Customer Service Content

Objective

To integrate the concepts and application of Chemistry in a professional

research environment to solve problems and produce results. I am a

motivated, hard working person that is determined to succeed in the field

of analytical chemistry. I am very flexible in job responsibilities and

hours. I am very well organized, work well in groups, and am very

articulate. I follow directions, exercise safe practices, and take charge

when analyzing results. I have been a leader, but do not have problems

taking orders.

Skills Summary

Experienced in Solid and Experienced in UV/Vis Exposed to NMRS

Liquid IR Spectroscopy Spectroscopy Exposed to AAS

Experienced in TLC and Experienced in DSC Exposed to Fluorimetry

Column Chromatography Exposed to IMS Experienced in Microsoft Excel,

Experienced in GC/MS Exposed to HPLC Word, and PowerPoint

Exposed to Bomb Calorimetry

Experienced with Titrations

Professional Experience

TERPINE ANALYSIS OF ATLANTIC WHITE CEDAR-RICHARD STOCKTON COLLEGE

(2012-2013) POMONA, NJ

ANALYZED FOLIAGE SAMPLES OF ATLANTIC WHITE CEDAR TO MEASURE THE CORRELATION

BETWEEN DEER BROWSING AND TERPENE CONTENT IN EACH SAMPLE.

Analysis of the foliage samples was done using extraction in methanol and

samples were analyzed using GC/MS and terpene content was analyzed.

WAL-MART (2010-2013)-CASHIER/CUSTOMER SERVICE-MANAHAWKIN, NJ

HELPED CUSTOMERS WITH PURCHASES AND ASSISTANCE.

Operated palette jacks and transported palettes when required.

Helped customers in calm and friendly manner during high tensions

situations.

Developed teamwork, social skills, and high work ethic.

Education

Richard Stockton College of New Jersey -Class of 2013 B.S. Chemistry Major

GPA 3.28

Researched terpene content in Atlantic White Cedar extracts.

Made standard solutions for analysis with known amounts of terpenes with

decane as the reference point.

Extracted terpenes from foliage by soaking in methanol for 48 hours and

analyzing extracts using GC/MS.

Analysis of Mass Spectrometer Data

The Mass Spectrometer revealed the peaks of the terpenes detected in the

extracts along with the Decane reference point.

Integrated values were entered into a Microsoft Excel spreadsheet for

analysis. Numbers were compared with standard values and trend was

calculated. Data was analyzed to the 90% confidence level.

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