DANH THANH NGUYEN

***** ********** ***** **********, ** 80023 303-***-**** acqt93@r.postjobfree.com

Chemical Engineering Graduate Pursuing Process Engineering Position

Quality-driven, efficient individual with multiple skills, training and education necessary to complete a wide range of manufacturing and process engineering projects while maintaining the utmost attention to quality, safety-consciousness and detail-orientation. Proficient in technical troubleshooting, analytical problem solving and process improvement. Excel in client communication, chemical engineering and process modeling / simulation. Fluent in English and Vietnamese; proficient in French. Additional skills, abilities and proficiencies include:

Process Engineering & Testing

Oil & Gas Industry Knowledge

Granular Flow Engineering

Manufacturing Processes

System Designing

Fluid Mechanics

Separation Processes

GNU Fortran

MS Excel VBA

MATLAB

Mathematica

Aspen HYSYS

Aspen Plus

COMSOL

Polymath

Multicultural Skills

Quick Learning Skills

Education, Projects & Affiliations

University of Colorado at Boulder, Boulder, CO

Bachelor of Science: Chemical Engineering – GPA 3.62 – (May 2015)

Academic Projects:

Collaborated with a team in designing an experimental mobile process which converted natural gas to synthetic crude oil – utilizing a wide range of industrial software including Aspen Hysys and Aspen Plus. This 200-page new concept project targeted utilizing unused natural gas which was vented and burned during the oil extraction process.

Prepared and delivered presentations while utilizing an in-depth understanding in MFiX (Multiphase Flow Simulation Program).

Affiliations: AiChe (American Institute of Chemical Engineers); Tau Beta Pi (Engineering Honor Society): Aided in event coordination and people support. VSA (Vietnamese Student Association): Collaborated with numerous organizations to more effectively promote cultural diversity campus-wide.

Engineering Job Summary

Hrenya Group, University of Colorado at Boulder Boulder, CO

Research Assistant Jun 2013 – Jan 2014

Skillfully performed simulations, analyzed results and input data to accurately test various flow conditions and determine clustering instabilities and rapid granular flow for packed bed applications.

Utilized research findings to contrive and engineer novel methods to improve industrial applications for granular flows using decreased computer power while still ensuring accuracy and key results.

Authored in-depth reports, data packets and presentations of research discoveries.

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