Engineering Power Plant

Taylor James Stenehjem

Gilroy, CA ***** 1-408-***-**** **********@*****.***

Education

University of California, Riverside, Riverside, CA Jan. 2017 - June 2017

M.S. CHEMICAL & ENVIRONMENTAL ENGINEERING

GPA: 3.82

Coursework: Advanced Air Pollution Control & Engineering, Biological Unit Processes, Advanced Kinetics & Reaction Engineering, Transport Phenomena, Advanced Engineering Computation, Advanced Chemical Engineering Thermodynamics

B.S. ENVIRONMENTAL ENGINEERING Aug. 2012 – Dec. 2016

GPA: 3.54

Coursework: Chemical Process Design I&II, Kinetics, Engineering Modeling & Analysis, Fate & Transport of Environmental Contaminants, Separation Processes, Soil Science, Unit Operations and Processes, Fundamentals of Air Pollution Engineering, Analytical Methods for Chemical & Environmental Engineers, Mass Transfer, Heat Transfer, Water Quality Engineering, Water Quality Systems Design, Chemistry of Materials, Thermodynamics I&II

Laboratory Classes: Environmental Engineering Lab I&II, Chemical & Environmental Engineering lab, Soil Science Lab, Analytical Methods Lab, Organic Chemistry I&II, Physics I,II,&III, General Chemistry I,II,&III

Honors: Graduated with Honors (cum laude), made Dean’s List seven times, and Chancellor’s Honors List twice

Work Experience

Center for Environmental Research & Technology, Riverside, CA Feb. 2014 – Dec. 2014

Undergraduate Researcher

Maintained and fulfilled the lab’s safety requirements by implementing a chemical inventory, MSDS binder, and SOPs

Repaired, calibrated, and updated lab instruments while conducting research on secondary organic aerosols impact as cloud condensation nuclei

Academic Projects

Fall 2016: Advanced Engineering Computation: Coded on Matlab a Monte Carlo simulation of year round air pollution impacts from a coal power plant in Bakersfield, CA using Gaussian plume dispersion modeling and ambient weather data on solar radiance, wind speed, direction, and time of year

Winter 2016 – Spring 2016 Senior Design Project: Group project to create and compare multiple Ethylene production plant designs with different synthesis methods. Software simulated a designed pyrolysis reactor, distillation columns, heat exchangers, pipes, pumps, and storage tanks.

Fall 2015: Unit Operations and Processes: Designed an air stripping column for volatile organic compounds in a wastewater treatment process with a membrane recycled air flow.

Spring 2015: Water Quality Systems Design: Estimated water demand and sewage production from a zoning map of Roseville, CA, and designed the distribution system, collection system, culverts, and weirs to county standards

Experience

3-Sixty Manufacturing March 2018 - present

Constructing electrical cabinets from electrical diagrams.

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