CKC CONSULTING ACTIVITIES WORLDWIDECONSULTING ENGINEERS & PLANNERS
ASIALATIN AMERICA
BOLIVIABRAZILCHILEDOMINICA
ECUADOREL SALVADOR
GUATEMALAHONDURASJIMAICAMEXICONICARAGUAPARAGUAYPERU

AFRICA
BOTSWANACAMEROONEGYPTGUINEA-BISSAUMADAGASCAR
MOROCCOTANZANIABANGLADESH
BHUTANCAMBODIACHINA
INDONESIANEPALPAKISTANPHILIPPINESSRI LANKASYRIAC H U O K A I HA T S U C O R PO R A T IO N
Chuo Kaihatsu Corporation (CKC) was founded 63 years ago as Japan’s first completely
independent, privately run civil engineering consulting firm. CKC has since undertaken a wide
range of public and private sector projects including railway, water resource development, housing,urban planning, water supply and sewerage, power development projects technology and IT
technology. CKC’s services on these have covered study, design and construction supervision.
Today, CKC is a comprehensive consulting firm with 280 employees and branches all over Japan aswell as 5 overseas liaison offices

SPECTRUM OF SERVICECKC QUALIFIED STAFF NUMBERS

Field of Specialization
Ph.D

Number of Staff
5Reg.PE （Registered Professional Engineer）

133

RCCM （Registered Civil Engineering Consulting Manager））

80

Agriculture Civil Engineers

3

Harbor Marine Surveys Engineers

4Architects

2

Civil Construction Management Engineers

81

Surveyor

34

Geological Survey engineer

79

Fundamental Information Technology Engineers

6

Applied Information Technology Engineer

Agriculture
Engineering2(as of September, 2009)

Exploration
Geophysics

DisasterPrevention

CKC

Real Time
Monitoring

GeotechnicalEngineering

CONTACT

Environmental
Technology

CivilEngineering

Information
Technology■Technical Support
Technology Center：Dr. Nishie, Dr. Wang
Address: 3-13-5 Nishi-Waseda, Shinjuku-ku, Tokyo 169-8612, Japan
Tel: +81-3-3208-5252
Fax +81-3-3232-3625
E-mail:ckc_post@ckcnet.co.jp

http://www.ckcnet.co.jp

CONSULTING

GEO-TECHNICAL AND GEO-ENVIRONMENTAL INVESTIGATION

IT SOLUTION TECHNOLOGYCONSULTING

Results of investigation will be used for design structures,assessment of pollution area and design remediation.
Deep-sea Boring Survey

The IT technology will provide the solutions forgeo-technical and geo-environmental problems.
Real Time Monitoring Technology

We had developed safety boring method on the condition of deep sea or severe wind waves.

The Real Time and Remote Monitoring System based on internet has been developed in order to prevent fromnatural disasters due to strong earthquake, heavy rainfall and flood, landslide etc.
MONITORING SYSTEM”KANSOKUO”

SENSOR ”KANTARO”
RELAY((wireless))
INTERNET

Geographical Information SystemSampling Method for IFCS and ALCS
IFCS; Provide a high quality sample by using

Array Measurement of Microtremors
Array Microtremor Survey is a geophysical exploration

The GIS system has been developed in order to assess risk management for liquefaction or ground settlement,
and used to makes earthquake, sediment-related disaster hazard map for civilian use.

method to determine the S-wave velocity structure of themicro bubble.
ALCS; Provide a sample on the condition of
non-oxygen and aseptic state.

underground. This method can apply within a depth ofseveral kilometers of surface.

The core using IFCS sampling method
Geo-Information Navi System
The core using traditional sampling method

Soil & Groundwater Remediation Technology
The professional engineers will analyze degree of pollution
for soil and ground water and examine for remediation

High Density Surface Wave Survey

Kobe JIBANKUN using GIS

Numerical Analysis TechnologyHigh Density Surface Wave Exploration can apply

This technology can be used for static stress-deformation analysis, seepage analysis, advection-dispersion analysis,

within a depth of several ten meters. This methodseismic response analysis based on FEM or FDM.

can detect a cavern or loosening zone ofunderground.

method.

Pollution Distribution by 3D Display

Stress-Deformation Analysis using FEM

Seepage Analysis using FEM