kevinhegeneralresume2016

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Kevin He Aliso Viejo, CA 92656; email: [email protected]; cell: (949)3818945 Objective To seek an entry level position in industries using my knowledge and skills in Chemical Engineering and Material Science Education University of California Irvine, Irvine, CA, Bachelor of Science, Chemical Engineering (GPA: 3.17) June 2014 Minor of Science, Material Science Engineering Main Coursework Chem. Eng: Chemical Engineering Design, Thermodynamics, Heat/Mass/Momentum Transfer, Chemical Process Control, Reaction Kinetics, Separation Processes, MATLAB programing, Chemical Processing and Energy/Material Balances Material Sci/Eng: Principles of Material Science, Mechanical Behavior/Design Principles, Design Failure Investigation, Polymer Science and Engineering Chemistry/Bio Eng : General Chemistry, Organic Chemistry, Diffusion and Phase Transformations, Introduction to Biochemical Engineering, Cell Molecular Engineering, Organ Transport Systems Summary of Skills Plant/Process design using Pro II simulation software. Design failure analysis of the root cause of manufacturing materials including various grades of steel, rubber, and glass Chemistry lab techniques: gas chromatography, recrystallization, IR spectroscopy, titration, etc. and general lab equipment use and maintenance (e.g. scales, incubators, microscopes, Bunsen burners, centrifuges, etc.). Chemical engineering lab techniques: distillation columns, heat exchangers, aerator, gas absorption column, air, carbon dioxide, and eletrical reactivity, vibrational bulk density, attriability, and malvern particle size analysis. Calibration of air and carbon dioxide tester. Technical writing of SOP’s and presentation. Microsoft Office, Word, Excel, and PowerPoint. Practical Experience BP Coke Engineering Lab Technician 08/2015present Preparation of calcined and green coke samples for testing using rifflers, crushers, and shakers per ASTM protocols. Test coke samples for vibrated bulk density, grain stability, air, carbon dioxide, and electrical reactivity Analyzed coke particle size using Malvern Instruments and methodology to determine viability as an anode. Maintenance and cleaning of spinning riffler, jaw crusher, roll crusher, and RoTap sieve shaker. Wrote an SOP for the Malvern test for grain size and updated existing SOP’s for the riffler and roll crusher. Performed a safety analysis on fume hood, heating oven, and HGI grinder with lab team to update safety protocols. University of California, Irvine Chemical Engineering Design Project 01/2014 06/2014 Utilized the engineering modeling software Pro II to create engineering designs Design input/output analysis, cost analysis, safety analysis, equipment selections (e.g. distiller, flash drums, heat exchangers, and pipe networks) Used chemical engineering principles (e.g. thermodynamics, mass and energy balance, process control, etc.) to create a PFD (Plug Flow Diagram), P&ID (Piping and Instrumentation Diagram), and HAZOP (Hazard and Operability Study) for a geothermal power plant component while communicating details to other teams for their components. Calculated theoretical/expected values at each component for troubleshooting purposes and predicting cost for desired product specifications. Thrombosis Dissolution System Engineer, Prof. James Earthman 06/2012 06/2013 Designed medical device treatment system for ringer solution using alternating magnetic fields to create nanobubbles for thrombus dissolution (Treatment to blood vessel to avoid blood clots) Page 1 of 2

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Page 1: KevinHeGeneralResume2016

Kevin He Aliso Viejo, CA 92656; email: [email protected]; cell: (949)­381­8945 

 Objective  To seek an entry level position in industries using my knowledge and skills in Chemical Engineering and Material Science 

Education  University of California Irvine, Irvine, CA, Bachelor of Science, Chemical Engineering (GPA: 3.17) ­ June 2014 Minor of Science, Material Science Engineering   

 Main Coursework  Chem. Eng: Chemical Engineering Design, Thermodynamics, Heat/Mass/Momentum Transfer, Chemical Process Control, Reaction Kinetics, Separation Processes, MATLAB programing, Chemical Processing and Energy/Material Balances  Material Sci/Eng: Principles of Material Science, Mechanical Behavior/Design Principles, Design Failure Investigation, Polymer Science and Engineering Chemistry/Bio Eng:  General Chemistry, Organic Chemistry, Diffusion and Phase Transformations, Introduction to Biochemical Engineering, Cell Molecular Engineering, Organ Transport Systems  Summary of Skills  ● Plant/Process design using Pro II simulation software. ● Design failure analysis of the root cause of manufacturing materials including various grades of steel, rubber, and glass ● Chemistry lab techniques: gas chromatography, recrystallization, IR spectroscopy, titration, etc. and general lab equipment use and 

maintenance (e.g. scales, incubators, microscopes, Bunsen burners, centrifuges, etc.). ● Chemical engineering lab techniques: distillation columns, heat exchangers, aerator, gas absorption column, air, carbon dioxide, 

and eletrical reactivity, vibrational bulk density, attriability, and malvern particle size analysis. ● Calibration of air and carbon dioxide tester. ● Technical writing of SOP’s and presentation. ● Microsoft Office, Word, Excel, and PowerPoint. 

    Practical Experience  BP Coke Engineering Lab Technician 08/2015­present ● Preparation of calcined and green coke samples for testing using rifflers, crushers, and shakers per ASTM protocols. ● Test coke samples for vibrated bulk density, grain stability, air, carbon dioxide, and electrical reactivity  ● Analyzed coke particle size using Malvern Instruments and methodology to determine viability as an anode. ● Maintenance and cleaning of spinning riffler, jaw crusher, roll crusher, and Ro­Tap sieve shaker. ● Wrote an SOP for the Malvern test for grain size and updated existing SOP’s for the riffler and roll crusher. ● Performed a safety analysis on fume hood, heating oven, and HGI grinder with lab team to update safety protocols.      University of California, Irvine Chemical Engineering Design Project 01/2014 ­06/2014 ● Utilized the engineering modeling software Pro II to create engineering designs ● Design input/output analysis, cost analysis, safety analysis, equipment selections (e.g. distiller, flash drums, heat exchangers, and 

pipe networks) ● Used chemical engineering principles (e.g. thermodynamics, mass and energy balance, process control, etc.) to create a PFD (Plug 

Flow Diagram), P&ID (Piping and Instrumentation Diagram), and HAZOP (Hazard and Operability Study) for a geothermal power plant component while communicating details to other teams for their components. 

● Calculated theoretical/expected values at each component for troubleshooting purposes and predicting cost for desired product specifications.  

Thrombosis Dissolution System Engineer, Prof. James Earthman 06/2012 ­ 06/2013 ● Designed medical device treatment system for ringer solution using alternating magnetic fields to create nanobubbles for thrombus 

dissolution (Treatment to blood vessel to avoid blood clots) 

Page 1 of 2 

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Kevin He Aliso Viejo, CA 92656; email: [email protected]; cell: (949)­381­8945 

● Developed and refined experiment procedure for the administration of treated solution to thrombus samples while simulating human body temperature in isotonic conditions. 

● Analyzed data on thrombosis dissolution under different treatment times, incubation times, and thrombus masses to identify extraneous variables and plotted percent dissolution against initial thrombus size to conclude that treatment would be effective on clots greater than 0.06 grams. 

Presentation  ● Kevin He, Max Mao, James Earthman  “The Effects of Alternating Magnetic Fields on Thrombus”,  2013 UCI Undergraduate 

Research Symposium  Hobbies  ● Sports (Soccer & Badminton) ● Historical European Martial Arts  ● Obscure board games (Catan)   

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