Wastewater Treatment Chemical Engineering
Resume:
Long Beach, CA
Graduated Cum Laude
Long Beach, CA
Oct 2019 – Dec 2020
Corona & Perris, CA
May 2017 – Dec 2017
Menifee, CA
Apr 2016 – Aug 2016
Jeremy C Detera
********@*****.*** 562-***-**** 3255 North Los Coyotes Diagonal, Long Beach, CA 90808 EDUCATION
California State University Long Beach
• Bachelor of Science in Chemical Engineering
• Member of AIChE and ISA
SKILLS/INVOLVEMENT
• Skills: MS Office (Word, Excel, PowerPoint, etc.), basic MATLAB, basic Simulink, basic C++, Pro/II Process Engineering, COMSOL Multiphysics, GPS-X Dynamic Wastewater Treatment Design and Simulation, Capdetworks Wastewater Preliminary Design and Costing, basic SOLIDWORKS, Remote Communications
(Zoom, Skype, etc.)
• Coursework: Chemical Engineering Design, Process Control, Heat and Mass Transfer, Reactor Kinetics, Fluids, Separations, Thermodynamics, Statics, Environmental Pollution, Environmental Compliance
• Involvement: Undergraduate Research, Volunteer Church Musician PROJECTS
Dynamic Droplet Impact Research
• Designed experiment to explore anti-icing and dewetting of surfaces
• Developed smooth experimental relation between superheat and icing surface conditions of various substrates in varying ambient humidity levels through observations of droplet size, contact angle, spreading, recoil, satellite droplet formation, and transition to equilibrium state Advanced Wastewater Treatment Research & Design
• Designed wastewater treatment process for potable water reuse
• Sized and costed a hypothetical tertiary phase process treatment for an existing treatment process: Microfiltration, Reverse Osmosis, & UV-Oz
Heat Exchanger Design
• Designed crossflow heat exchanger with given size, material, and budget limitations. Utilized MATLAB to maximize heat exchange and minimize cost
Pyrolysis of Plastics to Fuel Research
• Researched “thermal-cracking” of plastics in low oxygen system to produce Diesel, Kerosene, Gasoline, & Syngas
Conducted Laboratory Experiments
• Studied operational conditions & requirements of a fluidized bed
• Determined viscosity of various liquids using a rheometer
• Determined conductive heat transfer coefficient of metals
• Determined convective heat transfer coefficient in a duct
• Tracked hydrolysis reaction in a CSTR via conductivity of mixture. Repeated at different temperature to conduct Arrhenius analysis and found optimum operational temperature for maximum conversion
• Determined heat exchanged in shell & tube counterflow heat exchanger WORK HISTORY
Multiphase Flow Lab
Undergraduate Student Researcher
• Directly recruited by professor for good mathematic skills and consistency, researched droplet dynamics under instructor guidance. Designed, constructed, and conducted hydrophobicity experiment for publication Chipotle
Cashier
Powerhouse Gym
Personal Trainer
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