Indian Standards, Interior Deigning, Construction Laws,

1. GUIDED BY SUBMITTED
BY
Er. ASHUTOSH RATH RISHAV
AGRAWAL
ASSISTANT PROFESSOR REG.D NO-
1201341021
CIVIL ENIGINEERING DEPARTMENT
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2. HISTORY
TYPES OF BUILDING CODES
SCOPE
PERSPECTIVE VS PERFORMANCE
BUILDING OFFICIALS
CONSTRUCTION LAW
IS CODES
BUILDING CONSTUCTION
EGRESS
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3. 1. ANTIQUITY
 Since the Code of Hammurabi in the 18th Century
BC, there have been codes governing the design and
construction of buildings.
 Some codes such as the Code of Napoleon,18th
Century AD, provided for loss replacement as sort of
insurance policy.
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4. 4

5. 2. MODERN ERA
 Lord Mayor of London code in
1189 and Charlestown General
Assembly code in 1740.
 Rebuilding of London Act in
1666 after the Great Fire of
London.
 Laws of the Indies in 1680s by
the Spanish Crown.
 In 1904, Baltimore City Building
Laws after the Great Baltimore
Fire.
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6.  National Building Code of
India (NBC 2005) by the
Planning Commission
under the guidance of
Government of India.
 Uniform Building Code
(UBC) by the International
Conference of Building
Officials (ICBO).
 Standard Building Code
(SBC) by the Southern
Building Code Conference
International (SBCCI).
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7.  Civil Engineering
Department
Committee Codes
(CED 2 – CED 58
including specialised
publications SPs )
 National Fire
Protection Association
codes (NFPA)
 Occupational Health
and Safety Act –
Means of Egress
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8. International Code Series:
 International Building
Code (IBC)
 International Energy
Conservation Code (IECC)
 International Fire Code
(IFC)
 International Fuel Gas
Code (IFGC)
 International Mechanical
Code (IMC)
 International Plumbing
Code (IPC)
 International Property
Maintenance Code (IPMC)
 International Residential
Code (IRC)
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9.  Standards for structure and
its various assemblies, egress
rules, occupancy rules, etc
 Parking and traffic impact
 Fire Code
 Requirements for natural
disasters.
 Requirements for specific
building uses.
 Energy provisions and
consumption
 Grandfathering provisions
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10.  Specification on
components
 Allowable installation
methodologies
 Room sizes and location
 Qualification of individuals
doing the work
 Anti-collision markers on
high structures
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12.  Spell out how something
is done and how the
required level of
performance is achieved
by the designer
 Reduces the
reoccurrences of
problems
 In recent years increase
of performance function
against prescriptive
requirements
 Specifies system design,
testing requirements
 To apply for building
permit designers need to
meet each objective
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13. UN AFFILATIONS
 Economic and Social
Council
 Industrial
Development
Organisation
 Human Settlements
Programs
 Department of
Information of United
Nations
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14. MISSION
STATEMENT
 Improving the quality
of life and resource
optimization
internationally
 Development,
exchange and
application of
knowledge and
experience
 Health, safety, welfare
and usefulness of the
built environment
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15. OBJECTIVES
 Enhance status of code
administration issues
including:
 Safeguards from
potential hazards
 Solutions for
preventing risks in
new and existing
buildings
 Promote
standardization
 Collaborate with other
groups
 Establish national
organisations for code
officials
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16.  Continuing education
opportunities
o Conferences
o Seminars
o Congresses
 Information Exchange
CHARTER
ORGANISATIONS
OF INDIA
 Municipal Corporation of
New Delhi
 Secretary to the Ministry
of Housing-India
 Ministry of Revenue and
Housing, Kerala-India
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17. An amalgam of contract law, commercial
law, planning law, employment law
Effects construction industry
Distinct from real estate law, project finance
law
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19. Bureau of Indian
Standards
Classified on the
basis of work
Regular Updating
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20.  Building Occupancy
 Assembly (Group A)
 Business (Group B)
 Educational (Group E)
 Factory (Group F)
 High-Hazard (Group
H)
 Institutional (Group I)
 Mercantile (Group M)
 Residential (Group R)
 Storage (Group S)
 Utility (Group U) 20

21.  Ability to exit the
structure, primarily in
the event of an
emergency, such as fire
 A means of egress
consists of three parts:
 Exit access
 Exit
 Exit discharge
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22. www.en.wikipedia.org
www.bis.org.in
www.wobo-un.org
www.slideshare.net
www.iitk.ac.in
www.law.resource.org/../is.1644.1988.html
www.nfpa.org
law.resource.org/../is.sp.7.2005.pdf
www.engineeringcivil.com
www.ind-safety.com
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