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Programme Specification for Biomedical Science DBMS - Professional Doctorate

 

Final award

DBMS

Intermediate awards available

N/A

UCAS code

N/A

Details of professional body accreditation

N/A

Relevant QAA Benchmark statements

N/A

Date specification last up-dated

August 2012

Profile

The summary - programme advertising leaflet

Programme content

Professional doctorates are not new qualifications. They have been awarded since medieval times in professions such as law, medicine and theology, but until recently had been overshadowed by the pure research based PhD. With the increased interest in developing doctoral programmes linked to professional development, interest in professional doctorates has returned. The School of Health, Sports and Bioscience currently runs several well recognised and established, IBMS (Institute of Biomedical Science) accredited degree programmes in biomedical science. These BSc (Hons) and MSc programmes attract large numbers of students each year. The professional doctorate is an alternate pathway to a doctorate qualification for those in professional practice whom aspire to develop their practice to the highest level and have this recognised in an academic context.

Professional Doctorate in Biomedical Sciences at UEL

The programme is flexible and offers working professionals the opportunity use research carried out at their place of work to improve their professional practice. Core modules are intended to help students plan and execute their own research project. The activities within the programme would also be of benefit to the practitioner’s workplace.

Entry requirements

The programme is open to those candidates who hold an appropriate graduate qualification in Biomedical Science or closely related subject from a UK or equivalent university, however it is expected that most applicants will also be in possession of a post-graduate qualification (e.g. MSc in Biomedical Science). Completion of such a programme allows a candidate to apply for prior advance standing. In addition, the students MUST be currently employed in biomedical sciences and would be expected to have an appointment at band 7 or above. A letter of support is required from prospective student’s employer stating their support for the student and willingness to allow the investigative studies to take place in the work place.

Applicants with either prior-certified learning or prior-experiential learning (at postgraduate level) that closely matches the specified learning outcomes of the taught part of the programme may be able to claim exemption via agreed university procedures (submission of an evidence based portfolio to the School panel and subsequent recommendation to the appropriate School Assessment Board) however, this will not qualify for the award of a UEL Masters degree. This advanced standing is restricted to a maximum of 120 M level credits. No exemption can be claimed against the research part of the programme or in situations where a professional body excludes it. The regulations allow prior credit for up to half of that in the programme.

At least two members of academic staff will review each submitted application before a decision is made. An interview will normally be required for admission onto the programme.

Where English is not the applicant’s first language, a minimum IELTS Academic English, or such qualifications as our University deems comparable, score of 7.0 overall, with a minimum of 6.5 in all components, is required at entry. Such assessment of English language competence must normally have been undertaken no more than two years prior to application, though relevant and more recent study in a United Kingdome Higher Education Institute may be accepted as sufficient proof of ability.

Programme structure

Students will follow a part-time programme (45- 60 months). In the first year students have to complete the two core D level modules, that can be undertaken mainly at work but some attendance at the University will be required. Those without post-graduate qualification will be required to first complete an appropriate Masters qualification in biomedical science.

The taught element of the programme represents less than half of the total programme measured by student effort.

Learning environment

Student learning is encouraged through participation in a wide variety of activities which can be carried out either at UEL or at your workplace. However students will also be encouraged to attend specialist lectures, seminars, workshops and external visits and to make full use of web-based learning. The university offers many facilities that could support the student and expertise in a range of biomedical disciplines. We would provide in-house training in cases where such needs were identified. Additionally, we actively promote post-graduate student involvement in our research seminar programme.

Assessment

The skills and planning modules will be assessed through coursework designed to enhance scientific communication skills culminating in (the first year with) the production of a research proposal and reflective portfolio of professional practice. The research dissertation is assessed through thesis and oral examination.

Relevance to work/profession

The professional doctorate is aimed at practising professionals who wish to acquire the highest level of professional and academic achievement. Students have to be employed in Biomedical Science to take part in the programme as it is expected that the project will be carried out at the workplace.

The professional doctorate is a recognized step on the career path towards advanced practitioner grades in the NHS (see figure below, adapted from the IBMS website). The figure indicates where diplomas in expert and extended practice sit in the framework of the Institute of Biomedical Science’s professional qualifications and also shows how these qualifications link to University academic qualifications. The career path from basic grade Biomedical Scientist (with a certificate of competence), to Advanced Specialist is paralleled by increasingly higher academic qualifications. A professional doctorate will assist the individual to gain access to these higher grades.

Beyond the individual applicant, we include a module focussed upon critical analysis and reflective practice from which the student will be encouraged to review and where appropriate implement change, helping to bridge the gap from academic research to professional practice. 

Research/project work

The research project will be work based appropriate to the student’s biomedical science speciality. The length of the interim reports and final dissertation are given below. 

  • A project proposal (3000-6000 words) prepared during the Research preparation and planning module, prior to undertaking investigative studies. This is presented to the Academic Board Research Degrees Review Sub-Committee (ABRC)
  •  A 40000 word thesis (max 60000) that will be assessed by an oral examination. External and internal examiners with appropriate high level expertise in the subject will perform the assessment  

Registration of your research component can only take place following approval by the RDSC of the suitability of the candidate to undertake research, of the programme of research, of the supervision arrangements and of the research environment. These approvals require appropriate academic judgement to be brought to bear on the viability of each research proposal.  

Candidates for a Professional Doctorate must successfully complete all assessed elements from the taught part of the programme prior to gaining their award. 

Once you have started the research stage of the programme, progression will be formally reviewed annually by a Panel comprised of staff with appropriate academic and professional expertise that are independent of the candidate’s supervisory team. The School’s Research Degrees Sub-Committee and the Research Degrees Review Sub-Committee monitor the reports from these Panels. 

The examination of the research component of the Professional Doctorate has two stages: firstly the submission and preliminary assessment of the research; and secondly its defence by oral examination.

Added value

As yet there are no professional body exemptions.  

Your future career

Biomedical scientists are found working in the NHS, in government or private laboratories and in industry. The research and specialist training you receive in the DBMS programme will help you in progress in your elected career pathway and gain academic standing.

How we support you

The Graduate School is responsible for providing a focus to support of our postgraduate research students and for our institution’s research and scholarly strategy. 

The Graduate School is responsible for providing a focus to the support of our postgraduate research students and for our institution’s research and scholarly strategy. 

Professional Doctorate students will have at least two and not normally more than three supervisors, who together demonstrate an appropriate range of academic and professional experience.  One supervisor shall be the Director of Studies with responsibility to supervise the candidate on a regular and frequent basis. Furthermore, one member of the supervisory team will be a practicing specialist based at the workplace.

Bonus factors

Students will be encouraged to present their research work at meetings such as the biannual IBMS meeting, annual meeting of Professional Doctorates, or any other national or international meeting considered appropriate. This will enhance the standing of the student and of their workplace.

Outcomes

Programme aims and learning outcomes

What is this programme designed to achieve?

This programme is designed to give you the opportunity to: 

  • To gain an understanding of the nature of research processes and to develop the practical and transferable skills necessary for career progression in Biomedical Sciences and related areas.
  • To use opportunities to develop a range of personal and professional skills necessary for the preparation, planning, organisation and management of research projects.
  • To provide opportunities for the development of co-operative networks.
  • To critically evaluate the concepts, techniques and applications of Biomedical Sciences and to develop responsibility for independent learning.

What will you learn?

A candidate who is awarded a Professional Doctorate will be expected to have achieved the following learning outcomes: 

To have created and interpreted new knowledge, through original research, or other advanced scholarship, of a quality to satisfy peer review, that extends the forefront of the discipline and merits publication; 

To have systematically acquired an understanding of a substantial body of knowledge at the fore-front of an academic discipline or area of professional practice; 

To have the general ability to conceptualise, design and implement a project for the generation of new knowledge, application or understanding at the forefront of the discipline and to adjust the project design in the light of unforeseen problems; 

To have detailed understanding of applicable techniques for research and advanced academic enquiry; 

To have the ability to make informed judgements on complex issues in specialist fields, often in the absence of complete data, and be able to communicate their ideas and conclusions clearly and effectively to specialist and non-specialist audiences: 

To have the ability to continue to undertake pure and/or applied research and development at an advanced level, contributing substantially to the development of new techniques, ideas or approaches; 

The qualities and transferable skills necessary for employment requiring the exercise of personal responsibility and largely autonomous initiative in complex and unpredictable situations, in professional or equivalent environments.

Knowledge

  • To obtain an in-depth knowledge of Biomedical Science in the specialism you select
  • A critical awareness of current research in Biomedical Science and specifically their area of expertise in the profession

Thinking skills

  • You will learn to formulate hypotheses with the minimum of assistance
  • You will learn to comprehend, analyse, interpret and criticise published information within Biomedical Science.

Subject-Based Practical skills

  • You will learn to analyse data from their own and other people's experiments and to interpret them in the light of published work.
  • You will learn to conceptualise, design and implement projects related to advanced practice in biomedical science.

Skills for life and work (general skills)

  • You will develop your own style of independent learning and assume personal responsibility for projects of an advanced nature.
  • You will learn to communicate scientific ideas and experiments to others and to debate relevant ethical issues.

Structure

The programme structure

Introduction

All programmes are credit-rated to help you to understand the amount and level of study that is needed. 

One credit is equal to 10 hours of directed study time (this includes everything you do e.g. lecture, seminar and private study). 

Credits are assigned to one of 5 levels: 

0          equivalent in standard to GCE 'A' level and is intended to prepare students for year one of an undergraduate degree programme

1          equivalent in standard to the first year of a full-time undergraduate degree programme

2          equivalent in standard to the second year of a full-time undergraduate degree programme

3          equivalent in standard to the third year of a full-time undergraduate degree programme

M         equivalent in standard to a Masters degree

D         equivalent in standard to a Doctorate degree

Credit rating

Professional Doctorate programmes are coming under an institutional credit framework but this process will not be complete until September 2011.  The detailed information on the specification will indicate if this programme has yet implemented the framework

Typical duration

As the expectation is that students will be in employment and undertake their research component in their workplace, it is only possible to undertake this programme through part-time study.  

The normal minimum and maximum periods of registration for a Professional Doctorate are as follows: 

                                                Minimum                     Maximum 

Part-time                                 45 months                   60 months

How the teaching year is divided

Applications will be considered at any time throughout the year however the programme is delivered within the UEL semesterised calendar that offers start points in early September or early February. Only P/T study is available.

What you will study when

Students complete 120 M level credits and two core taught D level modules before proceeding to the research project. A maximum of 120 M level credits may be awarded in recognition of prior learning at postgraduate level assessed on a case by case basis.

Level

UEL Module Code 

Module title

Credit

Status

D

 

Biomedical Research Planning and Practice

30

Core

D

 

Professional Practice in Biomedical Science

30

Core

D

 

Research Project

360

Core

M

BSM001 

Bioinformatics 

30 

Option 

BSM005 

Biomedical Immunology 

30 

Option 

BSM006 

Applied Biomedical Immunology 

30 

Option 

BSM009 

Medical Microbiology - Pathogenesis 

30 

Option 

BSM010 

Medical Microbiology - Control 

30 

Option 

BSM011 

Toxicology 

30 

Option 

BSM012 

Applied Toxicology 

30 

Option 

BSM013 

Molecular Biology and Disease 

30 

Option 

BSM014 

Commercial Biotechnology 

30 

Option 

BSM015 

Analytical Toxicology 

30 

Option 

BSM016 

Applications of Bioinformatics 

30 

Option 

Requirements for gaining an award

In order to gain a professional Doctorate, students must complete the taught elements of the programme gaining 60 credits at D level and already be in possession of 120 credits at M level (normally acquired through a prior Masters degree which is required for entry to our programme) and must additionally complete the research project and thesis and successfully defend their research in an oral examination.

Assessment

Teaching, learning and assessment

Teaching and learning

Knowledge is developed through

  • Discussions and meetings including external scientific meetings
  • Reading and evaluating scientific papers and literature

Thinking skills are developed through

  • Reflective activities with feedback either at University or the workplace
  • Discussions and meetings including external scientific meetings

Practical skills are developed through

  • Research skills-based activities with feedback
  • Advanced IBMS practitioner exercises that may be completed at the workplace

Skills for life and work (general skills) are developed through

  • The demands of the study medium (preparation of doctoral project, thesis and publications)
  • Planning activities with feedback
  • Project work completed at the workplace

Assessment

Assessment will primarily consist of

  • Module coursework appropriate to the learning outcomes.
  • A research proposal (4000 words) taken from the skills modules
  • A 40,000 word thesis that will be assessed by a viva voce.

Knowledge will be assessed by

  • Examinations and coursework (in the taught core course modules emphasis will be given to work-based coursework)
  • Interim reports and Final oral examination

Thinking skills are assessed by

  • Examinations and coursework (in the taught core course modules emphasis will be given to work-based coursework)
  • Final oral examination

Practical skills are assessed by

  • Laboratory practical / coursework (in the taught core course modules emphasis will be given  to work-based coursework)
  • Reports from work based supervisors

Skills for life and work (general skills) are assessed by

  • Laboratory practical/ coursework (in the taught core course modules emphasis will be given to work-based coursework)
  • Coursework reports
  • Reports from work based supervisors

Quality

How we assure the quality of this programme

Before this programme started

Before this programme started, the following was checked:

  • there would be enough qualified staff to teach the programme;
  • adequate resources would be in place;
  • the overall aims and objectives were appropriate;
  • the content of the programme met national benchmark requirements;
  • the programme met any professional/statutory body requirements;
  • the proposal met other internal quality criteria covering a range of issues such as admissions policy, teaching, learning  and assessment strategy and student support mechanisms. 

This is done through a process of programme approval that involves consulting academic experts including some subject specialists from other institutions.

How we monitor the quality of this programme

The quality of this programme is monitored each year through evaluating:

  • external examiner reports (considering quality and standards);
  • statistical information (considering issues such as the pass rate);
  • student feedback.

Drawing on this and other information, programme teams undertake the annual Review and Enhancement Process which is co-ordinated at School level and includes student participation. The process is monitored by our Quality and Standards Committee.

Once every six years we undertake an in-depth review of the whole field. This is undertaken by a panel that includes at least two external subject specialists. The panel considers documents, looks at student work, speaks to current and former students and speaks to staff before drawing its conclusions. The result is a report highlighting good practice and identifying areas where action is needed.

Furthermore, we participate in Professional Doctorate events hosted by the UK Council for Graduate Education to ensure harmonisation of our programme with those elsewhere.

The role of the programme committee

This programme has a programme committee comprising all relevant teaching staff, student representatives and others who make a contribution towards the effective operation of the programme (e.g. library/technician staff).  The committee has responsibilities for the quality of the programme. It provides input into the operation of the Review and Enhancement Process and proposes changes to improve quality.  The programme committee plays a critical role in the quality assurance procedures.

The role of external examiners

The standard of this programme is monitored by at least one external examiner.  External examiners have two primary responsibilities:

  • To ensure the standard of the programme;
  • To ensure that justice is done to individual students. 

External examiners fulfil these responsibilities in a variety of ways including:

  • Approving exam papers/assignments;
  • Attending assessment boards;
  • Reviewing samples of student work and moderating marks;
  • Ensuring that regulations are followed;
  • Providing feedback through an annual report that enables us to make improvements for the future.

Listening to the views of students

There will be regular documented meetings with the university supervisor/s and at the workplace meetings with the work-based supervisor.  In addition the programme committee will oversee and respond to any questions raised. 

To help students and to encourage employers to support students on this programme, we have designed the programme to be predominantly work-based.  The activities should benefit the practitioners’ workplace and this will help the employer justify support for the student on this programme, for example, through the projects undertaken it could allow organisations to implement new processes or procedures that benefit the workplace.

Listening to the views of others

We have regular discussions with senior Biomedical Scientists in the NHS and with representatives of the Strategic Health Authority to discuss our programmes.

Further Information

Alternative locations for studying this programme

LocationWhich elements?Taught by UEL staffTaught by local staffMethod of Delivery

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Where you can find further information

Further information about this programme is available from:


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