The Pre-Master’s (IIM) – Computing, Engineering, Mathematical Sciences pathway gives students a deeper understanding in preparation for their chosen postgraduate degree.
The Pre-Master’s (International Incorporated Master’s – IIM) programme is designed for those students who do not qualify for direct entry to a postgraduate degree at University of Kent.
This programme will equip you with the advanced skills you need to complete your postgraduate study at University of Kent. You can study this over one or two terms depending on your academic qualifications and English language level.
April and June programmes subject to academic approval
Duration
15 months:
3 months pathway + 1 year degree
18 months:
6 months pathway + 1 year degree
Start Dates
April | January | June | May | SeptemberPathway Tuition Fee
£6,250 – £17,995| Course | English Language Requirement |
|---|---|
| One Term | IELTS 6.0 overall with 5.5 minimum in all components |
| Two Terms | IELTS 5.5 overall with 5.5 minimum in all components |
Alongside core modules, you will study subject-specific modules that will equip you with a foundation of knowledge for your chosen field of study.
This module introduces basic statistical concepts, and methods for collation and presentation of data for analysis and interpretation. You will learn the basics and application of Python as a programming language.
This module is only applicable to students progressing onto:
10 credits
This module will cover fundamental concepts of data structures and algorithms starting with linear data structures. You will study iterative and recursive algorithms, their capabilities, performance characteristics, and applications.
This module is only applicable to students progressing onto:
10 credits
This module introduce addresses advanced algorithms and data structures, as well as some related topics such as their effectiveness in given situations, the uses of different types of data structures and the usefulness of different programming languages in supporting them.
This module is only applicable to students progressing onto:
10 credits
This module introduces the basic operating principles of modern computer systems. You will learn about the architecture of a computer and its basic components, the representation of data and how programs are executed.
This module is only applicable to students progressing onto:
10 credits
This module introduces the core concepts of modern software development and workflow delivery. You will learn about a range of relevant techniques and organisational principles including those associated with Agile, Lean and automation practice.
This module is only applicable to students progressing onto:
10 credits
This module focuses on the foundational algorithmic constructs of sequence, selection, and iteration, through the use of flowcharts/pseudocode and their implementation. Conceptual knowledge and theory are supported by ‘hands-on’ activity during practical sessions focussed on developing your technical programming knowledge.
This module is only applicable to students progressing onto:
10 credits
This module reviews and builds on core mathematical principles and knowledge. You will develop your understanding of computational thinking and the mathematical structures underpinning programming and data structures including graphs, sets, vector algebra, algorithms and differential equations.
This module is only applicable to students progressing onto:
10 credits
This module will develop your ability to communicate effectively and appropriately within a technical or scientific context. You will consider the use of specialised vocabulary alongside the more universal language and symbols that are used to correctly identify and meet requirements; negotiate effectively; build relationships; and network successfully.
This module is only applicable to students progressing onto:
10 credits
This module will consider design issues and fundamental principles in contemporary operating systems focussing on key structures and mechanisms of Unix based Operating Systems and Windows. You will examine the software components that run current devices and how they support user operations.
This module is only applicable to students progressing onto:
10 credits
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