to NBC 2005 clause F-3.4 the minimum height of the rooms and the space should be 

• Habitable room - 2.75m
• Kitchen - 2.6m
• Bath/watercloset - 2.2m
• Corridor - 2.1m

In case of sloping roof the average height of the roof for the habitable rooms shall be 2.75m and the minimum height at eaves shall be 2.1m

 

 

About my model

                              The height of the building is 3m which is greater than 2.75m

 

 In my model the height of the building is 3m greater than 2.75, Hence it follows NBC guidelines

 

 

e. Thickness based on fire life and safety

 

The thickness for  masonry wall is given by table 2 of fire and life safety section of NBC in 2005

 

 

About my model

 

                  In my model the thickness of the wall is 8" (203mm) which is greater than the NBC requirement

 

  In my model the thickness of the wall is 8" (203mm) which is greater than the NBC requirement, Hence the model is safe

 

 

f. Passageway requirements

 

According to NBC 2005 table 1 page number 14 the width and length of the passage / road  is given it should satisfy the condition 

 

 

About my model

 

                                 It satisfy all the conditions of the width and length of mean of access

 

                           My models satisfy all the conditions in the NBC, Hence the model is safe

 

Result:- 

Here all the requirements like Height Limitations,  Area Limitations,  Room sizing, Wall height, Thickness based on fire life and safety, Passageway requirements are according to NBC

 

8.

Aim:- We have identified requirements for modeling from question 7, Use these numbers from code book and verify the numbers used in modeling the unit from week 2 to week 4. If the numbers are not reasonable, use the numbers obtained from the code book to create a revision of the mode.

This model resembles the actual modeling requirements for Project 1 of course work

 

Introduction;- National building code is a document that provides guidelines for the construction of the structure

• The structure may Residential, Industrial, Commercial, Mercantile etc.,
• All the structures should satisfy this condition if not then project is not approved

 

Answer:- 

• I have verified the projects from week 2 to week 4. All the projects are done according to the NBC
• The height limitation is according to NBC
• The area limitation is according to NBC
• The room sizing is according to NBC
• The wall height is according to NBC
• The thickness based on fire and life safety is according to NBC

 

 

Result:- 

Here all the requirements like Height Limitations,  Area Limitations,  Room sizing, Wall height, Thickness based on fire life and safety, Passageway requirements are according to NBC