1. Achieved an average distinction grade
2. Top student for two subjects (Web Development I and II)

1. Achieved an average credit grade

1. Achieved an average credit grade

1. Achieved average of Distinction (Pangkat 1) grade

1. An active member of School Magazine Publishing Club which co-ordinates the school activities, curricular activities and so forth
2. An active member of Librarian Club and responsible for managing all relevant book borrowing issues.

1. In-charge of any hardware or software technical troubleshooting
2. Design and develop new applications to co-exist with existing system(s) or to add more functionality to it.
3. Periodic maintenance on existing system

Team size : 1
Role : Lead Programmer
Tools : J2ME, Nokia J2ME Emulator, Motorola J2ME Emulator, Java J2ME Wireless Toolkit 2.2
Description :
A J2ME based application that consists of company core business logic; SMS based transaction. The main objective of this project is to make the transition of encasing all the company core business logic into a single application. At the same time, create a more user friendly way for client to input and send SMS transaction(s).

Team size : 1
Role : Lead Programmer
Tools : J2ME, Linux, C, Java Comm API, JSP, Servlet, Apache Tomcat, MySQL, GSM Modem
Description :
This project uses SMS technology as the main medium. Instead of the usual way of doing transaction(s) (e.g. go to counter and pay bills), user only needs to send some SMS command to company's server and it will do the rest from there. This saves time and money.
Design the program from scratch until now, which is in prototype stage. It's made-up of four different but closely related applications (2 J2ME applications, 1 mobile POS and the server itself).

Team size : 2
Role : Programmer
Tools : JSP, MySQL, Apache Tomcat, Javascript
Description :
A web based application that uses JSP and MySQL to monitor the “stock flow” for the company. Equipped with necessary purchasing, delivery, sales, inventory plus other reporting tools.

Team size : 2
Role : Programmer
Tools : JSP, MySQL, Apache Tomcat, SOAP Protocol
Description :
Responsible for creating the backbone communication from company's server to the telecommunication operators to exchange data via web services. In addition, creating the front-end part of the system plus the business logic.
This system is basically a multimedia based SMS application because of its ability to send operator logos, English or Chinese SMS, ring tones and wallpapers.

Team size : 1
Role : Lead Programmer
Tools : JSP, MySQL, Apache Tomcat
Description :
Both are add-on functionalities to the existing system for capturing users' opinion about the system or for other purposes.

Team size : 2 (including 1 graphic designer)
Role : Lead Programmer
Tools : JSP, Servlet, MySQL, Apache Tomcat, JavaScript
Description :
Objective is to develop a completely new web application that is more user friendly than the previous version (from static pages to dynamic pages). It consists of both front and back-end systems, in which, the back-end system is geared mostly towards administration purposes to control the front-end part of the whole application. Special modules include page access authorization module, image upload module and so on.

Team size : 2 (including 1 graphic designer)
Role : Lead Programmer
Tools : JSP, Servlet, MySQL, Apache Tomcat, JavaScript
Description :
Objective is to create a completely private and “agent's only” forum. In addition, it only operates from specific date and time. This governs the agent's accessibility on what he or she can perform at that specific time. To create a completely private forum, agent's login information will be passed to another server at different location for verification.

Team size : 20+
Role : Programmer
Tools : JSP, Serlvet, JavaScript, EJB 2.0, JTA, IBM Websphere ,Db2
Description :
For this massive project, each team is given multiple modules to complete. We are in-charge of “Package Policy” and “Package Policy Endorsement'. As the name says, it's a combination of multiple smaller modules summed up together into a package. The technical complexity of these modules is quite difficult to describe. Some of them are:
1.How to make sure each child module does not overlap each other in terms of calculation, data mining, data mapping and so on
2.How to make sure if the parent module changes data, the rest of the child will able to retrieve the latest data from the parent and perform related calculation accordingly without even accessing the child module
3.How do you keep track of the changes done by each child module (undo function) and so on.

Other modules involved include:

1.Re-insurance module
2.Claims module
3.Quotation module
4.Miscellaneous and Personal Accident module

1. Rearchitecture the entire front-end system based on a new MVC Framework as the core with a new javascript UI.
2. Design,develop,test and maintain exisiting system.

Team size : 3
Role : Lead Programmer
Tools : JSP, Serlvet, Eclipse, Netbean, Struts2 + Ajax (Framework), DisplayTag, JasperReport,MySQL,JFreeCharts
Description :
I was mainly put in-charge of creating the new front-end system using the latest MVC architecture called Struts2, as well as supervise 2 junior programmers. In addition, to spice up the front UI, we incorporated a JavaScript UI Framework called Windows Prototype.Almost98% of the web pages are Ajax-enabled to ensure the maximum user experience.My job scope includes :

1. Audit Trails (Keep track the user movements)
2. User Administration
3. Real-Time Automated/Manual Report Generation
4. Asset Discovery (Tracking devices info in multiple subnet(s))
5. Device Managements
6. IP Classifications
7. and many more

2.Log Radar (Backend Modules) July 2008 - Present

Team size : 4
Role : Programmer
Tools : JSP, Serlvet, Eclipse, Netbean, Struts2 + Ajax (Framework),JasperReport,MySQL, Regular Expression,JFreeCharts
Description :
My job scope includes :
1. Reponsible for creating any new device parser using Regular Expression.
2. Overhaul/Re-engineer the entire reporting system to support a much larger datasets. (2GB+ and above)
3. Seek out ways to enhance the performance of each module and detect memory leaks.
4. Design one utility module to save incoming rawlogs from multiple devices and perform automated zipping, encryption and hashing functions.