I me curious and passionate to work

I always believe that there is a
solution to every problem. To decipher a solution is something only few gifted
and motivated individuals can do. It is interesting to acknowledge the
advancement in technology, and the methods used to diagnose and cure health
issues.  My early curiosity in plant
science has inspired me to embrace the advanced knowledge of chemistry and
biology. The ancient world people used to rely on herbs and shrubs to cure any
kind of health problems including removing toxins or poison from the body and
to healing fracture of bones. I am mesmerized by the study of science and the
development in the field of discovering new facts and designing and developing
new technologies. It is amazing how scientists study the molecular mechanisms
of plant and animal products to design and develop drugs and different valuable
products. Moreover, the chemical reaction, use of nanoscience advancement for
the effective and efficient delivery of drugs is marvelous and has always made
me curious and passionate to work in the field of biochemistry and technology.

Since my undergraduate program I
am passionate about drug discovery, design, research, and development. To extend
my laboratory skills, addressing new kinds of scientific question, and meeting
new scientists and to have hands on experience working as a researcher I had
applied for a summer research internship and was accepted into NIH funded INBRE
(IDeA Network of Biomedical Research Excellence) hosted by University of
Oklahoma Health Science Center. I worked in the lab of Dr. Mooers in the
department of Biochemistry and Molecular Biology. This lab is funded by the NIH and the works on the structural
biology of a unique RNA editing system in trypanosomes and the human protein
JMJD4 that helps regulate the termination of translation. I was able to make
contributions to both projects. I learned to make mutant protein genes by PCR,
DNA and protein gel electrophoresis, subcloning, heat shock transformation of
plasmid DNA into bacterial cells, protein over expression, centrifugation,
column chromatography, dynamic light scattering, and crystallization trials.  I learned how to troubleshoot problems in the
lab and how to interpret the results of my experiments. This enrichening summer
research experience strengthened my commitment to pursue a career in research
and development.

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My formal advanced education in
chemistry started with my undergraduate program in Chemistry at the Northwestern
Oklahoma State University. The undergraduate program was as rewarding as it was
joyous. Upon completing my undergraduate I followed my belief in paving a firm
groundwork in terms of acquiring more hands on experience by working as a
professional in a chemical industry. Subsequent to my academic knowledge, I
started my career as a chemical operator in an Iodine processing plant where
not only I had an opportunity to apply my theoretical knowledge of physical
chemistry, analytical and instrumental chemistry, organic chemistry, calculus  into solving real world problem but also to learn
many aspects which are not offered in undergraduate courses such as the
engineering involved in designing plants, converting a waste brine water into a
source of valuable product that can later be derived and used in verities of application
ranging from industries to daily household purposes. The journey of exploring
the realm of knowledge and probing into real world situation is often strenuous
and rewarding at the same time. My dedicated academic effort paid off very well
when I got an opportunity to apply my knowledge of chemistry, research and lab
experiences to suggest and demonstrate the efficient way of recycling the chemicals
to reduce the waste and cut the expenses. Later I was offered to relocate in a headquarter
of the company located in Kentucky to work as a Chemical Lab Technician where I
had an immense opportunity to improve my bench skill as well as learn
instrumentation and analytical lab skills by working with GC, HPLC, and wet
chemistry. Working close with the plant engineers and operators offered an
opportunity to understand the plant processes which delved deeper into
fascinating world of chemical engineering.

My hard work, diligence, and most
important my passion to learn and challenge my aptitude has awarded me with an
opportunity to work in a cutting edge pharmaceutical industry as a process
development chemist. This opportunity has been a turning point in my career and
more than a chemist I am more allured in improving chemical technologies and
create new products that can improve the quality of life. This field requires a
great deal of interdisciplinary abilities in order to be successful. Because of
my inquisitives nature, admiring challenges and mysteries I have developed
personal standards of how to conduct myself in life, disciplined and persistent
in my pursuit and above all to work hard at everything that I do. Working as a
process development chemist has not only improved my research skills but also
enabled me to develop communication skill with advance leadership and interpersonal
skills from working on projects as a technical lead and presenting results to
the team leader, department members and customers as well, all of which prove
tremendously useful in your graduate program.

I am confident that my academic
background, combined with my experiences outside of the classroom, gives me the
maturity that you are expecting in a worthy candidate for your program. I am clearly
aware of the tremendous efforts I have to make in order to fulfill this
aspiration; however, I am determined to take up chemical engineering as my
lifelong pursuit. I am confident your program will give me a unique range of
experience and expertise which will give me enormous advantage in my career as
there are countless opportunities in the field of chemical engineering. I f
given an opportunity to enter your school, I would be very interested to take
courses specializing in nano and micro biotechnology and chemical reaction
engineering.

After completing Master’s in
Chemical Engineering I expect to develop and inherit cutting edge skill and
armed with the tools I need to achieve considerable success and make a lasting
impact in the field of drug research, discovery, and manufacturing industry. I
am looking forward to embracing my dream career.