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The Centre for Scientific Computing



The taught element is examined by means of two written assignments amounting to 6 credit units and unseen written examination papers also amounting to 6 credit units, i.e. the students must accumulate a total of 12 units for examination credit (24 hrs course = 4 units, 16 hrs course = 2.5 units, 12 hrs course = 2 units, 6 hrs course = 1 unit).

The unseen written examination papers

Students will be expected to take the majority (if not all) of the examination credit units from unseen written examination papers offered by the MPhil in Scientific Computing. These currently are:

• Paper 1: Electronic Structure (12hrs, 2units).
• Paper 2: Atomistic Modelling (12hrs, 2units).
• Paper 3: Mesoscale Coarse-grain Modelling (12hrs, 2units).
• Paper 4: Introduction to topological materials (12hrs, 2units).
• Paper 5: Computational Continuum Modelling (12hrs, 2units).
• Paper 6: Advanced Continuum Modelling (12hrs, 2units).
• Paper 7: Introduction to Computational Multiphysics (12hrs, 2units).

Students may take written examination papers from other Master’s level courses in the University, but this has to be approved by the Course Director and sanctioned by the Course Academic Committee. The form and timing of those papers will be dictated by the structure of the corresponding Master’s programme.

The written assignments

The written assignments will be directly relevant to the student’s dissertation and will have to be submitted by 12 noon on the 16th March 2020. The objective of the assignments is to provide the student with suitable background training on the underlying numerical methods and techniques which are necessary to complete the research project. The lecturers of the courses supported by the MPhil or the research project supervisors, will offer a choice of assignments (with detailed instructions of what is expected) on the lectured topic. The students may propose an assignment theme of their own choice (which may be better suited to their research project), which has to be of similar standard to the assignments proposed by the lecturer (who may suggest modifications to this end). The advisory word limit for the written assignments is within the range of 3,000 to 5,000 words, including figure captions and references. Appropriate presentation of scientific results will be assessed as part of the overall quality of the report, therefore reports that are significantly outside the expected word limit may not be marked as highly.

Students have to write the assignments in the LaTeX typesetting language using a research journal template (will be provided by the course organisers), so as to resemble an article submitted for publication. This is part of their training for communicating their research in the scientific literature and in conference proceedings.

Each candidate is required to submit one soft-bound copy of the written assignment, together with one completed cover sheet, and one electronic copy.

The submission deadline for the two written assignments is 12:00 noon on Wednesday 16th March 2020 and any candidate who fails to meet this deadline without advance permission from the Course Directors will normally get no credit for this part of the assessment. Permission to defer submission will be granted only in exceptional cases, and candidates are asked to note in particular that computer-related problems will not normally be considered as grounds for deferral. Any application to defer submission must be made in writing to the Course Directors in advance of the deadline and must be accompanied by a supporting letter from the candidate’s College Tutor.

The written assignments are marked by suitable assessors, who could be the lecturers of the course or the research supervisors, but the marks are subject to moderation by the Examiners of the course. The assessors’ reports will be released to candidates. The written assignments will be made available to the research project dissertation examiners.

In response to growing concerns over plagiarism in all University courses, each piece of submitted work must be accompanied by a standard cover sheet, including a signed declaration to the effect that the work is the student’s own unaided effort and meets the University’s guidelines and regulations on plagiarism which are outlined in the relevant page of this site.

Taught element overview

The taught element comprises courses supported by the MPhil on topics of all aspects of scientific computing, and additional lecture courses relevant to the topic of the research project. The student submits his/her choice of courses to the course administrator in writing (using the relevant form), by 12:00 noon on Wednesday the 9th October 2019, for approval by the academic committee. Amendment of the list at a later date is allowed, as long as it meets the course requirements, but any changes have to be sanctioned by the supervisor and the academic committee.

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Lectures Supported by the MPhil

List of the lecture courses offered by the MPhil in Scientific Computing. Please note: courses denoted by (E) are assessed by written examination papers. The code at the end of the lecture name represents the term and the number of lectures, i.e. [M10] = Michaelmas term, 10 lectures.

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Additional lecture courses

Links to the web pages of Part III & MASt courses at the University. Attending lectures or taking examination papers from these courses should be sanctioned by the project supervisor and the MPhil course director. Part III & MASt in Theoretical and Experimental Physics The link address is...

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