Learn more. A fully qualified student may complete a Master's project route by undertaking 21 credits of coursework and 9 credits of professionally oriented project research. In addition, the student is required to give two non-credit CS seminar presentations. In the project route, students must successfully complete a minimum of seven courses and a research project undertaken in the field together with a project report, presentation and defense, coupled with two non-credit seminar presentations.
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Master's degree - University of Victoria
Master Thesis In Computer Science Kth Program Requirements under This Option 18 credits of approved courses of which a maximum of six credits may be or level undergraduate courses. The Computer work in this option comprises six 3-credit graduate Master, typically taken three per term in the first year of MSc studies. However, students have flexibility in scheduling Thesis course work. For those new Computer the Master educational system the Thesis can be eased by scheduling two courses in the first term. The additional course can be taken in the second year. It takes concerted effort to perform Thesis. It also takes more time than most people Computer to write the thesis.
William D. If you are about to embark on the task of developing a Master's thesis in Computer Science, then this document may be of interest to you. The scope of this document is very narrow and deals only with certain features of thesis development that are unique to the field of Computer Science. Before we get into the heart of the matter, you should ask yourself if you have the background and skills required to successfully complete a thesis in Computer Science. The next section lists some of the skills you will be expected to possess.
For further information about any thesis topic, please contact Fabio f. Quantum computers hold the promise to efficiently solve problems that are intractable by classical computers today, such as large number factorization and simulation of quantum systems, by exploiting quantum phenomena for computation. State-of-the-art solid-state quantum processors must be cooled at cryogenic temperatures to preserve quantum behaviour.