Project Engineer

To have a challenging position in various type of field that related with mechanical engineering where all major principles and my specialized interested areas of application to the variety of industry.

1) MHPT Engineering Sdn Bhd - May 17th 2010 ~ current
(Associates of HITACHI PLANT TECHNOLOGIES LTD.)
Assistant Engineer
Project Involved
1. AUO SUNPOWER SDN BHD, Melaka.
Job Scope:
• Coordinate and supervise equipment installation of Make Up Air Unit (MAU), Recirculation Air Handler (RAH), Fan Coil Unit (FCU), Air Handling Unit (AHU) and Fan Filter Unit (FFU).
• Observe and witness the installation of scrubber equipment inclusive fiber reinforced plastic (FRP) ducting.
• Supervise, monitoring and coordinate the installation of Galvanize Iron (G.I) duct for air conditioning system.
• Leading construction team for the rectification of fire damper installation to fulfill the local authority’s requirement accordance to the standard by Sheet Metal and Air Conditioning Contractor (SMACNA).
• Involve in QA/QC department with inspection such as welding, hydrotest, system accomplishment book (SAB) and etc.
• Knowledge in P&ID drawings, isometric drawings of piping, M&E etc., Single Line Drawings of electrical, controls and instrumentation, site management and project management.
• Involved with Pre-Commissioning and Commissioning of the HVAC system.
• Involved in meetings with Construction Management Team (CMT) and consultant to coordinate with other subcontractor and evaluate work progress.
• Involve in maintenance work during Defect Liability Period (DLP) for 1 years.
• Understanding of contracts and ensure works in accordance to contract specifications and as per schedule.
• Assist Engineer in their duty & carry out as per engineer instructions.

Highest Qualification
2006 ~ 2010 : Universiti Science Malaysia, Malaysia
B.Eng. (Hons) in Mechanical Engineering.
• CGPA : 2.61
• Final Year Project – Effusion Film Cooling : Investigation into velocity profiles of gas turbine combustor liner.
- This project is to investigate on how orientation angle, inclination angle and diameter of the effusion cooling hole will affect to the combustor liner wall of a gas turbine.
- 3D Modelling by using software name as Fluent and Gambit used to investigate the flow inside the combustor liner of the gas turbine.
• Major subject taken – Heat Transfer, Energy Conversion System, Internal Combustion Engine, Refrigeration and Air Conditioning, Automatic Control.