General OverviewThe PgDip/ MSc Biotechnology has been designed to develop subject knowledge at the forefront of current developments in biotechnology as well as relevant practical skills in areas such as nucleic acid technology, protein technology, microbiology, immunoassays, cell culture and medical biotechnology. The importance of research and commercialisation in biotechnology will also be key features of the programme. Research skills will be developed during the programme and applied in an independent research project. Theories in change and risk management will be explored and applied to the long term sustainability of the biotechnology industry.
The full time MSc programme will consist of six taught modules, a total of 120 credits over two terms and MSc research project. The course will be delivered through a mix of formal lectures and workshops, practical laboratory work and online material.
The course is designed primarily for students who have a BSc (Hons) in a biological science or chemical biology-related field, and who wish to proceed to further PhD research studies or to develop a career in the biotechnology or life science industry. It is common for current students with a BSc (Hons) in Biotechnology / Applied Bioscience to want to pursue a PhD by research. Completion of this MSc will greatly enhance the potential of any student to progress to a PhD by research in the life science/biotechnology sector.
The teaching and learning strategies adopted for the PgDip/MSc Biotechnology are designed to provide students with the necessary subject knowledge, understanding, abilities and skills for a career in the biotechnology or bioscience industry. A variety of teaching methods will be used to ensure that students remain engaged, motivated and challenged to learn. This will include enquiry-based learning, group working, interactive workshops, critical thinking and reflection, data analysis, and problem solving. There will be strong links with research and industry throughout the course, for example through the postgraduate research methods, research techniques in biotechnology and MSc research project modules as well as guest lecturers from industry and industrial visits incorporated into the research and commercialisation in biotechnology module. The VLE will facilitate many of these approaches, for example, group projects, development of graduate skills or making data sets available for analysis. The VLE will also allow some flexibility in the pace of study for students, for example, in the use of self-teaching materials, PowerPoint slides with commentary and self assessment tests. Traditional laboratory exercises to build practical lab skills will be augmented with the use of group case studies.
In the MSc research project, the graduate skills of independent learning, planning, lab working, team-working, data analysis and communication will all be required for success. The biotechnology industry requires graduates who are safe, competent and careful practical workers and so there will be substantial laboratory-based practical components with emphasis on quality control and good lab practice. The teaching methods chosen aim to meet the learning outcomes for the course and the individual modules. They cover the range of abilities that would be expected from an MSc graduate in Biotechnology. Cognisance was taken of the QAA Subject Benchmark statements for Biosciences (2015) and the SCQF level 11 benchmark statements which describe the general expectations of the attributes and capabilities that can be expected at Masters level. The assessment strategies are designed to enhance student engagement with the full learning process. Accordingly, criteria for assessment will reflect the aim of enhancing learning flexibility. Students will be required to reflect on their graduate skills development and thereby personal reflection will be developed. Assessment across the programme requires students to use various forms of written and oral presentation appropriate to a professional scientist. This will include laboratory reports, log books, essays, scientific papers, case studies, literature reviews, research proposals, posters and oral presentations. Within this process, students will be required to critically review the results of their work, using evidence from literature and personal experience. These skills will enhance their abilities to self-analyse, self-reflect and self-critique.
Each MSc research project will be supervised by a member of academic staff and supported by technical and research staff. With obvious constraints, the research topic will be selected by the student in consulation with staff in the subject area. The choice of project offers students a chance to develop an interest in a particular area of research. Since this is a course at Master's level, it is important that students are required to apply their knowledge to the solution of unfamiliar problems. Assessment of the research project will be crucial in determining whether Master's level learning outcomes have been achieved. Students undertaking assessment within this programme are bound by the regulations in relevant chapters of the UWS regulatory framework. An overview of these is given in the Student Handbook and full details of the assessment criteria for each module is provided in the module descriptor which will be made available to students on the VLE. Assessment schedules and assignments will be available to students through the VLE on individual module sites. Regulations for the anonymous submission of work are in force, as are those for marking, moderation and external examination of assessment material. The marking and grading scheme is available to students in the Student Handbook.
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