Upcoming Classes
| Code | Date | Category | Seminar | Seat left | Register |
| E020 | 06-12-2008 | Engineering | Case Histories Of Slope Failures - Investigation, Failure Analysis And Recommended Remedies (1 Day) | 19 | Register |
| E021 | 13-12-2008 | Engineering | Geosynthetics In Civil And Environment Engineering (1 Day) | 21 | Register |
| E020 | Engineering | Case Histories Of Slope Failures - Investigation, Failure Analysis And Recommended Remedies | 1 Day |
| BEM Approved 8 CPD Points With Full Attendance |
RM290.00 for Graduate Engineer
RM350.00 for Professional Engineer |
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Introduction
SECTION 1 (9.00-11.00)
• Introduction to slope Engineering.
• Overview of slope stability problems.
• Common causes for slope failures and typical analysis plus common remedial methods.
SECTION 2 (11.00-13.00)
• Case histories for Cut slope failures (3 cases).
• Background information, failure description and scope of SI to verify hypothesis of failures. Investigation checklist.
• Failure analysis and causes for failure.
• Findings and recommended Remedies including necessary analysis, justifications and construction details plus design validation scheme, etc.
SECTION 3 (14.00-15.30)
• Case histories for Filled slope Failures (3 cases).
• Scope of investigation, analysis, findings.
• Recommended repair methods with necessary analysis, justifications plus construction details and design validation scheme, etc.
SECTION 4 (16.00-17.00)
• Case histories of Retaining wall Failures (2 cases).
• Background info, scope of SI planning, failure analysis and findings.
• Causes for the failures and recommended repair with technical construction details and justifications plus design validation.
• Q and A.
• Introduction to slope Engineering.
• Overview of slope stability problems.
• Common causes for slope failures and typical analysis plus common remedial methods.
SECTION 2 (11.00-13.00)
• Case histories for Cut slope failures (3 cases).
• Background information, failure description and scope of SI to verify hypothesis of failures. Investigation checklist.
• Failure analysis and causes for failure.
• Findings and recommended Remedies including necessary analysis, justifications and construction details plus design validation scheme, etc.
SECTION 3 (14.00-15.30)
• Case histories for Filled slope Failures (3 cases).
• Scope of investigation, analysis, findings.
• Recommended repair methods with necessary analysis, justifications plus construction details and design validation scheme, etc.
SECTION 4 (16.00-17.00)
• Case histories of Retaining wall Failures (2 cases).
• Background info, scope of SI planning, failure analysis and findings.
• Causes for the failures and recommended repair with technical construction details and justifications plus design validation.
• Q and A.
Who are the speakers?
Date, Time, Venue, and Fee
| Date and time | : | 06-12-2008 (Saturday) : 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
Address No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | RM290.00 for Graduate Engineer
RM350.00 for Professional Engineer |
| E021 | Engineering | Geosynthetics In Civil And Environment Engineering | 1 Day |
| IEM Approved 8 CPD Points With Full Attendance |
RM290.00 for Graduate Engineer
RM350.00 for Professional Engineer |
|
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Introduction
SECTION 1 (9.00-10.30)
• Applications of Geosynthetics in Slope Engineering Works.
• Fundamental principles, common types and characteristics of geosynthetics plus their applications in slope engineering works, etc.
• Design of Geosynthetic Reinforced Wall/Slope with particular reference to design concept, design methods, selection of design parameters, stability analysis, construction controls and design validation.
• Case histories.
SECTION 2 (11.00-13.00)
• Case Studies of Application of Geosynthetics in Road Projects.
• Design concepts and principles involved.
• Design input parameters: investigation evaluation and selection plus validation.
SECTION 3 (14.00-15.30)
• Applications of Geosynthetic in Soft Ground and Coastal Engineering Projects.
• Design concepts/principles involved.
• Design investigation, parameters assessments and selection, etc.
• Applications and limitations.
• Case histories.
SECTION 4 (16.00-17.30)
• Works Specification for HDPE Geocell and Case Histories of Applications.
• Scope of work specification and QC: significance and implications.
• Case Histories of applications of Geocells.
• Design concepts/principles involved.
• Design Parameter selection and validation.
• Applications of Geosynthetics in Slope Engineering Works.
• Fundamental principles, common types and characteristics of geosynthetics plus their applications in slope engineering works, etc.
• Design of Geosynthetic Reinforced Wall/Slope with particular reference to design concept, design methods, selection of design parameters, stability analysis, construction controls and design validation.
• Case histories.
SECTION 2 (11.00-13.00)
• Case Studies of Application of Geosynthetics in Road Projects.
• Design concepts and principles involved.
• Design input parameters: investigation evaluation and selection plus validation.
SECTION 3 (14.00-15.30)
• Applications of Geosynthetic in Soft Ground and Coastal Engineering Projects.
• Design concepts/principles involved.
• Design investigation, parameters assessments and selection, etc.
• Applications and limitations.
• Case histories.
SECTION 4 (16.00-17.30)
• Works Specification for HDPE Geocell and Case Histories of Applications.
• Scope of work specification and QC: significance and implications.
• Case Histories of applications of Geocells.
• Design concepts/principles involved.
• Design Parameter selection and validation.
Who are the speakers?
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Date, Time, Venue, and Fee
| Date and time | : | 13-12-2008 (Saturday) : 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
Address No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | RM290.00 for Graduate Engineer
RM350.00 for Professional Engineer |



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