Megan Catherine Keeter

* ***** ****

Nashua, NH *3064 US

Mobile: 978-***-****

Evening Phone: 603-***-****

Email: ab9qzy@r.postjobfree.com

Objective: A challenging job that would apply my skills in computational,

laboratory, or industrial chemistry. Very flexible in terms of location.

Education:

Bachelor's Degree (Computational Chemistry), Niagara University,

05/2005

Thesis: "Development of micelle models using co-solubility studies

from DSC measurements and molecular modeling"

Currently pursuing a Master's Degree in Chemistry, University of

Massachusetts-Lowell

Courses Completed: Advanced Physical Chemistry, Calculus II,

Linear Algebra

Current Coursework: Advanced Analytical Chemistry, Organic Reaction

Mechanisms

Work Experience:

12/2010 - Present: Employed part-time as an agent with the Department of

Homeland Security, Transportation Safety Agency, One Airport Road,

Manchester, NH, screening passengers and baggage at the Manchester-Boston

Regional Airport. Routinely operate all screening devices, perform manual

pat-down searches as required, and serve as the front-line airport security

representative for passengers.

12/2007 - Present: Employed as a part-time/occasional sales associate at

Bath and Body Works, Pheasant Lane Mall, 310 Daniel Webster Highway,

Nashua, NH. Primary duties include shipping orders, stocking shelves and

setting up product displays.

07/2008 - 01/2009: Employed as a Inorganic Chemist at Saint Gobain High

Performance Materials, Northborough, MA. Prepared analytical samples of

production batches for glasses, ceramics, and abrasives. Samples were

prepared by digestion in hydrofluoric acid and fusion with lithium

tetraborate with batch composition analyzed using an Inductively Coupled

Plasma (ICP) mass spectrometer. Performed Soxhlet extraction in xylene and

methanol for ethylene-vinyl acetate (EVA) samples.

08/2007 - 05/2008: Employed as a Laboratory Research Assistant at Niagara

University. I performed differential scanning calorimetry to analyze

cholesteryl esters as they formed micelle-like structures in support of a

NSF-funded research project. As part of this research, I analyzed

biological mixtures using a Gas Chromatography-Mass Spectrometry (GCMS) and

used the SYBYL analysis software, to determine the molecular structure

formed by the cholesteryl esters. I also researched the relevant subject

literature as published in the SciFinder database.

08/2006 - 08/2006: Employed as an ice hockey instructor for a Youth Summer

Camp at Niagara University. Supervised practices and drills. Instructed

goaltenders on skills and techniques.

References furnished upon request

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