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Our Reference:  

                                       COWAM/TEC/ONLINE_ZOOM WEBINAR/16.07.2022/05


Who Should Attend :


          REGISTERED INSPECTOR OF WORKS (BEM/LAM),

          SITE SUPERVISOR, PROJECT COORDINATOR, SITE ENGINEER,

 OR PARTICIPANT WHO INVOLVE IN CONSTRUCTION INDUSTRIES.

 

Working Background : 

CIVIL STRUCTURE, MECHANICAL, ELECTRICAL AND ARCHITECTURAL.

 

Dear All INVITATION FOR SEMINAR.


We would like to invite all participant listed as above to joint our half day Seminar “INTRODUCTION TO CONCRETE AND BUILDING FORENSIC”. The agenda information about the seminar as below:

 

Date

:

16 JUL 2022, SATURDAY.

 

Time

:

9.00 AM - 12.00 PM    

(HALF DAY MORNING SESSION).

 

Venue

:  

ONLINE - ZOOM MEETING WEBINAR.

 

Speaker 

:    

Ts MOHD SHAHRIZAN BIN ASMAWI.            HEAD OF DEPARTMENT,                      CONSTRUCTION ENGINEERING TECHNOLOGY,      BUILDING FORENSIC AND MAINTENANCE.                               

  

Organised by   :     CONSTRUCTION INSPECTOR OF WORKS ASSOCIATION MALAYSIA(COWAM). 
  
                                                    
             Participant Certificate  : WILL ISSUE BY COWAM UPON REQUEST.

            Target Participant : LIMITED TO 100 PARTICIPANTS ONLY.

            Fee Charged  :  FREE TO ATTEND/e-CERT WILL CHARGE AS BELOW UPON                 REQUEST:            

                             - RM 40.00 (ACTIVE MEMBER). 

                             - RM 80.00 (PASSIVE/NON-MEMBER).

 

     CPD Point  : BEM - 3 CPD/LAM - 1 CPD.

     Last date of registration : 08 JUL 2022,FRIDAY.

  

SPEAKER BACKGROUND.


         Technologist Mohd Shahrizan Bin Asmawi Bach. Eng. (Hons)Civil; MSc Civil Eng graduated from University Technology MARA Shah Alam in 2005 and University Tun Hussein Onn Malaysia in 2012.  He is a registered Civil Engineer and Technologist with the Board of Engineers Malaysia and registered with Board of Technology Malaysia. He has almost 17 years of experience in the building and construction technology as Engineer and Instructor.


   He served as Project Engineer and Site Engineer at Lavenda Building System Sdn Bhd and Binaan Cheras Sdn Bhd from 2005 to 2007. He is currently the Head of Department of Construction Engineering Technology (Building Forensic and Maintenance), DTF of Kolej Kemahiran Tinggi MARA Sri Gading., leading department meeting, organize and arrangement student and staff timetable, arrange development course for staff department, make sure materials for learning process is enough,   organize for purchasing equipment’s, tools and materials to fulfil curriculum needs, organize workshop and laboratory material purchasing, leading and organize department to achieved Key Performance Index (KPI), organize student attendance and achievements record and leading for department consultation works.


     During his years of service with Lavenda Building System Sdn Bhd and Binaan Cheras Sdn Bhd (2005-2007) and Kolej Kemahiran Tinggi MARA Sri Gading since 2007, he had the opportunity to undertake numerous projects related to design, construction, concrete testing, condition assessment, repair, rehabilitation, and maintenance of existing reinforced concrete structures both with the Government and the private sector. Apart from teaching, he also often receives offers from external stakeholder to carry out forensic investigation work on buildings especially those involving reinforced concrete structures.


    Technologist Mohd Shahrizan was appointed by Malaysian Board of Technology as Panel Assessor for Professional Assessment and Panel for Program Accreditation under Building and Construction cluster. As an instructor of Kolej Kemahiran Tinggi MARA Sri Gading, he often gets offers in giving talks on reinforced concrete structures and the use of Non-Destructive Test (NDT) tools for building forensic works. He has successfully applied his skills and experience in giving lecture and hands-on to students, coaching his subordinates, entrepreneurs, and individuals from different sectors of the construction industry. 


                                                                             SYNOPSIS.

                Concrete has been used widely as main material in reinforced concrete structures such as office building, domestic houses, high rise building, car park and others.  These structures, along its service period will experience wind effect, earthquake, man, and machine which can cause deterioration.  Deterioration can be in form of cracking, deflection, spalling, honeycomb, delamination, and others.

For conducting investigations there need to consider the preparation of in-situ testing must be clearly established to minimize the time, effort, and expenses. These include the choice of test method, the extent, location of the test and the way of in which the result are handled. In-situ testing of existing reinforced concrete structure is seldom cheap since complex access arrangements are often necessary, and procedures may be time-consuming.

Building inspection by visual testing is probably the most important of all non-destructive tests. It can often provide valuable information to the well-trained eye. Visual features may be related to workmanship, structural serviceability, and material deterioration and it is particularly important that the engineer is able to differentiate between the various signs of distress which may be encountered.

Quality is related to the presence of those defects and imperfections in the finished product which impair the performance level.  Many defects such as honeycomb, concrete spalling, concrete crack, deflection and concrete delamination are also generated during service.  Knowledge of these defects with a view to detect and evaluate them and then minimizing them in product is essential to achieve acceptable level of quality.  An improvement in the product quality increases its reliability and in turns the safety of the structure.  There is, therefore, a need to have methods by which the defects can be examined without affecting their performance.  In turn durability is also increasing to withstand environmental deterioration.

TENTATIVE PROGRAMME.

 Date : 16 JUL 2022, SATURDAY (09:00AM – 12:00PM). 


 

TIME

 

TOPIC

 

8.50AM – 9.00AM

Registration of Participant.

9.00AM – 9.45PM

Introduction to Forensic on Reinforced Concrete.

9.45PM – 10.45PM

Condition Assessment

10.45AM – 11.45AM

Reinforced Concrete Quality and Durability

11.45AM – 12.00PM

Q&A Session.

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