Importance Of ARM Architecture

Computer science also can cover interesting topics such as robotics, artificial intelligence, bioinformatics, and multimedia – things that interest me. I used to teach computer since high school so I would like to increase my knowledge about computers in such way that I can impart to others this knowledge at the same time, I can develop my own interests on computers. Computer Science has been an interesting degree to me since it involves a lot of programming. When I master programming, I get to be interested with broader systems of software. The field of computer science can explore a wide range of means of solving world problems.

My undergraduate years as a mechanical major had successfully provided me a solid foundation in technical areas and quantitative methods. I wish to further develop my skills and broaden my knowledge in Industrial Engineering, particularly in the advanced studies based on Operations Research & Information Systems. By applying cross-disciplinary approach in solving complex engineering problems with specific technical aspects and through analysis of managerial and economic factors, I will prepare myself to serve as an efficient industrial engineer or manager for business in the global arena. The courses during my undergraduate studies taught me the basic engineering concepts in theory and practice. I chose an assortment of courses which enabled me to find out the various elements of a multitude of Systems, its theory & design.

Many Fields derive from Electronics Technology, yet one had captured my interest Computer Hardware Specialists”. Computer Hardware Specialists consist of various studies and fields being electronic fundamentals, computer networking, and computer interfacing. In the subject “electronic fundamentals” gives a foundation of able to understand electronic circuits, devices and applications. Electronic circuits are made of individual components which contain resistors, transistors, capacitors, inductors and diodes. Each component does similar tasks that formulate an electrical operation of circuitry.

However, this trend has been accompanied by huge concerns because of the impact of the use of mobile devices on cyber security. Despite the significant benefits associated with the increased use of mobile devices, they generate new cyber security issues including heightened financial risks, loss of company data, and non-compliance issues. The three major ways with which these devices increase cyber security issues include sophistication of cyber attacks, connectivity to corporate networks, and lack of awareness and carelessness.

After my graduate studies, I got recruited by Infosys Limited after multiple rounds of technical and manager... ... middle of paper ... ...and how to improve the model for potential growth. With my focus on understanding and contributing to software engineering processes for better quality and bug-free products, I bring with me the experience of having worked in various development environment and frameworks. I have research interests in the field of identification via experimentation of scalability potential in development frameworks and/or programming languages. I share similar research interests to Prof. William Griswold, and can become a contributor in the development of tools and techniques for enhancement of software systems. My experience on different development and testing strategies, coupled with ideas and skills to implement my knowledge along with long term aim of identifying and starting my own venture makes me a strong candidate for research studies in the field of ‘Software Engineering’.

I am currently, employed as a Systems Engineer in Infosys since ____________. My main area of experience has taught me about the various IT models, such as, the agile and the waterfall model. I have also learned about the various phases of project life cycle like requirement gathering and analysis, design development, coding and testing besides exposing me to a wide range of Computer Programming Languages and methodologies. My experience has made me planned, organized, and broached up a way for me to interact with global clients professionally. I have also learnt the importance of team building, time management, quality assurance and process orientation.

furthered my understanding of the role security plays in all these fields. Later, my experience working in the industry taught me the different ways a product’s security can be compromised and all the measures and methods that should be taken while designing the product architecture and while doing the actual coding. I believe through all this I have acquired an ideal mix of a strong foundation in security as well as practical knowledge, which will help me bring my own unique angle to solving problems. Pursuing a master’s degree in computer science at UTCS will allow me to more fully develop my knowledge in these areas and contribute my own bit to the ongoing research. ... ... middle of paper ... ...ests organized in our college.

Professors affiliated to the Institute for NanoBioTechnology produces many interesting works in the interdisciplinary area between material and biomedical science, such as quantum dot tracking and I am interested in expanding my knowledge into the field. I am fascinated by Prof. Tim Mueller’s work Screening of candidate materials by simulating their properties with computer algorithm Addressing the problem of simulating the properties of nanoparticles with innovative method such as machine learning. Having worked as a TA during college also offers me a preview of life graduate school and teaching career. In conclusion, I believe that my academic excellence and extensive research experience makes me an ideal candidate in your program.

My area of expertise includes “OCV aware design optimization, Leakage & Dynamic Power Reduction, Design Automation and Robust Clock Tree Design for safety clusters & automotive ICs”. My liaison with the Freescale strengthened the essential foundations laid during my under-graduation. The creative atmosphere at Freescale led me to innovate several novel methodologies and implementations, which I filed for reviews with the Freescale’s Patent Review Committee.

Another form of research which can occur is reverse engineering which is “any activity that is done to determine how a product works, to learn the ideas and technology that were used in developing this product” (CEM KANER, 1998). Reverse engineering is used in a numbers of fields within engineering particular in software engineering where it can be used to see if a competitor has used sections of your original code while the opposite action is often used to gain knowledge of code to allow file formats to work with a new product. There is also a l... ... middle of paper ... ...iven an equal chance to present the great ideas surrounding this section. Works Cited CEM KANER, J. P. (1998, July). Article 2B and reverse engineering .