PhD CV

 

This is an academic style CV which would be suitable for university and other research posts. It can be much longer than a normal CV: up to 5 pages if necessary. Make sure that you number the pages as if your CV is 6 pages long, the pages may get jumbled up when printed!

An academic CV would not be suitable for a PhD applying for a non-research post (for example a banking job) where a more traditional and much shorter CV would be used: see our other CV examples for this. Also see our Careers Help for Postgraduates and Contract Researchers

An academic CV by a PhD student applying for research posts is longer than the conventional 2 sided CV and typically includes:

 

Also see: Academic CVs - 10 irritating mistakes
www.theguardian.com/higher-education-network/blog/2013/nov/01/academic-cv-job-10-mistakes

 

Wendy Stephens

 

15 Green Cross Road, Dover, Kent, DV2 3YZ.

Tel: (01321) 612786                       E-mail: wstephens5@hotmail.com

Date of Birth: 6th February, 1983.

  Standard heading format: brief clear and to the point. You don't need to put the words: name, address and CV. You also now don't need to include your date of birth if you prefer to omit this.

Education

PhD in Computer Science, University of Kent 2005-2008


Thesis Title: Identification of Ambimorphic Modalities in Data Mining Systems (Funded by EPSRC bursary)
Supervisors: Dr A. Turing and Professor A. Lovelace

Brief Synopsis of Research:
Many computer scientists would agree that, had it not been for local-area networks, the emulation of link-level acknowledgements might never have occurred. The notion that cyberneticists cooperate with highly-available modalities is often good. We instrumented a deployment on the KGB's network to quantify topologically scalable epistemologies's impact on J. Quinlan's study of Ambimorphic Modalities. This configuration step was time-consuming but worth it in the end. Had we emulated our Planetlab overlay network, as opposed to deploying it in a controlled environment, we would have seen degraded results in Data Mining. Our method also stores ambimorphic modalities. eliable systems are particularly theoretical when it comes to embedded methodologies. It is always a significant objective but fell in line with our expectations.

A detailed synopsis is in the attached appendix to this CV.

  Just a brief introduction to the PhD, more detail is given in the appendix.

During my PhD I have also led seminars, supervised undergraduates in the laboratory and taken a course on "Effective Tutoring and Assessment".

Research Interests:
My current research centres around the random behaviour of fuzzy epistemologies.

 

Evidence of teaching experience can be very important if applying to lecturing posts.

Research interests aren't essential, but should be added if they relate to the research area you are applying to.

2002 - 2005 BSc (Hons) Computer Science, University of Kent.

Upper Second Class Honours.
Modules included: Structured Programming, Software Engineering (Including Object Oriented Theory), Networks and Communication Systems
Group project on database design. I achieved well above average marks for this project.

1995 - 2002 Folkestone High School

2002 A-levels: Chemistry B, Computer Science B, Maths C

2000 GCSE’s: 8 including Maths and English and German, all at grades A to C

 

Brief details of school education is all that is required at this level.

Language skills may be worth mentioning as it's valuable to be able to read research papers produced in other languages

Employment

2008 - 2009 Research Assistant, Dept. of Computer Science , University of Kent, Canterbury, UK
I work as part of Professor J. Andrews research group in the field of the influence of replicated archetypes on complexity theory. My work involved the testing of a novel heuristic for the significant unification of evolutionary programming (SortesHeal), disproving that lambda calculus and erasure coding are regularly incompatible.

July 2004 - September 2004 Tesco (Shop Assistant)

Duties involved taking orders and stock control, generally dealing with customers and organising other assistants. I built a strong positive relationship with customers and staff

 

Relevant employment is of course the main focus here, but it's worth mentioning briefly other work that required people and teamworkinging skills and the skills mentioned below.

 

     

Page 2

   

Skills

General skills in research project management and data analysis. Specific expertise and interests in:

Computing Skills:

  • Applications: Microsoft Office Suite, Internet Explorer, Paint Shop Pro, Dreamweaver and several e-mail packages.
  • Programming Languages: C#, Java, Prolog, Perl, SQL, and HTML.
  • Operating Systems: Unix, Windows Vista, Windows XP

Teaching Skills:

  • Postgraduate Demonstrator. Regularly supervise practicals for undergraduate students and have supervised the undergraduate research projects of 2 final year students.
  • Have lead several seminars for undergraduates in the computer science department.

Time Management

  • It was important to complete my PhD within 3 years and this I did successfully. I also met without fail, the many deadlines in my teaching and supervisory duties. I have extensive experience of juggling different tasks and bringing these to a successful conclusion.

Other skills

  • Knowledge of research methodologies
  • Statistical software: extensive experience with SAS.
  • Data and information collection
  • Writing and presenting reports
  • Full current clean driving licence
  • I have a reasonable understanding of written German.
  Focused on research skills, but also include the "soft skills":
  • academic achievement: demonstrates application & high standards of performance;
  • communication skills: listening, speaking carefully & clearly, putting your arguments fluently in writing;
  • analysis: distinguishing relevant from irrelevant information, identifying issues & problems;
  • commitment: seriousness of purpose, capacity for hard work; initiative; self-motivation & self-discipline
  • practicality: realism, ability to set attainable goals;
  • maturity: tenacity, independence, organisation;
  • decisiveness: fact-finding skills, clarity, judgement, courage;
  • Original and creative thought: develop new concepts & ideas;
  • group skills: teamwork, leadership, ability to motivate others;
  • computing skills: knowledge of stats packages, spreadsheets, databases & programming languages.
  • Overcoming difficulties and solving problems.
  • To be independent. Managing your own time & work.
  • To argue your case with logic & not to be easily dissuaded by the views of others.

Interests

I enjoy rugby and was a member of the Kent University Rugby Club. The latter involved participating in activities, such as raising money for charity events, for example, in RAG week. I also enjoy current affairs and traveling.

 

  Not that important at this level, but does give a flavour of your personality and perhaps evidence for some of the skills outlined above.

References

Dr Alan Turing (PhD Supervisor)
Department of Computer Science
University of Kent
Canterbury
Kent CT2 7NJ

Professor Ada Lovelace
Department of Computer Science
University of Kent
Canterbury
Kent CT2 7NJ

 

   

 

Normally two academic references will be required here.

Page 3

   
     

APPENDIX

Detailed Synopsis of PhD

The roadmap of the research is as follows. Primarily, we explored the need for Smalltalk. we placed our work in context with the existing work in this area. To answer this question, we demonstrated that interrupts and interrupts are largely incompatible. Similarly, to answer this obstacle, we argued that although congestion control can be made collaborative, concurrent, and event-driven, the Ethernet and vacuum tubes are regularly incompatible.

Many computer scientists would agree that, had it not been for local-area networks, the emulation of link-level acknowledgements might never have occurred. It might seem perverse but fell in line with our expectations. The notion that cyberneticists cooperate with highly-available modalities is often good . To what extent can write-ahead logging be constructed to realize this ambition?

While previous solutions to this problem are promising, none have taken the pervasive method we propose here. Despite the fact that conventional wisdom states that this challenge is entirely solved by the simulation of cache coherence, we believe that a different approach is necessary. The disadvantage of this type of method, however, is that IPv6 and Boolean logic are often incompatible. The disadvantage of this type of method, however, is that multicast solutions and link-level acknowledgements are rarely incompatible. Combined with e-commerce, such a hypothesis improves an analysis of vacuum tubes .

We prove that Internet QoS can be made event-driven, robust, and wireless. The basic tenet of this method is the deployment of the producer-consumer problem. Despite the fact that prior solutions to this obstacle are bad, none have taken the permutable approach we propose in this work. While it might seem perverse, it is derived from known results. Without a doubt, it should be noted that Herte runs in W( n ) time. Therefore, we see no reason not to use e-business to emulate authenticated models.

We question the need for the analysis of active networks. Despite the fact that conventional wisdom states that this riddle is entirely answered by the refinement of SCSI disks, we believe that a different approach is necessary. Although such a hypothesis is mostly a compelling goal, it fell in line with our expectations. Similarly, this is a direct result of the construction of local-area networks. However, this solution is mostly satisfactory. Nevertheless, this approach is never adamantly opposed. Combined with checksums, such a claim deploys a novel methodology for the improvement of 4 bit architectures.

 

 

If you were applying to a non-research job you could probably omit this more detailed synopsis.

Computer scientists will, by now, have realised that this PhD synopsis is entirely bogus. It was generated by a program called SCIgen which generates random Computer Science research papers! You will find it at http://pdos.csail.mit.edu/scigen

Conferences, Presentations and Courses Attended

  • Research Council Graduate School, November 7th - 12th 2006.
  • Ergonomics Society Group Meeting, Nottingham, February 2005, presented poster.

Publications/Conference Papers

  • Turing, A., Andrews, J. & Stephens, W. Decoupling Markov models from suffix trees in scatter/gather I/O. Journal of Knowledge-Based, Optimal Technology 82 (2007), 57-60.
  • Harris, I., and & Turing, A. Simulating consistent hashing using perfect methodologies in POT the Workshop on Data Mining and Knowledge Discovery (Dec. 2006).
  • Babbage, C. & Turing, A.,. Visualizing the Turing machine using embedded archetypes. Journal of Embedded Configurations 25 (Nov. 2007), 85-102.

 

  Conferences, publications and presentations are very important for applications for academic posts.

Awards, Fellowships, and Grants

  • EPSRC Research Bursary 2005 - 2008
  • Burroughs Wellcome Computational Equipment Grant, (2008 - 2009)
  • NSC Travel Grant to FARO Advanced Study Institute, 2007

Professional Memberships

  • Student member of the British Computer Society
  Again more good evidence of enthusiasm for your academic area and recognition by awarding bodies
     

 

Back to CV and Covering Letter Examples Home Page