Current Status and Progress of Current Status and Progress of Construction CALS in KoreaConstruction CALS in Korea

Asian Construction IT Round Table MeetingAsian Construction IT Round Table MeetingTokyoTokyo, , Japan 2007. 8. 2 ~ 2007. 8. 3Japan 2007. 8. 2 ~ 2007. 8. 3

Won-Sik ChoiDirector, Construction Information Research Department

Korea Institute of Construction Technology (KICT)

2. Aug. 20072. Aug. 2007

ⅡⅡ. Government e. Government e--ProcurementProcurement

ⅠⅠ. Current Status of Construction Industry. Current Status of Construction Industry

ⅢⅢ. Construction CALS in Korea. Construction CALS in Korea

ⅣⅣ. Construction and Transportation R&D. Construction and Transportation R&D

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Ⅰ. Current Status of Construction Industry

GDP-to-Construction Investment Ratio

Domestic and Foreign Contract Amount

■ GDP-to-Construction Investment Ratio

16.80%17.00%

16.40%

17.60%

15.40%

14 .00%

14 .50%

15 .00%

15 .50%

16 .00%

16 .50%

17 .00%

17 .50%

18 .00%

2002 2003 2004 2005 2006 year

Construction Investment/GDP

Construction investment accounts for 15.4% of GDP

Construction investment is expected to increase in 2007

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■ Domestic and Foreign Contract Amount

83

10294

99107

36 7 1016

0

20

40

60

80

100

120

2002 2003 2004 2005 2006 year

billi

on U

S$

domestic contra ct amountforeign contra ct amount

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Ⅱ. Government e-Procurement

History of e-procurement

e-procurement Concept

Volume of e-procurement in 2006

Annual record of e-procurement in 20066/24

■ History of e-procurement

KONEPS was established based on the e-procurement system of PPS (Public Procurement Service)The KONEPS services were opened in Oct. 2002.Renaming as KONEPS(Korea ON-line e-Procurement System)(previously-used GePS(Government electronic Procurement Systems)

1997~2001 2002.10 2005~

• EDI SYSTEM(1997)• e-Shopping Mall(2008)• e-Bidding(2000)• e-Payment(2001)

• KONEPS(2002.10)• CRM(2004)

• Ubiquitous Service(2005)• Total Shopping Mall(2006)

Prior to KONEPSPrior to KONEPS

Launch ofKONEPS

Launch ofKONEPS

AdvancingKONEPS

AdvancingKONEPS

(Ref: 2007 annual report, 2007.5)7/24

■ e-procurement Concept

KONEPS is an e-procurement system where all procurement processes are conducted online from registration, bidding and contracting through to payment

DeliveryinspectionPayment

e-Contracting

e-BiddingShopping

mall

Productinformation

Bid notice

MOGAHA G4C

MOFE NAFIS

Certifying authority

Construction association

Commercial bank

Organizations linked to KONEPS

Surety insurance

Credit information agency

Administrative network

Product Information user organization

PublicOrganization

PPS

Supplier

※ MOGAHA : Ministry of Government Administration and Home Affairs / MOFE : Ministry of Finance and Economy

(Ref: 2007 annual report, 2007.5)8/24

US$ 78B(72%)

US$ 29B(27%)

US$ 25B(86%)

US$ 4B(14%)

Private

e-biddings

■ Volume of e-procurement in 2006

Others

Domestic ConstructionContract Amount (US$ 107B)

Public

Transaction Volume of KONEPS (Total US$ 44B)

US$ 2B(5%)US$ 3B(7%)

US$ 22B(49%)US$ 27B

(60%)

US$ 6B(14%)

US$ 11B( 25%)

e-ShoppingMall

e-Bidding

OtherTransaction

ConstructionWorks

ServicesGoods

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■ Annual record of e-procurement in 2006

CustomersCustomers

Transaction VolumeTransaction Volume

US$ 44 B through KONEPS*

210,000 biddings were conducted electronically through KONEPS

with the participation of 21million bidders

The world’s largest e-marketplace with an annual transaction volume of US$ 44B

(Ref: 2007 KONEPS Brochure, 2007.5)

35,000 organizations and 160,000 businesses

180,000 users visit KONEPS and 140,000 documents

are exchanged online per day

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Ⅲ. Construction CALS in Korea

The Construction CALS projects in 2007

Operation and Technical Improvement of the CALS systems

Development and Operation of the Construction CALS standards

Development of the third 5-year plan for the Construction CALS project

Application Scheme of IT to the Construction CALS systems

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Operation and Technical Improvement of the CALS systems

Development and update of the CALS standards

Development of the third 5-year plan for the CALS project

Application Scheme of IT to the CALS systems

■ The Construction CALS projects in 2007

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■ Operation and Technical Improvement of the CALS systems

CALS systems management

Improvement of system performance

System update by adding new functions

Minor changes and function repair

User’s guide enhancement

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■ Development and Operation of the Construction CALS standards

Pilot test of cost managementStudy on the relationship among WBS, activity and cost informationStudy on exchange method of construction progress information Pilot test of construction cost management based on WBS

Maintenance and dissemination of the Construction CALS standardsDevelopment and revision of the Construction CALS standards(Standards development, Technical Support, Revision)Repository systems service for the construction CALS standardsOperation of standardization committee

Development of national standardization planSurvey and analysis of construction information standardsDevelopment of institutionalization approachStrategy development for dissemination of the standards

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■ Development of the third 5-year plan for the Construction CALS project

Analysis of environment and status of construction information

Assessment of result and effect of the Construction CALS

Development of key project plan

Establishment of Action Plan

History

1st 5-year plan (1998-2002) : Infrastructure development

2nd 5-year plan (2003-2007) : Operation and application of the systems

3rd 5-year plan (2008-2012) : Development of new research items

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■ Application Scheme of IT to the Construction CALS systems

Study on the component technology of automatic field data equipment

Research on field data acquisition using ubiquitous and sensor technology

Development of pilot functions

Application of the pilot functions and result analysis

Study on the use of mobile equipmentStudy on the structure of mobile system

Pilot function development and pilot test

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(Ref: 2007 KICTEP Brochure, 2006.10)

7 R&DProject groups

7 R&DProject groups

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Ⅳ. Construction and Transportation R&D

■ Innovation of construction technology

Smart HighwaysIntelligent road technologies allowing safe, pleasant and high-speed driving

Extra long-span BridgesTechnologies for bridges having longer spans, hybrid bridges

Environmentally friendly water resources systemsTechnologies allowing the construction of real-time water managementsystems incorporating IT and telecommunications technologies

Improvement of productivity and safetyDevelopment of lighter and more intelligent materials and IT-based design and construction process

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■ Advancement of air transportation and logistics

Flight operation systemSmall and medium aircraft certification technologies

Next-generation navigation system

Air logistics system

Logistics system Logistics management technology

Multi-modal handling system

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■ Implementation of more efficient transportation systems

Intelligent transportation systems

Integrated transportation system implementation

technologies with safety and environment taken into

account

Future transportation systems

Innovative transportation management systems and

future automobile traffic operation systems

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■ Development of future railroad technologies

High-speed railroadsUltra high-speed railroad over 400 km/h, magnetic levitation railroad systems

Generic railroadsImproved performance for existing railroads including the introduction of tilting trains, and maintenance and safety management technologies

Urban railroadsHigh efficiency urban railroad systems including localized light electric railroads

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■ Advancement of plant technologiesgies

Gas plantsTechnologies that could lead the global market, including LNG plants and GTL plants

Seawater desalination systemsSeawater desalination system construction and standardization technologies

Environmentally friendly energy plantsCombined plants using recycled energy, and ultra-clean incineration

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■ High-tech urban development

U-Eco cityConstruction of an environmentally friendly city by way of combining information, energy and eco-city technologies

Development of mixed-use spacesCreation of skyscrapers, submarine tunnels, artificial islands, underground spaces and other new types of spaces

Urban regenerationCreation of sustainable residential environments including the improvement of existing urban environments

Intelligent geographic information managementManagement of geographic information for the efficient utilization of the national territory

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■ Preparation of technological infrastructure and training of work force

Standardization of technologies

Certification of construction materials, and

standardization of performance criteria

Development of policies

R&D planning and management, development of

future technology strategies, and training of

technical manpower

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Thank youThank you