Programme Specification Template Please see Guidance Notes in the Programme Approval Guidance for Programme Teams to assist in the completion of this template. 1. Awarding Institution/Body Teesside University [TU] 2. Teaching Institution Leeds City College 3. Collaborating Organisations (include type) n/a 4. Delivery Location(s) [if different from TU] Horsforth Campus and Park Lane Campus, Leeds City College 5. Programme Externally Accredited by (e.g. PSRB) n/a 6. Award Title(s) FdSc Biomedical Sciences (Biotechnical Sciences) 7. Lead School Science 8. Additional Contributing Schools n/a 9. FHEQ Level [see guidance] FHEQ 5 10. Bologna Cycle [see guidance] Short cycle (within or linked to the first cycle) 11. JACS Code and JACS Description CF13 12. Mode of Attendance [full-time or part-time] Full time 13. Relevant QAA Subject Benchmarking Group(s) Biomedical Science, Biosciences 14. Relevant Additional External Reference Points (e.g. National Occupational Standards, PSRB Standards) Date of Production/Revision Good Laboratory Practice (Directive 2004/10/EC and Directive 2004/9/EC); COSHH, CLP and REACH safety and labeling guidelines for storage of chemicals. 15. 2013-14 Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 16. Criteria for Admission to the Programme (if different from standard University criteria) Minimum entry requirements will be 2 X D in a relevant A-level or a Merit profile in a BTEC National Diploma or another level 3 qualification together with a GCSE at grade C in English and Mathematics. We welcome applications from candidates who may not have met the academic criteria, but can demonstrate experience in their chosen field. Candidates in this category will be interviewed to assess their suitability for the course and asked to provide a portfolio of evidence to support their application. The course structure actively supports claims for Accreditation of Prior Learning (APL) and Accreditation of Prior Certificated Learning (APCL). International qualifications will be assessed against these criteria. Speakers of other languages need to have an IELTS score of at least 6.0 or a recognised level 2 English qualification. 17. All students must be able to demonstrate either by qualifications or testing that they have the required literacy skills to complete the course. Educational Aims of the Programme The overall aims of the programme are to produce graduates who: 18. Have a clear and in-depth knowledge of microbial processes and applications Have an understanding of the range of opportunities to use microbes for the benefit of humans Have the ability to work confidently and independently, are able to reflect and learn from their workplace experience in, or study of, a relevant industry and to relate this experience to theory, knowledge and good practice. Are “good employees” having both technical competencies and professional aptitudes Have analytical understanding and practical experience which relates to the bioscience industry Learning Outcomes The programme will enable students to develop the knowledge and skills listed below. On successful completion of the programme, the student will be able to: Knowledge and Understanding K1 Demonstrate a comprehensive and detailed knowledge of activities and applications within the Biotechnology, Bioscience and health-related industries K2 Demonstrate a clear, broad and detailed knowledge of standard scientific procedures and describe aspects of good practice including ethical considerations within relevant industry bases K3 Evidence understanding of practical activities to test hypotheses and follow written instructions to safely implement or model laboratory procedures within the Biotechnology sector K4 Demonstrate a broad, up to date interdisciplinary knowledge base relevant to the current body of scientific understanding within the Biotechnology, Bioscience and health-related industries Cognitive/Intellectual Skills Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 C1 C2 Research, plan, undertake and evaluate a self-managed project in which evidence is synthesized and appraised relevant to Biotechnology, Bioscience or health–related industries Demonstrate intellectual rigor in application of knowledge to problems C3 Be confident and creative in identifying, analysing and solving complex problems in a scientific context using appropriate knowledge and methods C4 Draw concise and accurate scientific conclusions through the analysis of data including evaluation of the quality and reliability of the data Practical/Professional Skills P1 Respond to changing situations within the practical environment and relevant industry bases showing knowledge of good practice and current regulations P2 Work safely within a laboratory environment and show knowledge of hazards, risks and ethical issues with appropriate responses for relevant industries Key Transferable Skills T1 Plan, manage and evaluate the acquisition of new knowledge and skills as part of a strategy for employment and future professional development T2 Communicate clearly, fluently and effectively in a range of styles using technical and specialist language in a professional manner. Engage in academic debate and discussion effectively T3 Demonstrate the ability to use professionally and confidently standard and specialist computer software which are relevant to the industry sector T4 Operate as part of a team and evaluate own performance as such 19. 20. Key Learning & Teaching Methods Emphasis on providing a solid practical experience with interpretation and analysis of data produced including computer-based techniques Lectures and seminars including invited industry specialists and speakers Project work Workshops/problem classes On-line guided learning and self-assessment, extension and support materials Reflective log (with some online content) Group/individual presentations Work-related - work-based tasks allowing students to contextualize their learning through a project Key Assessment Methods Time constrained assessments Laboratory reports Reflective journal Written coursework including mathematical problems Case study with problem solving Professional discussion Presentation (academic poster or oral) Research project Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 21. Programme Modules (additional copies to be completed for each named pathway) Level 4 Code Title Credits Personal & Professional Development Mathematics Integrated Biomolecular Science Integrated Practical Skills in Science Physiology and Pathology Biochemical Processes 20 20 20 20 20 20 Status NonCompensatable Compensatable Core Core Core Core Core Core no no no no no no yes yes yes yes yes yes Status NonCompensatable Compensatable core core core core core core no no no no no no yes yes yes yes yes yes Level 5 Code Title Credits Work Related Learning Scientific Investigation Biotechnology Microbiology and Microbial Disease Pharmacology and Therapeutics Immunology 20 20 20 20 20 20 Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 4 of 17 Level 4 wk 1 2 3 4 5 6 Semester 1 Semester 2 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Mathematics 20 credits Personal & Professional Development 20 credits Integrated Practical Skills in Science 20 credits Integrated Biomolecular Science 20 credits Biochemical Processes 20 credits C Physiology and Pathology 20 credits Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 5 of 17 Level 5 wk 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Work Related Learning 20 credits C Scientific Investigation 20 credits Microbiology and Microbial Disease 20 credits Biotechnology 20 credits Immunology 20 credits Pharmacology and Therapeutics 20 credits Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 6 of 17 22. Programme Structure Overview of structure of the modules across the Academic Year. Level 4: The programme has potentially three themes: equipping the student with foundation knowledge and skills, application of these skills and knowledge through work based experiences, and understanding contexts of scientific endeavour within chosen occupational sectors (for those who choose so). Consistent contextualisation and application of module theory, to the occupational sector of focus, will further link the learning and skills, principles and concepts to the practical workings and employment opportunities in the chosen occupational sector. The first semester aims to provide students with strong foundations in scientific knowledge, with an awareness of mathematical techniques applied in scientific study, managing human resources, and staff management (recruitment, disciplining, and person development). The industry application is focussed around the need for practical application of these skills into the specific occupational sector; addressed with a practical unit delivered in semester 2. The second semester continues to develop the student’s awareness of professional development and the role of reflection as well as mathematical techniques appropriate for use in the science industry. Further links to the sector context are to be made more specifically through the practical module content and its application to industry. Students will study Integrated Biomedical Science and Integrated Practical Skills in Science with a common Mathematics module as well as a professional development element in the first year in addition to Biochemical Processes and Physiology and Pathology The continual contextualisation and application of scientific theory to sector-specific practice ensures the student is fully engaged on a practical level which supports good retention. Level 5: At this level students are challenged to become independent learners, to further apply theoretical aspects to their chosen sector. Students study units which will prepare them for employment and progression choices. There is a work-related element along with the Scientific Investigation module assessed by a project. Those students who are not able to find a work experience outside college will be offered internal opportunities and projects which allow them to complete this module. These units are core to the programme as well as Biotechnology and Microbiology and Microbial Disease. Two additional units must also be studied Immunology and Pharmacology & Therapeutics Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 7 of 17 FdSc Biomedical Sciences (Biotechnical Sciences) Structure Level 4 (Year 1) Semester 1 Semester 2 Personal & Integrated Professional Practical Development Skills in (20 credits) Science 4 (20 Credits) 4 Integrated Biochemical Biomolecular Processes Science (20 (20 credits) Credits) 4 4 Mathematics (20 credits) 4 Level 5 (Year 2) Semester 1 Semester 2 Microbiology Biotechnology and Microbial (20 Credits) Disease 5 (20 Credits) 5 Immunology (20 Credits) 5 Pharmacology and Therapeutics (20 Credits) 5 Work Related Learning (20 Credits) 5 Scientific Investigation (20 Credits) 5 Physiology and Pathology (20 Credits) 4 Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 8 of 17 23. Support for Students and Their Learning The award adopts the approach to student learning support as identified in the Scheme programme specification. Tailored induction support begins before students arrive with the admissions team, and is reinforced at the detailed induction programme A robust communications system functions to give students access to lecturers and management; this includes e-mail, the VLE and notice boards. All necessary information about the programme is provided by means of the student handbook, module handbooks and the VLE. Each student is allocated a tutor for regular tutorials and personal development planning. This is implemented in the first term and continued throughout the two years of study There is an extensive range of learning resources in the Library, supported by specialist staff. 24. The College provides an extensive range of services for students, including support for those with special needs Distinctive Features An emphasis on the balance between core scientific theory and skills along with a range of industry foci. Producing students that have the tools to succeed within employment with appropriate transferable skills specified by our industrial contacts. Outstanding range of opportunities to develop practical scientific experience valued by the sector highlighting skills relevant to the Biotechnical industry such as production and regulation of microbial processes including production of pharmaceuticals and bio-products. Students have access to an excellent range of facilities including: well-equipped modern laboratories with excellent technical support, laboratories are highly equipped with multi-media facilities to deliver quality outcomes to a meet the needs of a diverse range of students. The qualification offers an excellent opportunity to work across disciplines. This provides an innovative and contemporary way of creatively approaching the development of scientific skills and this is particularly well-evidenced within the integrated practical core module. Strong teaching team with industry experience as well as academic qualifications The Yorkshire and Humber region offers a wide and expanding range of potential employers in the STEM sector. Within the region the urban district of Leeds and Bradford offers a range of employers for students with strong science and employability skills – this includes both biosciences and healthcare industry with biotechnology a growing target throughout the region. Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 9 of 17 Stage Outcomes (Foundation Degrees) Please give the learning outcomes for interim stages of the programme for each named pathway or award, e.g. for Honours degrees programme, Stage/Level 4(1) outcomes, and Stage/Level 5(2) outcomes and for Foundation Degrees, Stage 1/Level4 and programme outcomes. Separate Stage/Level 6(3) outcomes are not required as it is assumed that these are consistent with the programme outcomes I the programme specification. (If there have been no significant changes made to the programme outcomes as part of the review, then the stage outcomes from the original programme documentation can be included). Please add additional rows where necessary. Key: NO K1 K2 K3 K4 C1 C2 K = Knowledge and Understanding C = Cognitive and Intellectual P = Practical Professional T = Key Transferable [see programme specification] Programme Outcome Level 4 Demonstrate a comprehensive and detailed knowledge of activities and applications within Biotechnology, Bioscience and health-related industries Demonstrate a clear, broad and detailed knowledge of standard scientific procedures and describe aspects of good practice including ethical considerations within Biotechnology, Biosciences, and/or health-related industries Evidence understanding of practical activities to test hypotheses and follow written instructions to safely implement or model laboratory procedures within the Biotechnology sector Demonstrate a broad, up to date interdisciplinary knowledge base relevant to the current body of scientific understanding within the Biotechnology, Bioscience and health-related industries Research, plan, undertake and evaluate a self-managed project in which evidence is synthesized and appraised relevant to Biotechnology, Bioscience and health-related industries Demonstrate intellectual rigor in application of knowledge to problems Describe activities within relevant industries using scientific knowledge Describe and identify good practice List individual actions required to perform a practical activity Describe, explain and use key elements of the foundation knowledge Identify a topic and appropriate research methods to gather information and justify conclusions Gather, record and describe with guidance detailed information from a range of sources Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 10 of 17 C3 C4 P1 P2 T1 T2 T3 T4 Be confident and creative in identifying, analysing and solving complex problems in a scientific context using appropriate knowledge and methods Draw concise and accurate scientific conclusions through the interpretation and analysis of data including evaluation of quality and reliability of the data Respond to changing situations within the practical environment and relevant industry showing knowledge of good practice and current regulations Work safely within a laboratory environment and show knowledge of hazards, risks and ethical issues with appropriate responses for relevant industries Plan, manage and evaluate the acquisition of new knowledge and skills as part of a strategy for employment and future professional development Communicate clearly, fluently and effectively in a range of styles using technical and specialist language in a professional manner. Engage in academic debate and discussion effectively Demonstrate the ability to use professionally and confidently standard and specialist computer software which are relevant to the industry sector Operate as part of a team and evaluate own performance as such Identify problem, apply given method accurately and carefully to solve problem creatively Gather, record and describe data Act with limited autonomy within defined guidelines Can safely use a specified range of standard techniques and demonstrate awareness of common hazards, issues and their resolution Identify own learning strengths and articulate personal skills, abilities, interests and motivations and relate these to career opportunities. Communicate appropriately using scientific language verbally and in writing. Use basic IT tools Engage in team activities Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 11 of 17 Map of Outcomes to Modules Please provide a map for each named pathway or separate award. Insert outcomes key across the top of each column, adding in additional columns where necessary, insert module names in the left of the grid and place an “A” in the box where the programme outcome is assessed. For Undergraduate programmes please provide a map for each Stage, e.g. Stages 1 and 2 and programme outcomes for Honours degrees, and Stage 1 and programme outcomes for Foundation Degrees. Outcome Key Module Name K1 K2 Personal & Professional Development Mathematics A A Integrated Biomolecular Science Integrated Practical Skills in Science Biochemical Processes Physiology A and Pathology K3 K4 A C1 C2 A C4 A A A C3 A A A A A A A A A A P1 A P2 A T1 A T2 A T3 A A A A A A A A A A Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 12 of 17 A A A A T4 A Module Name Work Related Learning K1 A Scientific A Investigation Pharmacology and Therapeutics Immunology K2 K3 K4 A C1 C2 A A A A A A A C3 A C4 A A A A Microbiology and Microbial Disease A A A P2 A A Biotechnology P1 A T1 A A A A A A A A Programme Specification - FdSc Biomedical Sciences (Biotechnical Sciences) – Version 1 – Feb 2014 13 of 17 T4 A A A A T3 A A A A T2 A A