Murad A. Beg

**** **** **** ******, ************, IN, 46222

acfxv1@r.postjobfree.com

317-***-****

Education

IUPUI Chemistry B.S. ACS. (2009-2013)

Minor Mathematics

Course Work

General Chemistry 1&2 Biochemistry 1&2

General Biology 1&2* Organic Chemistry1&2*

Analytical Chemistry* Inorganic Chemistry

Instrument Analysis* Medicinal Chemistry

Laboratory Skills

Chemistry Skill Set - AA, UV-vis, HPLC, GC, GC-MS, FTIR, Titration, Organic Extractions,

Dissolution

Computer Skill Set - MS Office, Java, ETC.

Relevant Experience

Heritage Environmental Services (2014)

• Organic Extractions position requiring testing for herbicides and pesticides in water

soluble samples provided by various clients from land fields.

• The preparation of organic extraction is followed by analysis by GC in which the

recovery percentage is calculated through the chromatogram and the retention periods.

• The results such as recovery rate, chromatograms ambiguity if any are reported to the

clients which then gets forwarded to the EPA(Environmental Protection Agency) for

safety purposes of the waters surrounding the land fields.

Denali Executive Inc. – Sales/Marketing (2013-2014)

• Door to Door Sales campaign for AT &T U-verse

• Provides excellent business skills to book App

• Presents excellent communication skills to customers in door to door sales

Chemical Research (2013)

• Computational Chemistry research conducted in the presence of Normal and Damaged DNA.

• Spore Photoproduct Lesion was studied which is the exclusive DNA photo-damage product found

in bacterial endospores

• Computational Chemistry offers a framework to fully characterize those steps involved in the

extrusion problem and additionally allows us to compute the optimized Minimum Free Energy

Path (MFEP) which is the reaction path that base extrusion problem would normally follow

• We have used Molecular Dynamics simulations to compute the MFEP based on the string

method. In the string method two different stages were performed which we call “Micro” and

“Macro”.

• Micro-stage a MD simulation is performed using constraints on predefined collective variables

meanwhile, Macro-stage the reference value of the collective variables is updated and a new

Micro-stage is initiated. The process is continued until the free energy does not change more than

a certain threshold

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