Ph.D. Thesis in Computer Science

Ph.D. thesis in computer science has to be done by every student in the second year of the Ph.D. program. The thesis should correspond to six points of the successful thesis submission. At the final stage, the action plan and rough outline have to be presented to the remaining supervisor to continue the work on the science project. Each Ph.D. candidate in Computer Science starts his performance usually with the extensive knowledge in specific disciplines that might relate to the course. However, after the Master’s Degree, his or her knowledge might be unorganized while the in-depth studying is usually required to be able to apply the knowledge which was gained previously to write the thesis proposal. The creation of the thesis statement might take about a year of effort while the cooperation with colleagues, supervisors, visitors, and others is critical to prepare the solid work. The thesis statement in computer science has to address all key points of the successful thesis statement proposal. The scientific work in computer science requires a perfect knowledge of concepts that might be relevant to the disciplines of interest. At the first year of the Ph.D. program, the student has to attend different courses to master his skills and understanding of all subjects that he could not learn entirely. Therefore, the student has to come up with a thesis proposal in the second year of learning. If that task will be done earlier, it is a chance that the student is not prepared enough for the future scientific work so that he or she might not be able to write a strong thesis statement proposal. If it is done later, it might not be enough time and money to finish the work on time. However, during the second year, the student has to find the way to write thesis statement proposal and invest a lot of time and effort in the creation of it while it has to address six main points of the strong thesis statement in computer science. First of all, a thesis should address the statement of th e problem, why it is important, and why it should be solved. While doing so, the student also has to consider all the previous work done on the same or similar problems. He has to reference previous works or comment them at least. As a third step, the candidate has to present his or her point of view about the particular issue and any preliminary results he or she may have obtained previously. Hence, the characterization or statement of the solution has to be implemented in the thesis statement proposal. The detailed plan has to be presented after all to serve as the remained of the research. Finally, a rough outline of the thesis has to be submitted as the result of the effort. The example of the thesis statement: The previous effort to implement analog-to-digital converters in electronic devices made the dream of microchips come true. However, there is still a need in the high productive transmission of the information through these converters while our self-developed program can guarantee a faster data record. Likewise, we assume that the self-designed microchip with the use of titanium ionization in the production of it can quicken the transition of code up to three times compared to the newly developed microchips on the market worldwide. To summarize the issue, it should be mentioned that thesis statement proposal is a hard work that has to be conducted in the second year of the Ph.D. program. The proposal should correspond to six points of the successful thesis in computer science. However, the most important thing of all of these is that the student has to be ready to sacrifice one or two years of his life to working hard to finish his science work successfully. References Ben-Ari, M. (2001). Constructivism in computer science education.  Journal of Computers in Mathematics and Science Teaching,  20(1), 45-74. Gurevich, Y. (1985).  Logic and the challenge of computer science. University of Michigan, Computing Research Laboratory. Lauer, H. (1975). Discussion: on Ph.D. thesis proposals in computing science.  The Computer Journal,18(3), 279-281. http://dx.doi.org/10.1093/comjnl/18.3.279. Mouton, J. (2011).  How to succeed in your master’s and doctoral studies: A South African   (p. 280). Van Schaik Publishers. Schwill, A. (1994). Fundamental ideas of computer science.  Bulletin-European Association for Theoretical Computer Science,  53, 274-274.