Upcoming Classes
| Date | Speaker | Seminar/Workshop | Price | Status | Register | ||
| 04-07-2009 |
![]() ![]() ![]() ![]() ![]() ![]()
|
Business Networking No. 4 (In Conjunction with Launcing of REFINANCING NOW book (Half day) |
Free of Charge. Light Refreshment Provided |
|
![]() |
||
| 08-08-2009 |
|
Engineering with Geosynthetics (1 Day)
|
Normal Price RM 650.00 (If Register Online RM 500.00 Only before 27-07-2009) |
|
![]() |
||
| 15-08-2009 |
![]()
|
Refinancing Now (Half Day)
|
Normal Price RM 350.00 (If Register Online RM 175.00 Only before 03-08-2009) |
|
![]() |
||
| 22-08-2009 |
|
Workshop on Bored Pile and Micropile Foundation Design (1 Day)
|
Normal Price RM 650.00 (If Register Online RM 500.00 Only before 08-08-2009) |
|
![]() |
||
| 01-10-2009 |
|
Assessment of Defects in Concrete Structures and Evaluation of Safety of Concrete Infrastructure (3 Days)
|
Normal Price RM 1800.00 (If Register Online RM 1200.00 Only before 14-09-2009) |
|
![]() |
||
| 10-10-2009 |
|
Workshop on Design of Retaining Wall for Civil Engineering Projects (1 Day)
|
Normal Price RM 650.00 (If Register Online RM 500.00 Only before 28-09-2009) |
|
![]() |
||
| 03-12-2009 |
|
Advance Material For Construction, Repair And Maintenance Reinforced Concrete Structures (3 Days)
|
Normal Price RM 1800.00 (If Register Online RM 1200.00 Only before 23-11-2009) |
|
![]() |
| 04-07-2009 | Business Networking No. 4 (In Conjunction with Launcing of REFINANCING NOW book | Half day |
| Open to Public-Around 50 participants up to date | Free of Charge. Light Refreshment Provided |
|
||||
Introduction
Session 1 (1245-1300)
Registration & cocktail receptions
- for Medias & Attendance
- prepare goodies bag for medias
Session 2 (1300-1310)
Introduction of Programme, Speakers & Objectives of Business Networking
Session 3 (1310-1325)
Launching of book ceremony
- MC intro speaker and Mr Kam as invited guest
- Photo and sign on the big book poster
- Acknowledgement Mr. Kam (gift), Media (gifts)
Session 4 (1325-1415)
Refinancing Now (50 min)
- Cases study and simulation
Session 5 (1415-1500)
Mr. Kam- Property Investment workshop
Session 6 (1500-1530)
Mobile Marketing
- The importance of engaging today consumers
Session 7 (1530-1550)
Tea break
Session 8 (1550-1635)
Latest Development of e-books Worldwide
Session 9 (1635-1700)
Open Discussion & Closing
Registration & cocktail receptions
- for Medias & Attendance
- prepare goodies bag for medias
Session 2 (1300-1310)
Introduction of Programme, Speakers & Objectives of Business Networking
Session 3 (1310-1325)
Launching of book ceremony
- MC intro speaker and Mr Kam as invited guest
- Photo and sign on the big book poster
- Acknowledgement Mr. Kam (gift), Media (gifts)
Session 4 (1325-1415)
Refinancing Now (50 min)
- Cases study and simulation
Session 5 (1415-1500)
Mr. Kam- Property Investment workshop
Session 6 (1500-1530)
Mobile Marketing
- The importance of engaging today consumers
Session 7 (1530-1550)
Tea break
Session 8 (1550-1635)
Latest Development of e-books Worldwide
Session 9 (1635-1700)
Open Discussion & Closing
Who are the speakers?
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 04-7-2009 (Saturday) 1300 - 1730 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Free of Charge. Light Refreshment Provided |
Course related information (FREE)
| 08-08-2009 | Engineering with Geosynthetics | 1 Day |
| BEM Approved 8 CPD Hours (Ref No: IEM09/PP/029/S) |
Normal Price RM 650.00
(If Register Online RM 500.00 Only before 27-07-2009) |
|
||||
Free RC Pad Footing Design Spreadsheet worth RM500.00
Introduction
SECTION 1: Properties, Composition and Identification of Geosynthetics and Related Materials
Historical development of geosynthetics
Understanding properties of polymers as basic constituent of geosynthetics
Types and forms for geotechnical & environmental engineering applications
Key functions of geosynthetics
Examples of applications of geosynthetics
SECTION 2: Testing and Current Test Standards
- How to correctly specify geosynthetics
- Interpretation of technical properties
Update and current test standards for geosynthetics
Understanding index testing & performance testing and their relevance to field applications
Interpretation of test results
Development of Malaysian test Standards
Design by functional engineering properties approach
Understanding properties of geosynthetics prevailing to applications problems and common errors
Workshop exercise on writing specification
SECTION 3: Designing with Geosynthetic for Soft Soil Stabilization
Understanding geosynthetic design as separator and properties required for design
Design procedure to current practice & method statement for installation
Case histories failure and success and why?
Specification and relevance of properties
SECTION 4: Embankments on Poor Foundations
Understanding geosynthetic functions for high embankments constructed over soft foundations and methods of stabilization including piled embankments
Design exercise as per current practice with reference to instrumented embankment behaviour
Method statement for construction with case histories
SECTION 5: Vertical Walls and Steep Slopes
Principle of geosynthetic reinforced soil structures
Critical testing regime and parameters for design
Understanding current design codes, BS, FHWA, RTA etc.
Design and specification exercise
Method statement for construction and site supervisions
SECTION 6: Other Application of Geosynthetics
- Designing Geosynthetics for Landfills
Terminologies and types of landfills
Basic components of landfill design
Case histories
- Designing with Geosynthetic Filter
Principle of geosynthetic filtration theory (technological development)
Design considerations and applications
Construction method in shallow and deep water application and field tests
SECTION 7: Other Application of Geosynthetics
- Rehabilitation of Road Pavements with Geosynthetics
Ensuring performance of geosynthetics for road pavements case histories of success and failures through field testing
Selection of bitumens for geosynthetic applications
Site quality control and problem faced during construction
- Current Development of Geosynthetics
Soil structure monitoring
Geosynthetic systems for marine and environmental applications
Some Interesting and related or unrelated video for reference only!
Historical development of geosynthetics
Understanding properties of polymers as basic constituent of geosynthetics
Types and forms for geotechnical & environmental engineering applications
Key functions of geosynthetics
Examples of applications of geosynthetics
SECTION 2: Testing and Current Test Standards
- How to correctly specify geosynthetics
- Interpretation of technical properties
Update and current test standards for geosynthetics
Understanding index testing & performance testing and their relevance to field applications
Interpretation of test results
Development of Malaysian test Standards
Design by functional engineering properties approach
Understanding properties of geosynthetics prevailing to applications problems and common errors
Workshop exercise on writing specification
SECTION 3: Designing with Geosynthetic for Soft Soil Stabilization
Understanding geosynthetic design as separator and properties required for design
Design procedure to current practice & method statement for installation
Case histories failure and success and why?
Specification and relevance of properties
SECTION 4: Embankments on Poor Foundations
Understanding geosynthetic functions for high embankments constructed over soft foundations and methods of stabilization including piled embankments
Design exercise as per current practice with reference to instrumented embankment behaviour
Method statement for construction with case histories
SECTION 5: Vertical Walls and Steep Slopes
Principle of geosynthetic reinforced soil structures
Critical testing regime and parameters for design
Understanding current design codes, BS, FHWA, RTA etc.
Design and specification exercise
Method statement for construction and site supervisions
SECTION 6: Other Application of Geosynthetics
- Designing Geosynthetics for Landfills
Terminologies and types of landfills
Basic components of landfill design
Case histories
- Designing with Geosynthetic Filter
Principle of geosynthetic filtration theory (technological development)
Design considerations and applications
Construction method in shallow and deep water application and field tests
SECTION 7: Other Application of Geosynthetics
- Rehabilitation of Road Pavements with Geosynthetics
Ensuring performance of geosynthetics for road pavements case histories of success and failures through field testing
Selection of bitumens for geosynthetic applications
Site quality control and problem faced during construction
- Current Development of Geosynthetics
Soil structure monitoring
Geosynthetic systems for marine and environmental applications
Some Interesting and related or unrelated video for reference only!
Who are the speakers?
![]() |
|
||||||||||||
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 08-08-2009 (Saturday) 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Normal Price RM 650.00
(If Register Online RM 500.00 Only before 27-07-2009) |
Course related information (FREE)
| 15-08-2009 | Refinancing Now | Half Day |
| BEM Approved 4 CPD Hours (Ref No: IEM09/PP/032/S) |
Normal Price RM 350.00
(If Register Online RM 175.00 Only before 03-08-2009) |
|
||||
Free "Refinancing Now" Book & Refinancing Spreadsheet worth RM100.00
Introduction
SECTION 1:
What is refinancing?
How to determine the time to refinance?
The basic facts to consider when refinancing?
SECTION 2:
Types of refinancing cases study
Comparison of types of refinancing
Refinancing packages
SECTION 3:
How refinancing can save you money
How refinancing can earn you money
How refinancing can create wealth
How refinancing can create investment opportunities
SECTION 4:
Live problem solving & calculation session
(Please prepare your questions & live discuss on projector)
Some Interesting and related or unrelated video for reference only!
embed:
What is refinancing?
How to determine the time to refinance?
The basic facts to consider when refinancing?
SECTION 2:
Types of refinancing cases study
Comparison of types of refinancing
Refinancing packages
SECTION 3:
How refinancing can save you money
How refinancing can earn you money
How refinancing can create wealth
How refinancing can create investment opportunities
SECTION 4:
Live problem solving & calculation session
(Please prepare your questions & live discuss on projector)
Some Interesting and related or unrelated video for reference only!
embed:
Who are the speakers?
![]() |
|
||||||||||||
![]() |
|
||||||||||||
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 15-08-2009 (Saturday) 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Normal Price RM 350.00
(If Register Online RM 175.00 Only before 03-08-2009) |
Course related information (FREE)
| 22-08-2009 | Workshop on Bored Pile and Micropile Foundation Design | 1 Day |
| BEM Approved 8 CPD Hours (Ref No: IEM09/PP/033/W) |
Normal Price RM 650.00
(If Register Online RM 500.00 Only before 08-08-2009) |
|
||||
Free Geotechnical Pile Capacity Design Spreadsheet
Introduction
SECTION 1:
Practical Bored Pile & Micropile Foundation Design: Design concept; Guides & checklists for comprehensive design; Applications & limitations.
Guidelines for Planning, evaluation & interpretation of SI for pile foundation design.
-Checklists for what can go wrong in design & construction of pile foundation.
-Checklist for pile foundation design report preparation
Case Histories to illustrate how to design bored piles & micropiles with particular reference to estimation of axial, lateral load capacity, settlement and scheme of design validation will be illustrated and presented.
Comprehensive technical notes and slides will be illustrated and distributed to participants for reference when doing the assignment/case studies
SECTION 2: Case study 1
Project briefs related to site conditions/site contour plan, loadings and Clients requirements for a mixed commercial housing project consisting of one block of high-rise RC buildings including deep basement car park near a high slope where high retaining walls are required. The project site geology is Kenny hill formation & the site terrain is generally hilly. Site plan with necessary details will be given.
Participants are advised to bring their own Notebook/programmable calculator. Software to estimate pile axial load capacity will be given.
The participants in groups of 2 or 3 are required:
1. To plan necessary scope of SI for the project
2. SI report will be subsequently given and the participants are required to consider and select suitable pile systems and wall systems for the project. Compare the pros and cons for each feasible systems considered. Give basis of selection and justifications. Recommend the most appropriate system for implementation.
3. To design the piling system recommended including estimation of geotechnical pile axial capacity, lateral pile capacity, negative friction, settlement plus structural capacity, etc.
4. Recommendation of piling systems shall also include pile installation method and necessary precautions against possible excessive installation/driving stresses and potential pile structural integrity problems. List what can go wrong at site (based on SI report & site conditions) and necessary precautions/mitigations during the installation.
5. Propose necessary and appropriate scope of design validation and QC tests/measurements/observations/inspections to ensure the proposed pile systems recommended have adequate design details for successful implementation.
Participants will be given adequate guides and advice during the course of the workshop.
SECTION 3: Case study 2
as case study 1, but in limestone formation.
SECTION 4: Case study 3
Several maintained load test/PDA results for bored piles and micropiles will be given for the participants to evaluate, to interpret and assess/recommend whether the results are technically acceptable or otherwise.
Comments & advice for the case studies will be discussed.
Some Interesting and related or unrelated video for reference only!
Practical Bored Pile & Micropile Foundation Design: Design concept; Guides & checklists for comprehensive design; Applications & limitations.
Guidelines for Planning, evaluation & interpretation of SI for pile foundation design.
-Checklists for what can go wrong in design & construction of pile foundation.
-Checklist for pile foundation design report preparation
Case Histories to illustrate how to design bored piles & micropiles with particular reference to estimation of axial, lateral load capacity, settlement and scheme of design validation will be illustrated and presented.
Comprehensive technical notes and slides will be illustrated and distributed to participants for reference when doing the assignment/case studies
SECTION 2: Case study 1
Project briefs related to site conditions/site contour plan, loadings and Clients requirements for a mixed commercial housing project consisting of one block of high-rise RC buildings including deep basement car park near a high slope where high retaining walls are required. The project site geology is Kenny hill formation & the site terrain is generally hilly. Site plan with necessary details will be given.
Participants are advised to bring their own Notebook/programmable calculator. Software to estimate pile axial load capacity will be given.
The participants in groups of 2 or 3 are required:
1. To plan necessary scope of SI for the project
2. SI report will be subsequently given and the participants are required to consider and select suitable pile systems and wall systems for the project. Compare the pros and cons for each feasible systems considered. Give basis of selection and justifications. Recommend the most appropriate system for implementation.
3. To design the piling system recommended including estimation of geotechnical pile axial capacity, lateral pile capacity, negative friction, settlement plus structural capacity, etc.
4. Recommendation of piling systems shall also include pile installation method and necessary precautions against possible excessive installation/driving stresses and potential pile structural integrity problems. List what can go wrong at site (based on SI report & site conditions) and necessary precautions/mitigations during the installation.
5. Propose necessary and appropriate scope of design validation and QC tests/measurements/observations/inspections to ensure the proposed pile systems recommended have adequate design details for successful implementation.
Participants will be given adequate guides and advice during the course of the workshop.
SECTION 3: Case study 2
as case study 1, but in limestone formation.
SECTION 4: Case study 3
Several maintained load test/PDA results for bored piles and micropiles will be given for the participants to evaluate, to interpret and assess/recommend whether the results are technically acceptable or otherwise.
Comments & advice for the case studies will be discussed.
Some Interesting and related or unrelated video for reference only!
Who are the speakers?
![]() |
|
||||||||||||
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 22-08-2009 (Saturday) 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Normal Price RM 650.00
(If Register Online RM 500.00 Only before 08-08-2009) |
Course related information (FREE)
| 01-10-2009 | Assessment of Defects in Concrete Structures and Evaluation of Safety of Concrete Infrastructure | 3 Days |
| BEM Approved 24 CPD Hours (Ref No: IEM09/PP/030/S) |
Normal Price RM 1800.00
(If Register Online RM 1200.00 Only before 14-09-2009) |
|
||||
Free RC Staircase and RC Pad Footing Design Spreadsheet Worth RM800.00
Introduction
Day 1- 01/10/2009
SECTION 1: Building Evaluation
Inspection and evaluate the buildings
Methods of Inspection
Visual inspection criteria
Inspect the building using a new techniques
SECTION 2: Building Evaluation
Using ultrasonic and infrared for inspection.
Evaluate the building risk
Diagnoses the reason of deterioration
SECTION 3: Successful steps for repairing R.C. structure
Define the method of repair
Precaution during repair
Step by step repair procedure
SECTION 4: Successful steps for repairing R.C. structure
Corrosion and protection of steel structure in concrete
Methods of protection
Comparison between different type of protection.
Day 2- 02/10/2009
SECTION 5: Properties of protective coating
Evaluate the current protective coating
Types of protective coating
Properties of each type
Precautions in using the coating
SECTION 6: Properties of protective coating
Types of cracks in R. C. structures
Comparison between different cracks
Reasons for each type
Methods of repair and prevent for each type.
SECTION 7: Methods of repair the cracked structure Corrosion
Materials using to repair corroded structure
Methods of repair
Using polymer bonding materials
SECTION 8: Successful steps for repairing R.C. structure
Types of polymer
Properties of these materials
Day 3- 03/10/2009
SECTION 9: Maintenance strategy
Likelihood of building failure
Define consequences of failure
SECTION 10: Maintenance strategy
Provide risk matrix
Risk based inspection (RBI)
SECTION 11: Maintenance strategy
Maintenance plan and strategy
Maintenance plan based economic cost
SECTION 12: Maintenance strategy
Preparing priority lists
Software for maintenance strategy
Some Interesting and related or unrelated video for reference only!
SECTION 1: Building Evaluation
Inspection and evaluate the buildings
Methods of Inspection
Visual inspection criteria
Inspect the building using a new techniques
SECTION 2: Building Evaluation
Using ultrasonic and infrared for inspection.
Evaluate the building risk
Diagnoses the reason of deterioration
SECTION 3: Successful steps for repairing R.C. structure
Define the method of repair
Precaution during repair
Step by step repair procedure
SECTION 4: Successful steps for repairing R.C. structure
Corrosion and protection of steel structure in concrete
Methods of protection
Comparison between different type of protection.
Day 2- 02/10/2009
SECTION 5: Properties of protective coating
Evaluate the current protective coating
Types of protective coating
Properties of each type
Precautions in using the coating
SECTION 6: Properties of protective coating
Types of cracks in R. C. structures
Comparison between different cracks
Reasons for each type
Methods of repair and prevent for each type.
SECTION 7: Methods of repair the cracked structure Corrosion
Materials using to repair corroded structure
Methods of repair
Using polymer bonding materials
SECTION 8: Successful steps for repairing R.C. structure
Types of polymer
Properties of these materials
Day 3- 03/10/2009
SECTION 9: Maintenance strategy
Likelihood of building failure
Define consequences of failure
SECTION 10: Maintenance strategy
Provide risk matrix
Risk based inspection (RBI)
SECTION 11: Maintenance strategy
Maintenance plan and strategy
Maintenance plan based economic cost
SECTION 12: Maintenance strategy
Preparing priority lists
Software for maintenance strategy
Some Interesting and related or unrelated video for reference only!
Who are the speakers?
![]() |
|
||||||||||||
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 01-10-2009 (Thursday) : 0900 - 1700
02-10-2009 (Friday) : 0900 - 1700 03-10-2009 (Saturday) : 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Normal Price RM 1800.00
(If Register Online RM 1200.00 Only before 14-09-2009) |
Course related information (FREE)
| 10-10-2009 | Workshop on Design of Retaining Wall for Civil Engineering Projects | 1 Day |
| BEM Approved 8 CPD Hours (Ref No: IEM09/PP/034/W) |
Normal Price RM 650.00
(If Register Online RM 500.00 Only before 28-09-2009) |
|
||||
Free Geotechnical Pile Capacity Design Spreadsheet
Introduction
SECTION 1:
Types of retaining walls and their classifications; their design concept and common causes for failures.
Guidelines for Planning Scope of SI for retaining wall for Civil Engineering Projects
Interpretation of SI results and selection of parameters for design.
Guidelines for selection of suitable type of retaining wall for a project
Applications & limitations of various types of retaining walls in various conditions.
Important design validation at site for construction of retaining walls.
Important construction details and notes that must be shown on construction drawings.
Design & Construction checklists for various types of retaining walls.
Typical case histories of retaining wall failures, scope of investigation and causes of failures will be illustrated and presented.
-Comprehensive technical notes and slides will be illustrated and distributed to participants for reference when doing the assignment/case studies
SECTION 2: Case study 1
Project briefs related to site conditions/site contour plan, loadings and Clients requirements for RC retaining walls of about 2m to 5m in soft ground and near a small stream for a mixed commercial housing project
The participants in groups of 2 or 3 are required:
1. To plan necessary scope of SI for the project (numbers/types/methods of SI, their locations & necessary criteria or instruction notes to SI contractors, etc). Scope of SI shall be adequate for the designs of the retaining walls
2. Based on information given, determine the potential geotechnical design & construction problems/issues and the necessary design parameters for foundation design and wall (see site plan & project briefs)
3. SI results will be subsequently given and the participants are required to design the RC retaining wall including important construction sequence, construction controls and design validation scheme.
Participants will be given adequate guides and advice during the course of the workshop. Sample of RC wall design scope and details, etc., be given as a guide.
SECTION 3: Case study 2
as case study 1, but in rolling terrains with max required wall height of about 10m to 15m (see site plan).
SECTION 4: Case study 3
Three common case studies of retaining wall failures/defects will be presented for discussion including background information, failures/defects description, SI results, design report/calculations, construction record. The participants are required to discuss and to determine the possible causes for the failures/defects and suggest possible remedies.
Comments & advice for the case studies will be discussed.
Some Interesting and related or unrelated video for reference only!
embed:
Types of retaining walls and their classifications; their design concept and common causes for failures.
Guidelines for Planning Scope of SI for retaining wall for Civil Engineering Projects
Interpretation of SI results and selection of parameters for design.
Guidelines for selection of suitable type of retaining wall for a project
Applications & limitations of various types of retaining walls in various conditions.
Important design validation at site for construction of retaining walls.
Important construction details and notes that must be shown on construction drawings.
Design & Construction checklists for various types of retaining walls.
Typical case histories of retaining wall failures, scope of investigation and causes of failures will be illustrated and presented.
-Comprehensive technical notes and slides will be illustrated and distributed to participants for reference when doing the assignment/case studies
SECTION 2: Case study 1
Project briefs related to site conditions/site contour plan, loadings and Clients requirements for RC retaining walls of about 2m to 5m in soft ground and near a small stream for a mixed commercial housing project
The participants in groups of 2 or 3 are required:
1. To plan necessary scope of SI for the project (numbers/types/methods of SI, their locations & necessary criteria or instruction notes to SI contractors, etc). Scope of SI shall be adequate for the designs of the retaining walls
2. Based on information given, determine the potential geotechnical design & construction problems/issues and the necessary design parameters for foundation design and wall (see site plan & project briefs)
3. SI results will be subsequently given and the participants are required to design the RC retaining wall including important construction sequence, construction controls and design validation scheme.
Participants will be given adequate guides and advice during the course of the workshop. Sample of RC wall design scope and details, etc., be given as a guide.
SECTION 3: Case study 2
as case study 1, but in rolling terrains with max required wall height of about 10m to 15m (see site plan).
SECTION 4: Case study 3
Three common case studies of retaining wall failures/defects will be presented for discussion including background information, failures/defects description, SI results, design report/calculations, construction record. The participants are required to discuss and to determine the possible causes for the failures/defects and suggest possible remedies.
Comments & advice for the case studies will be discussed.
Some Interesting and related or unrelated video for reference only!
embed:
Who are the speakers?
![]() |
|
||||||||||||
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 10-10-2009 (Saturday) 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Normal Price RM 650.00
(If Register Online RM 500.00 Only before 28-09-2009) |
Course related information (FREE)
| 03-12-2009 | Advance Material For Construction, Repair And Maintenance Reinforced Concrete Structures | 3 Days |
| BEM Approved 24 CPD Hours (Ref No: IEM09/PP/031/S) |
Normal Price RM 1800.00
(If Register Online RM 1200.00 Only before 23-11-2009) |
|
||||
Free RC Staircase and RC Pad Footing Design Spreadsheet Worth RM800.00
Introduction
Day 1- 03/12/2009
SECTION 1: Introduction and Overview
Conventional Concrete Materials Limitations and Problems
High Strength Concrete and High Performance Concrete
Special Constituent materials and Admixtures
SECTION 2: High Strength Concrete: General
Importance and Economy
Durability Improvement
Structural Improvement
SECTION 3: High Strength Concrete: Materials
Slag (GGBS)
Fly Ash
Silica
SECTION 4: High Strength Concrete: Production
Batching and Mixing High Strength Concrete
Placing and Compacting High Strength Concrete
Finishing and Curing High Strength Concrete
Day 2- 04/12/2009
SECTION 5: SCC characteristics
Definition
Importance and Economy
Performance Improvement
Concerns
SECTION 6: Construction Practices for Concrete in the Gulf
Specifics of Gulf Environment
Definition of hot weather for concreting processes
Precautions for different concreting operations in the hot weather of Gulf region
SECTION 7: Standard Test Methods for Non-Conventional Concretes and Reinforcement
Standard test methods for fresh and Hardened Special concretes
Standard specifications for epoxy coated bars
Standard specifications for steel wires and strands for pre-stressed concrete
Standard test methods for properties of FRP rods
SECTION 8: Technical Specifications for Concrete and Reinforcement
Specification definition and specified qualifications
Specification types, features and format
Sample concrete and reinforcement specifications
Day 3- 05/12/2009
SECTION 9: Non-Traditional Types of Reinforcement Used in Concrete Structures
Galvanized and epoxy coated bars
Stainless steel bars
Fiber Reinforced Plastic (FRP) reinforcement for concrete
SECTION 10: Repair Materials for Concrete Structures
Required properties in repair materials
Types of repair materials
Repair methods and techniques
Sample technical specifications for repair works
SECTION 11: Latex Modified Concrete: Introduction & Materials
Background
Standard Specifications and Guides
Mix Proportioning
Mixing and Placing
Finishing and Curing
SECTION 12: Advanced Concrete Materials: Problems and Solutions
Dosage and Over Dosage
Workability
Setting and Finishing
Long Term Performance
Repair by using CFRP
SECTION 1: Introduction and Overview
Conventional Concrete Materials Limitations and Problems
High Strength Concrete and High Performance Concrete
Special Constituent materials and Admixtures
SECTION 2: High Strength Concrete: General
Importance and Economy
Durability Improvement
Structural Improvement
SECTION 3: High Strength Concrete: Materials
Slag (GGBS)
Fly Ash
Silica
SECTION 4: High Strength Concrete: Production
Batching and Mixing High Strength Concrete
Placing and Compacting High Strength Concrete
Finishing and Curing High Strength Concrete
Day 2- 04/12/2009
SECTION 5: SCC characteristics
Definition
Importance and Economy
Performance Improvement
Concerns
SECTION 6: Construction Practices for Concrete in the Gulf
Specifics of Gulf Environment
Definition of hot weather for concreting processes
Precautions for different concreting operations in the hot weather of Gulf region
SECTION 7: Standard Test Methods for Non-Conventional Concretes and Reinforcement
Standard test methods for fresh and Hardened Special concretes
Standard specifications for epoxy coated bars
Standard specifications for steel wires and strands for pre-stressed concrete
Standard test methods for properties of FRP rods
SECTION 8: Technical Specifications for Concrete and Reinforcement
Specification definition and specified qualifications
Specification types, features and format
Sample concrete and reinforcement specifications
Day 3- 05/12/2009
SECTION 9: Non-Traditional Types of Reinforcement Used in Concrete Structures
Galvanized and epoxy coated bars
Stainless steel bars
Fiber Reinforced Plastic (FRP) reinforcement for concrete
SECTION 10: Repair Materials for Concrete Structures
Required properties in repair materials
Types of repair materials
Repair methods and techniques
Sample technical specifications for repair works
SECTION 11: Latex Modified Concrete: Introduction & Materials
Background
Standard Specifications and Guides
Mix Proportioning
Mixing and Placing
Finishing and Curing
SECTION 12: Advanced Concrete Materials: Problems and Solutions
Dosage and Over Dosage
Workability
Setting and Finishing
Long Term Performance
Repair by using CFRP
Who are the speakers?
![]() |
|
||||||||||||
More speaker photo
Date, Time, Venue, and Fee
| Date and time | : | 03-12-2009 (Thursday) : 0900 - 1700
04-12-2009 (Friday) : 0900 - 1700 05-12-2009 (Saturday) : 0900 - 1700 |
| Venue | : | Seminar Hall,Ground Floor, Wisma Wawasan,
No.19-0, Jalan PJS8/12, Dataran Mentari, Bandar Sunway, 46150 Petaling Jaya, Selangor Darul Ehsan |
| Location map | : | See location map |
| Fee | : | Normal Price RM 1800.00
(If Register Online RM 1200.00 Only before 23-11-2009) |
Course related information (FREE)

































