To secure a professional engineering position with a progressive, innovative company where my professional skills and experience can be utilized to their fullest
Plant Operation Good understanding of overall ethylene plant & BTX plant process and business Well comprehension in operation and control of typical unit operation especially furnace, and others such as heat exchanger, reactor, pump, compressor, and distillation column Application of basic chemical engineering knowledge such as thermodynamic, fluid mechanic, mass & heat transfer, and reaction into real plant operation troubleshooting and performance evaluation for unit operation sustainability monitoring Basic and detail design experience of process system with application of manual calculation and simulation software through debottlenecking and modification that improve plant reliability and run-length Good understanding and experienced with management of change (MOC) process and HAZOP study for plant integrity and safety Development of offline optimization model to maximize company profit margin by applying process business understanding, modeling skill and pyrolysis furnace software. Effective communication and team work skill between colleagues and external staff resulted in shorter project schedule and cost reduction Experienced with commissioning of new equipment and system and good understanding of ethylene plant start-up and shutdown process Familiarization and hands on skill on reactor catalyst replacement and equipment inspection after two times of extensively plant turnaround participation Understanding of advanced process control concept and its application in ethylene plant
Engineering Design Process modeling and simulation Equipment sizing and design Instrument sizing and design Line sizing and flare network sizing Preparation of PFDs, UFDs, P&IDs and Cause & effect matrix Preparation of functional specification for vendor package Pre-commissioning, commissioning & start-up Design codes & standard familiarity: o API 520, 521, 14E o SHELL DEP o PTS
Process Simulation HYSYS Flarenet
Safety HAZOP study SIL study
2000-2004 Chemical Engineering, University of Malaya CGPA=3.73 (Listed on the Deans List for three times)
CAREER SUMMARY My career started as a process engineer at Technical Department in Petrochemical Plant (Ethylene). Through troubleshooting process and project involvement, I had developed knowledge and understanding of various unit operation in terms of design and operation. I also developed design engineering skills and commissioning experience beneficial from implemented modification project on existing plant. Apart from that, I was area engineer for cracking furnace (critical process system) where I responsible to optimize overall plant production economic and provide solution for equipment performance sustainability and improvement.
Three years later, I changed my working environment from plant to engineering office where I work as process engineer in Process Department of Oil & Gas Engineering Company. My main responsibility is to perform process engineering design work and prepare various deliverables for plant design projects mainly oil & gas, refinery, and petrochemical industry. Through various projects involvement which characteristically differ from proposal, basic engineering design, front-end engineering design to detail engineering design, I had gained various experience include process modeling and simulation, equipment sizing, instrument sizing, engineering drawing preparation, operating manual and various report preparation.