Statement of Purpose Computer Science Essay

The excitement of the fast-paced technology world peaked my interest throughout my high school career. As a member of my high school’s FIRST Robotics Club, designing and creating the desired motion of our robot was an eye-opening experience. After my involvement in robotics, I took it upon myself to register for an online AP Computer Science Class and to take advantage of a work study program with the information technology department. I strive to gain a knowledge base that will allow me to be a leader in the forefront of technological advancement: taking risks, improving lives, and changing the world.

Extracurricular activities have shaped who I am today. Every activity that I participate in represents a social group whose members share a common goal that binds us in a special way. The shared goal enables a joint discovery of values and attitudes while building life skills that is required to be successful in all walks of life. Outside of classes, I have made a conscious effort to improve my knowledge and develop skills by participating in community services, student government, internships, professional development conferences and workshops, cultural activities, athletics, school club activities and by taking advanced community college coursework.

At present we are in a technological and computing revolution that will severely change our lives and eventually readdress what it means to be a human. I am very galvanized at the prospect of devoting my career to such a dynamic, fast advancing field. From the time I was young, I loved dabbling with computers and experimenting with various applications. My lifetime has essentially coincided with the rise of modern computing industry, I can feel that there are still tremendous developments to come in this field. So I choose Computer Science as my university major, and now, as I am in the end of my undergraduate course, my central goal is to continue my education in a more competitive and international environment.

My enthusiasm towards active participation in college events made me involve in various co-curricular activities. I played an integral role in the technical club, SAE-CBIT of my institute. I organized various technical events such as AQUABOT in SAE Convention 2012 and ROBO SLAVE in Mechanica 2014. My communication and interactive skills made me a core member in the hospitality committee in SAE Convention 2012. I even participated in blood donation camps and donated my blood several times.These varied involvements honed my interpersonal and leadership skills and instilled in me the importance of hard work to

I am very thankful for providing me this opportunity and it is with sincere sense of gratification that I pen down my brief statement of purpose. Striving for betterment and improvement has been my motto in all aspects of life and the same applies even to my professional and academic career. Getting to know what goes inside computers, the engines of the Information Technology revolution and knowing how to work with them enables one to understand the technology that makes it all possible. Understanding this, I chose to do my undergraduate study in Information Technology. While reasoning my intentions to pursue MS in Computer Science at your esteemed university, I would like to throw some light on my career till now.

As a young boy, I would often dismantle my small toy cars and re-model them. The activity never lost its zest and as I grew up, It is very fascinating to watch different cars passing by me day and night. I always wonder how cars are designed and developed and I dreamed that one day I wished to become an engineer and work towards my dream of designing cars for the best names in the world. It is this pursuit of knowledge that has been my motivation and has made me to apply for masters program in your esteemed university. I was confident about my choice and knew that it was the best way forward…till destiny took me to Germany.

During my under graduation, I nurtured an idea to shape my career in the way of doing research, in which period of time, has turned into my career goal. I am convinced that I should pursue a career in research and teaching as my profession. I wasn’t quite sure of what area of research I should get involved in, since I was interested in multiple areas of study until my high school. Taking a multi disciplinary undergraduate major has helped me to realize that computer science and logic are the areas which fascinates me the most when compared to others. By the end of under graduation I am crystal clear and confident in setting my priorities over computer science. Research at PhD level would be the best bet to satisfy my long term goal. I opine that completing masters and doing research at masters level would qualify me with the required skills in computer science and would set a perfect platform for my entry into PhD. Thus, after a careful consideration of my interests, abilities & goals, I decided to pursue masters degree in the field of Computer Science.

In the field of computer science, there are—which can be surprising to most—multiple occupations that involve more than just sitting in front of a computer and writing intricate codes. A systems analyst, for example, requires an individual to participate in an active team environment. Systems analysts work closely with many professionals such as programmers and hardware specialists to develop systems that can solve various kinds of problems. Additionally, a systems analyst is essential to numerous conglomerate businesses and corporations. The systems analyst profession is a rapidly growing job, and the “employment of systems analysts is projected to grow 33 percent in the computer systems design and related services industry from 2014 to 2024” (United States Bureau of Labor Statistics 7). It is clear that they are required in an evolving world of information technology and digital business. After spending two years studying about Computer Science, I realized that being a systems analyst is the career of my choice. I find the notion of being a systems analyst appealing because it requires an individual to be organized, adaptable, and interactive with the people involved with his or her work. However, I must analyze the role of a systems analyst in his or her work environment, the lifestyle of a systems analyst and the educational path needed to become a systems analyst before I can decide that being a systems analyst is for me.

I am currently a junior, I feel that the last two years in college have shaped my life enormously with all the knowledge gained. As an engineering mayor, it is essential to evolve not only as a student, but as an excellent professional. As an honor student, I will give all my potential to become a top student in the school, allowing me to have a strong background to compete with the best engineers in the industry. A great motivation is the different kinds of opportunities that it provides, such as getting internships with companies or making it easier to work on research in the future. These opportunities combined with my strong interest for engineering, will build my confidence for a successful professional career. I want to exceed my expectations

“Ability is what you are capable of doing. Motivation determines what you do. Attitude determines how well you do it”. These inspiring words from Lou Holtz have kept me motivated towards my goals and encouraged me to aim high in life. After a good deal of self-evaluation I have decided to pursue a Master’s degree in Computer Science in my areas of interest: “Artificial Intelligence” and “Distributed Systems (Cloud Computing)”. This decision followed naturally after carefully analysing my academic background, my areas of interest, and my long term career objective, which is to pursue a research career – either as a teaching faculty in a university, or in an R & D department of the industry.

Maths, Physics and Computer Science were my favourite subjects in high school and this coupled interest kept me a step ahead of everyone else. The immense satisfaction that automating a problem yields, led me to opt for Computer Science as my major. I worked with innate tenacity and secured an All India Rank among top 1% that got me admitted to HBTI Kanpur, one of the oldest and prestigious colleges in India. The curriculum exposed me to several courses and I developed a fervent interest in Data Structures, Object Oriented Programming and

An important, underrated and often overlooked tool for Computer Supported Collaborative Work, henceforth abbreviated CSCW, is the revision control system or version control system, henceforth abbreviated as RCS, or VCS, respectively. There are a plethora of RCS and VCS available from which to choose. Within the field of computer programming and software design, the use of RCS or VCS is a vital best practice, especially in development environments with many programmers, developers, engineers, administrators, and managers. However, RCS or VCS can and should be used wherever there are larger groups of CSCW regardless of the domain. Henceforth, RCS and VCS shall be referred to as any generic revision or version control system, abbreviated as RVCS. The significance of evaluating various RVCS becomes apparent by demonstrating and illustrating their importance. Such evaluation is then used to produce or derive guidelines that streamline the selection of the RVCS for a particular CSCW group.

I am applying for admission to the Master’s in Administrative Studies program in the Metropolitan College, University of Boston, because I want a career in the research and teaching of management. Also I have the eagerness to learn and execute innovative methods of well-organized / resourceful management as well as possess competent Computer and Communication skills. In particular, I am interested in factors that affect the competitive performance of a business concern, and the manner in which changes in technology affect an organization’s structure, long-term business strategy, product development, manufacturing, supply chains,

WHAT_CHECK is a protein verification tool that derived from WHAT-IF program. It includes steric, stereochemical, nomenclature and packaging quality checks. These checks are accessed through WHAT-IF Servers (Build, Check, repair model server). This program WHAT-IF furnish about 2000 options in fields as manifold as homology modeling, drug docking, electrostatic calculations, structure validation and visualisation. It’s a stand alone program with all complete source code.

In this section, a summary is provided about the assigned articles as it is identified that which main practice has been discussed, its benefits and challenges, aim of the paper, relevance to researchers and practices, data collection and analysis.