5740 Gulfton St
Houston, TX 77081
(409) 225-8133
SUMMARY
•Seeking for challenging full time position in Chemical Engineering field where I can contribute significantly to the company’s efforts and further enhance my knowledge and skills
•Two years of professional experience as a Process Engineer
•Adequate understanding of P&ID, PFD, Material & Energy balances
•Hands on experience in Aspen Plus, HYSYS, WinSim and COMSIGN
•Sound knowledge in unit operations like Distillation and Heat exchangers and efficient in design
•Familiar with Codes & Standards used in Manufacturing and Oil & gas Industry
•Self-motivated, Goal oriented, Good Communication skills and Excellent work ethics
TECHNICAL PROFILE
Tools: Aspen Plus, Aspen Dynamics, Pro-II, HYSYS, Polymath, MATLAB, PipeDrop, FE-Sizer, COMSIGN, WinSim
Operating System: Windows XP, Vista, 7, 8, MS-DOS
Languages/software: MS Word, MS Excel, MS Outlook and MS Power Point, Visio, C, C++, Pascal, PL/SQL
EDUCATION
DAN F. SMITH DEPARTMENT OF CHEMICAL ENGINEERING, LAMAR UNIVERSITY (Jan ‘11 – May ‘12) Beaumont, TX
Master of Engineering in Chemical Engineering (May ‘12) GPA 3.75/4.00
Advisor: Dr. Rafael Tadmor
DAN F. SMITH DEPARTMENT OF CHEMICAL ENGINEERING, LAMAR UNIVERSITY (Jan ‘07 - Dec ‘09) Beaumont, TX
Bachelor of Science in Chemical Engineering (Dec ‘09) GPA 3.50/4.00
RELEVANT COURSEWORK
Masters: Thermo Process Industry, Distillation, Advanced Process Simulation, Advanced Mathematics, Reactor Design, Renewable Energy, Air Pollution, Thermo Process Industry, Real Time Optimization
Bachelors: Process Analysis, Thermodynamics, Heat Transfer, Momentum Transfer, Mass Transfer, Kinetics, Organic Chemistry, Polymer Physics, Plant Design, Advanced Analysis, Process Control, Unit Operation
WORK EXPERIENCE
EN-FAB, INC. FEB‘13– SEP‘15
PROCESS ENGINEER Houston, TX
•Generating basic engineering design, PFD’s and P & ID’s, material and energy balance calculations.
•Identifying essential equipment not captured in the project by reviewing the equipment list, PFD’s and P&ID’s.
•Performing line sizing for single-phase or mixed-phase fluids, hydraulic calculations such as total differential head for pumps, pressure losses across the nozzles and fittings.
•Simulation of TEG dehydration unit using HYSYS, WinSim and KG tower software.
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