Dedicated website: www.cs.york.ac.uk/engd
Current vacancies
Check out the current vacancies of sponsoring organisations looking for a student
The Engineering Doctorate (EngD) in Large Scale Complex IT Systems (LSCITS) is an innovative, world-leading, doctoral-level training programme. The Universities of Bristol, Leeds, Oxford, St Andrews and York are involved in this programme, all of whom have international reputations in this research field.
The programme is a full-time, four-year, doctoral-level research degree which includes a research component and a taught component that is similar in scope to an MSc. The taught element comprises bespoke core modules delivered at the University of York and optional technical modules offered by the Universities of Bristol, Oxford, St Andrews and York. Non-technical optional modules are also offered by The York Management School. The research component of the programme involves students, known as Research Engineers (REs), working closely with a sponsoring organisation in industry or the public sector; the majority of the research project work will be undertaken at the sponsoring organisation.
Studying for a research degree at York
Hear presentations from a recent event about studying for an Engineering Doctorate at York
There are six core modules on the Engineering Doctorate in Large Scale Complex IT Systems (LSCITS) :-
Each module is taught over one week at York and is designed and delivered by senior faculty of the Universities of Bristol, Leeds, Oxford, St Andrews, and York.
For further details of these core modules and the optional modules associated with the EngD programme please refer to the modules tab.
Applicants applying for EPSRC funding must be able to meet the following eligibility requirements:
Further information on eligibility requirements can be found in the Student Eligibility section of the EPSRC website.
The LSCITS EngD offers you a unique opportunity to become a member of a new generation of specialised engineers and scientists dedicated to meeting the challenges inherent in dealing with current and future large scale complex IT systems and systems-of-systems.
Competencies
The primary educational aim of the Programme is to significantly extend your abilities in the range of competencies required to address current and forthcoming challenges in the science and engineering of large scale complex IT systems : from mathematical and formal theoretical methods, to high-integrity systems and software engineering, to socio-technical systems engineering and studies of complexity in organisations.
Learning Outcomes
By the time you graduate you will have developed a detailed understanding of technology innovation, development and deployment in relevant applied industrial, organisational and business contexts. This should enable you to innovate by creating new technology solutions to existing problems and innovative uses or business models for existing technologies, thereby improving the state-of-the-art in the understanding of how to analyse and design, and deploy and manage, current and future LSCITS.
As an Engineering Doctorate student you can use the work you do and your experience gained during the programme to provide evidence of relevant competence towards professional Chartered Engineer registration.
Job Prospects
Following graduation we anticipate you will find employment as researchers, research managers or other senior positions in research-led organisations, ranging in scale from major blue-chip multinationals or national public-sector organisations, through various small or medium-sized enterprises, to entrepreneurial start-ups.
| Core Modules |
University |
Date
|
|---|---|---|
| Technology Innovation (TINS) | York | 26/27 Mar, 30 Apr, 1 May 2012 |
| Systems Engineering for LSCITS (SELS) | York | 17, 18 Nov, 6,7 Dec 2011 |
| Predictable Software Systems (PSSY) | York | 12-16 March 2012 |
| Empirical Methods for LSCITS (EMML) | York | Next Available 2012/2013 |
| Socio-Technical Systems (SOTS) | York | 14-18 May 2012 |
| High Integrity Systems Engineering (HISE) | York |
11-15 June 2012 |
| Optional Modules (Strand 1) |
University | Date(s) |
|---|---|---|
| Advanced Concurrency Tools/ Model Checking (MCH) |
Oxford | 12-16 March 2012 |
| Complex Dynamincal Biosystems (CDBS)
|
York |
16 Jan-6 Feb 2012 (4 weekly sessions) |
| Concurrent and Real Time Programming (CRTP) |
York | 21 Nov-12 Dec 2011 (4 weekly sessions)
|
| Emergence (EMER) |
York | 20 Feb-12 Mar 2012 (4 weekly sessions)
|
| Evolutionary Computation
(EVCO) |
York | 17 Oct-7 Nov 2011 (4 weekly sessions) |
| Human Factors for Safety (HUFS) |
York |
09 Jan 2012 |
| Software Measurement & Testing
(SMAT) |
York | 20 Feb-12 Mar 2012 (4 weekly sessions)
|
| Topics in Privacy & Security
(PSEC) |
York | 16 Jan - 6 Feb 2012 (4 weekly sessions)
|
| Foundations of System Safety Engineering (FSSE) |
York | 3 October 2011 |
| Mathematics for Systems (MFS) |
Oxford | 14-18 May 2012 |
| Performance Modelling (PMO) |
Oxford |
5 September 201113 August 2012 |
| Software Implementation (SIP)
|
York |
Delivered on a Biannual basis - Next available Autumn 2012 |
| Systems Engineering 1
(GSE1) |
York |
10 October 2011 |
| Systems Engineering 2 (GSE2) |
York |
25 July 2011 (Delivered on a Biannual basis - Next available Autumn 2013) |
| Software Requirements & Architectures
(SWRE) |
York |
31 October 2011 |
| Software Testing Analysis & Review (STAR) |
York |
13 February 2012 |
| User Centred Design
(UCDE) |
York |
21 Nov-12 Dec 2011 (4 weekly sessions)
|
| Optional Modules (Strand II) |
University |
Date(s) |
|---|---|---|
| Advanced Systems Engineering (ASY) |
Bristol | 30 Jan-3 Feb 2012 |
| Financial Management (FIM) |
York | TBA |
| Safety Case Development & Review (SCDR) |
York | 30 January 2012 |
| Management of Human Resources (MHR) |
York | TBA |
| Operations and Project Management (OPM) |
York | TBA |
| Organisational Analysis (ORA) |
York | TBA |
| Process Quality and Improvement (PRO) |
Oxford |
30 January 2012 |
| Qualitative Research: Design Enthnography (QUAL) |
York | 21 Nov-12 Dec 2011 (4 weekly sessions) |
| Quantitative Research Methods
(QUAN) |
York | 16 Jan-6 Feb 2012 (4 weekly sessions) |
| Safety Management Systems (SMSY) |
York | 20 February 2012 |
| Strategic Management & Organisational Change (SMOC) |
York |
TBA |
| Understanding Users (UNUS) |
York | 17 Oct-7 Nov 2011 (4 weekly sessions)
|
| Advanced Research Methods in Human-Computer Interaction (ARMH) |
York | 20 Feb- 12 March 2012 (4 weekly sessions)
|
Applicants must have at least a 2.1 degree in Computer Science or a cognate discipline (e.g., Electrical Engineering, Physics, Chemistry), or equivalent experience. You must also have a good knowledge of Computer Science mathematics and programming, such as may be taught in undergraduate degree programmes in Computer Science.
Applicants may complete and submit their application electronically using the University’s online application system.
Details of the EngD programme, including information on current research projects available can be found on our dedicated website
For details of how to apply visit http://www.cs.york.ac.uk/engd/-How-to-Apply-.
Details of the wider UK LSCITS Initiative to which the EngD contributes can be found at www.lscits.org.
For an informal discussion contact Prof.
Richard Paige, EngD Co-Director.
For general enquiries contact the Engineering Doctorate Administrator, Mrs Dawn Forrester, Telephone: +44 (0)1904 325415, Fax: +44 (0)1904 325599, Email: dawnforrester@cs.york.ac.uk
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