OBJECTIVE
To obtain a junior engineer position utilizing my experience and fundamental knowledge in chemical and environmental engineering.
SKILLS & QUALIFICATIONS
• Software: ASPEN/HYSYS, MatLab, ArcGIS, AutoCAD, SAS, GPS-X, Origin, MS Office.
• Knowledgeable in Chemical Engineering: Heat and mass balance/transfer, unit operations, chemical process, chemical reaction engineering, mathematical modeling. In Environmental Engineering: Sanitary engineering, water quality analysis and simulation, statistical techniques.
• Experience in technical writing (reports, journals) and giving oral presentations.
• Quick learner, work well in a team environment with strong communication skills.
CERTIFICATION
Fundamentals of Engineering – Chemical (EIT) October 2012
EDUCATION
• Master of Science in Civil and Environmental Engineering May 2013
Louisiana State University (LSU), Baton Rouge, LA
Thesis topic: Investigation of optimum conditions to achieve maximum growth rate and productivity of a microalgae strain for energy (biodiesel) and biotechnology applications.
Cumulative GPA: 3.83 out of 4.00
• Bachelor of Science in Chemical Engineering November 2008
Gadjah Mada University (GMU), Yogyakarta, Indonesia
Final project topic: Process engineering of a UF6 (nuclear fuel) plant. Included P&ID, mass and heat balance calculations, economic analysis and radioactive waste disposal.
Cumulative GPA: 3.54 out of 4.00
RELEVANT WORK EXPERIENCE
Research Assistant (related to thesis), Louisiana State University Aug 2009 – Dec 2012
• Improved the yield and process sustainability of a 4,500 L continuous reactor system that produces valuable algae biomass by process modification.
• Modified the existing RUGID process control system that let the continuous reactor system to run automatically.
• Utilized SAS program for statistical analysis calculations to determine the optimum algae cultivation condition that yields maximum biomass for biodiesel and biotechnology applications.
• Proposed and investigated the utilization of wastewater effluent for algae cultivation, which could reduce energy and cost of wastewater remediation.
• Performed various sampling and data analysis according to standard methods/protocols.
Teaching Assistant, Louisiana State University
Jan 2013 – June 2013
• Designed and computed with MatLab a curve fitting program for biochemical oxygen demand (BOD5) of water/wastewater treatment research data analysis.
• Assisted professor for the following classes: Environmental Transport Process (senior level) and Operation and Processes in Sanitary Engineering (graduate level). Included giving a presentation in class.
Intern, Pupuk Sriwidjaja (Urea Production Plant) - Indonesia Feb 2008 – Mar 2008
• Designed a simulation program using ASPEN software that predicts the High/Low Temperature Shift Converter (CO(g) to CO2(g) conversion) output.
• Composed...
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