MUHAMMAD NAZIF BIN JAAFAR A11KE0108

                Assalamualaikum and salam sejahtera. Well, my name is Muhammad Nazif Bin Jaafar.

                Now i'm the 1st year student of Electricall Engineering

Thanks for viewing my profile. Hope you enjoy reading my materials.

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Okay..c ya~ 

Hello all... 

 I just wanna learn how to use the e-portfolio that have been introduced to us. This stuff been introduce to utm student since 2005. Honestly i dont alert about the facilities that have been alredy given...
 

 So..today is the 1st day i enter the Projek Pembangunan Modul Sistem E-Profolio . I think i had learned so many new thing in this class, and from now on I know the important of e-Protfolio to us..that all for today..tata....salam

Study visit framework and main objectives

           This study tour was held in the framework of the subject "Introduction To Electrical Engineering" (SKEE1012-02), that is currently learn in this semester 1. In this subject, we learned all about  electrical engineering.

           We have been taken to visit one of the electric power generating station that using  coal as an essential ingredient to the production of electrical energy that Tanjung Bin power plant. This station is a major contributor to the existing electricity resources in Malaysia now. Power stations located in Pontian, Johor has already become the largest power station in south east asia.

          The objective of the Industrial Visit is to help students gain first hand information regarding functioning of the Industry which presents the students with opportunities to plan, organize and engage in active learning experiences both inside and outside the classroom.

 Experiences : 

           In this industrial visit, i had learn more than what i expected before. The detailed investigations carried out on Tanjung Bin coal ash show that fly ash and bottom ash has good potential for use in construction industry, especially for geotechnical applications.

           Its low specific gravity, freely draining nature, ease of compaction, good frictional properties, high shear strength and low compressibility can be gainfully exploited in the construction of embankments, roads, reclamation and fill behind retaining structures.