MBA in Finance Personal Statement Example | Topics and Well Written Essays - 750 words

MBA in Finance - Personal Statement Example Like most other individuals of my age, I had been directed towards completing tasks mechanically. Little had I known that I had been drawn towards engineering. However, to my disappointment, I could not make it to Embry Riddle University as I could not clear the engineering exam for that. Nevertheless, I was determined to move forward in life. Behind an ardent reader, I had been inspired by Einstein’s quote of playing the ‘game’ of life better than anyone else. Considering that it was now time to chart my career path, I decided to enhance my knowledge of finance. In doing so, I came across reading several books such as articles in the Economist magazine. Even though I could not make much sense out of them at that time, they were instrumental in my success at university later on. This eventually led me to studying Finance at UT in the USA where I developed interest in the subject in a short frame of time. During this period, I greatly improved my analytical, writin g and numerical skills. From making investment decisions to solving managerial problems, the baggage I carried in this field was quite comprehensive. My experience at UT was further enhanced by my earlier diploma in English Language in Orlando which was my first step in to the diverse and multicultural world. Even though I had travelled to various places previously, such as Europe, North America, Africa and Asia for vacations, never had I encountered as a diverse a place as the U.S.A. This short educational experience  ­Ã‚ ­has developed my cross-communication skills which are necessary for survival for any profession in the modern workplace. Furthermore, my experience at UT as a Finance student has helped me relate finance with everyday life. Previously I perceived finance as a strictly specialized and confined domain. However, by studying the real-life applications of finance I was able to relate theory with practice. Most importantly, I could relate most of the concepts to the recent financial downturn which turned around the economies of most advanced nations such as U.K and U.S. I was able to understand how most economies work and how the public and government policies jointly determine the state of economy in most countries. Even though I still endeavor to understand complex financial models and theorems, I do not have much difficulty in understanding the conceptual content and application. In the contemporary age of advanced information systems, I believe the competitive advantage of a Finance professional does not lie in the reproduction of models or calculations but the conceptual analysis and interpretation of those in the context of real-life scenarios. Considering that I had been an out-station student studying in UT in U.S.A, I have gained insight into the demands of an academic and professional life. Since I was in-charge of everything and had to do everything on my own, I learnt to take my own initiatives and gradually became independent. The demanding commitments to academics further taught me how to organize my study schedule and in no time I learnt how to communicate with my peers. This also provided a tremendous platform for my personal growth as I learnt how to strike a balance between personal and academic life. I was much clearer regarding my goal (of pursuing a career in finance) and was determined to enhance my horizon of learning by taking a giant leap into a well-reputed college for my Masters. However, I

Reactivity of M-C bonds and catalytic formation of heterocycles Essay

Reactivity of M-C bonds and catalytic formation of heterocycles - Essay Example This branch deals with the synthesis, properties and application of heterocyclic compounds and their derivatives. Heterocyclics are largely categorized as unsaturated and saturated heterocyclics, depending on their structures(Pfaltz&Drury, 2004). The saturated heterocyclics have been noticed to behave like their acyclic derivatives. The core focuses of heterocyclic compound studies are the unsaturated derivatives of 5- and 6- membered rings, their applications and their predominance of low-numbered rings. Among the 5- and 6-membered unsaturated heterocyclics are pyridine, thiophene, pyrrole and furan. Similarly studied to a large extent are benzene-fused rings of these 5- and 6- membered unsaturated heterocyclics(Nakamura et al., 1998). These benzene-fused derivatives are quinoline, benzothiophene, indole, and  benzofuran for pyridine, thiophene, pyrrole, and furan respectively. The following are structures of a heterocyclic and a homocyclic compounds namely pyridine, a heterocycli c and cyclo-octasulfur, a homocyclic compound. From the structures of these compounds it is evident that the C-H bond is quite important in their reactions. In fact, it is the activation of this C-H bond that allows for the formation and introduction of other functionality groups/bonds such as M-C or C-C bonds to heterocyclic compounds(Benudhar et al., 2013). Pyridine Cyclo-octasulfur, The core theme in organometallic chemistry is the construction and transformation of metal-carbon bonds. Consequently, most of researches and literatures seem to focus on the traditional M-C bonds formed using the tetravalent carbon bond. However, fewer researchers have concentrated on non-traditional M-C bonds, often referred to as M-C cage bonds, which are found in carborane cages in which the carbon is hypervalent(Nakamura et al., 1998). This paper explores the reactivity of M-C bonds and outlines a plan for the catalytic formation of heterocyclics via the catalytic activation of the M-C bond. Spec ifically, the aim of this paper is the synthesis of some ligands that contain heterocycles or vinyl groups that can undergo C-H activation to form cyclometallated complexes(Benudhar et al., 2013). Further, the paper investigates the reactivity of the cyclometallated complexes with alkynes and alkenes. Thus, the goal is to assess the relative reactivity of different types of M-C bonds. One of the methods used in the catalytic synthesis of heterocycles is the amphibilic metal ligand activation (AMLA). In the AMLA process, the steps in the activation of the C-H bond entail the use of an electrophilic metal in combination with a deprotonation using an intramolecular base, frequently acetate. Chiral ligands are chemical compounds adapted for and largely used in the asymmetric synthesis of heterocyclic compounds. Chiral ligands are pure organic enantiomers that combine with metallic centers through the process of chelation to yield asymmetric catalysts(Nakamura et al., 1998). It is this c atalyst that later engages in the chemical reaction in which the chirality of a ligand is transferred to the product of the reaction. That is, while initially the ligand is chiral, at the end of the reaction, it is the product, which is chiral. In model situations or reactions, one equivalent catalyst