SHASSIC By CIDB Malaysia

8/18/2019 SHASSIC By CIDB Malaysia

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Presentation

by

CIDB MALAYSIA



Improvecapability

andcapacity

Enhancequality andproductivity

Achievebusiness

viability andsustainability

The Challenge11



Trends Impacting Construction

Technology

Sustainability

12



Towards Zero Accident in theConstruction Industry



Life in the

Construction Industry

Dirty

ifficult

Dangerous





By 2015, reduce to 5.0 fatality per

100,000 workers

By 2020, reduce to 3.9 fatality per

100,000 workers

TARGET AHEAD FOR THE MALAYSIAN

CONSTRUCTION INDUSTRY

No. of const. workers : 1.164 mil

(2012)

SOURCE: DOSH



By 2015

• Work-related fatality rate down by 20%from 12.4 fatalities per 100,000 workers

• Work-related injury rate down by 30%

from 6.1 injuries per 1,000 workers



1. Safety Management

2. Working Environment3. Manpower

FACTORS



SHASSICSafety & Health Assessment System

in Construction



OBJECTIVE SHASSIC

To benchmark the level of Safety &

health Performance in Construction Industry

Standard System on Safety & HealthAssessment



OBJECTIVE SHASSIC

Contd….

To assess OSH performancebased on standard CIS 10:

2008

To evaluate contractors’s OSH performance at site

For further Improvement &Corrective Action

Statistical Analysis



COMPONENT OF ASSESSMENT &

WEIGHTAGE

• Divided into 3 categories:-

DOCUMENT CHECK

WORKPLACE INSPECTION

EMPLOYEE INTERVIEW

40 %

40 %

20 %



SHASSIC

(Score %)

Star(s) Awarded Justification

85 to 100 Potential and significant

workplace high risks/ hazards

are managed and documented.



are managed and documented

but there are few low risks work

activities are neglected.



are managed and documented

but there are few medium risks

work activities are neglected.



partly managed and not

properly documented.

39 and less

Potential and significant risks/

hazards oorl mana ed and



QUALITY IN CONSTRUCTION

PROJECT PERFORMANCE

Cost - within budget…..RM…%

Time - On time….months…..%

Quality - ?????

Quality (Leon, 1995) : meeting agreed requirements

Quality Yardstick?

Customer satisfaction – no. of complaints- customer feedback

form

http://www.facebook.com/media/set/?set=pa.116228488411898



Quality Assessment System (QAS) In Construction (QLASSIC) is

an independent method to assess and evaluate the quality of

workmanship of a construction work based on the relevant

approved standard.

Construction work (520 Act) – building, road, bridge, dam,

railway, drainage etc

However CIS 7: 2006 is

QAS meant for Building

Construction Work

DEFINITION

http://c/Presentations/cis7qlassicfinal.pdf



o

b j

e

c

t

iv

e

s

Compilation of data for statistical analysis

Evaluate the performance of contractors

based on quality of workmanship

Benchmark the acceptable level of quality of

Workmanship for construction project

Establish an industry standard QAS for

quality of workmanship for construction project

Assess the quality of the workmanship

of a construction project



levate Quality

performance in

construction

industry to a

higher level

End User Quality End product

ConsultantEnhance the

inspection activities

Client

improve

marketability

satisfy the End User

Contractor Continually improve

Q performance



Visuals + measurements



Tools

door leaf door frame

steel rule

steel rule to measure gap between door leaf & door

frame (tolerance in CIS 7: size of gap <5mm).




Tools

QLASSIC tapping rod to check for

hollowness on wall or floor.

Also used to check for lippage

between two tiles on the floor orwall.




angle mirror to check the paintwork on top &

bottom of door leaf.

Tools




spirit level (1.2m) & steel wedge

to measure evenness of wall

surface or floor surface (tolerance

in CIS 7: <3mm/ 1.2m).

steel wedge

spirit level

Tools




SUSTAINABLE CONSTRUCTION



•Buildings – 40% global energy used

Construction and Climate Change

GHGEmissionsFrom

Construction

CementSector

– 5%

Mining/ Manufacturing –

Highest Impact

Transportation of material –

energy intensive

Chemical Process – major portion

Onsite

Construction –

Energy Used

Maintenance of

Building – significant

energy used



Carbon Emission in Building Life Cycle

Construction Emissions• arising from construction

processes

Operating Emissions

• arising from the use of abuilding

Maintenance Emissions

• arising from keeping a

building in good repair

Demolition Emissions

• arising from eventualdisassembly or demolition



To incre sed profit bility nd

competitiveness

To covers aspects of the delivery of buildings and infrastructures thatmeet the requirement nd s tisf ctory of the user

Will take consideration and concerns on the conserv tion of n tur l ecosystems and

minimiz tion of environment l imp cts and the consumption of energy nd n tur l resources

ELEMENT OF SUSTAINABILITY



33

Performance Criteria for GHG Reductions for Cities

• Urban Environment

•

Urban Transportation• Urban Infrastructure

• Building

• Urban Environment (20)

•

Urban Transportation (8)• Urban Infrastructure (7)

• Building (7)

• Urban Environment (5)

•

Urban Transportation (4)• Urban Infrastructure (4)

• Building (2)

Save Green Save Future

33

Performance Criteria are measurable strategies to reduce carbon

emission through:-- Policy control, Technological development, better process & product

management, change in procurement system, carbon capture, consumption

strategies & others.





Green Efficiency

The push for energy andgreen efficiency ispoised to generate

opportunities for theconstruction industry – from green buildings to

green industries andgreen energy projects



Why Green Construction/ Building

Money Saving

• Tax Incentives

Environmental Benefit

• Lifetime and PropertyValue



Making buildings greener…

Green/sustainable buildings, are not just about designs but;

“is the practices of creating and using healthier and more resource-efficient

models of construction renovation operation maintenance

and

demolition

Adapting to these processes/tools help makes buildings greener:

• Building Codes

• Building Standards

• Design Guidelines

• Best Practices

• Rating/Assessment tools



GREEN BUILDING

RATING TOOLS



International GBRT

Establishing a common standard of

measurement and fulfilling therequirements

Offers opportunities towards sustainability

goals

COMMON

GOAL



Malaysia GBRT

GreenBuildingRatingTools

Green BuildingIndex (GBI) – GBI

Sdn Bhd

Penarafan Hijau JKR(pH JKR) - JKR

Green PerformanceAssessment System

in Construction(GreenPASS) - CIDB



MyCREST Carbon Reduction and

Environmental Sustainable tool

Merging pHJKR & GreenPASS



EAG Consulting Sdn.Bhd. ( Malaysia )Environmental .Analytical .Green

Copyright 2013. All rights reserved

DEVELOPMENT PROCESS MyCREST





Time for Change

Keeping pace withother industries

Adjusting toglobal dynamics

Adapting to

new world



Conclusion

Malaysian construction companies need to embracetechnology as the way forward

They should incorporate quality, sustainability andsafety & health into their planning and operations

Our challenge is to ensure that construction remains

one of the most important industries and economicdrivers for Malaysia



THANK YOU

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SHASSIC By CIDB Malaysia