1. Patrick M. Kehn Jr.
Patkehn@gmail.com | 9 Willard Pl. Morristown, NJ 07960 | (440)759-1669
OBJECTIVE
Seeking a full time position to apply my chemical engineering degree and data analysis experience to have a job
focused as a process, project or quality engineer; Open to relocation.
EDUCATION
The Ohio State University, Columbus, OH
B.S. Chemical Engineering, Graduated: May 2015 with Magna Cum Laude Honors
Overall GPA (4.00 scale): 3.68 Major GPA (4.00 scale): 3.76
WORK EXPERIENCE
Cognizant Technologies; Teaneck,NJ
Engineering and Manufacturing Solution Analyst (August 2015-Present)
 Consulting for a Pfizer Inc.,a global fortune 500 pharmaceutical company.
 Redesigned a 3-month long training program for a data mining program; I reduced total training time,
improved clarity, updated and created new material, implemented and improved documentation methods.
 Team leader to create configurations to map experimental data and create statistical analyses.
 Redesigned the current data mining configurations to add functionality and improve performance.
 Strong written communication for the documentation of Standard Operating Procedures and RSVs.
 Gather and implement business requirements for a Big Data statistical program.
 Trained on use cases; scrum and waterfall project management; six sigma yellow belt
INTERNSHIP EXPERIENCE
Adsorption Research Inc.; Dublin, OH
Lab Technician (October 2013 – December 2014)
 Designed a piping and instrumentation diagram and operated for an adsorption purification column.
 Researched variable changes (temp, pressure,volume) for adsorption properties of used vs. new adsorbent
and created a statistical analysis of the results to report to my supervisor.
 Involved in the development of a Pilot Plant that purified gas from a landfill to methane.
 Experience working with iFix, Historian, PLCs,PID Controllers, and Mass Spectrometers.
ACADEMICENGINEERING PROJECTS
Landfill Gas Purification Design The Ohio State University (October – December 2014)
 Scale up adsorption design to successfully separate methane from impurities based on test data.
 I designed an experiment to gather data and calculated the optimal pressure settings to reach purity
requirements, maximal recovery, and minimizing operation and capital costs.
Reverse Osmosis Filtration The Ohio State University (May 2014)
 I operated the experiment to vary pressure differential and solute conc., maintaining safe operating
conditions.
 Analyzed graphs, finding patterns for solvent and solute flux, salt rejection, and percent recovery.
KNOWLEDGE
 Chemical Engineering: Experimental Design and Analysis; Unit Operations; Transport Phenomena;
Thermodynamics; Kinetics; Engineering Economics; Technical Writing; PIDs; PLCs; P&ID
 Computer and Technical: JMP; Statistica; ChemCad; AutoCAD; MATLAB; Word; Excel; PowerPoint;
Microsoft Office Visio; Oracle; SQL
 Laboratory Experience: Adsorption; Absorption; Reverse Osmosis; Fuel Cell; Batch and CSTR;
Purification