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Academic and Professional Skills Portfolio

  • Module code: PY4110
  • Year: 2018/9
  • Level: 4
  • Credits: 30
  • Pre-requisites: None
  • Co-requisites: None

Summary

This module provides some fundamental learning and academic skills for students on the Foundation Degree in Pharmaceutical and Chemical Sciences. It is intended to introduce a number of key skills which you will need to draw on in your future academic and professional careers. Maths, study skills and academic writing are covered together with a personal development folder based on work-based placements. This module is designed to aid you to find successful employment.

Aims

  • To provide students with mathematical, presentation, reporting and IT skills to support their scientific progress
  • To promote and aid the development of effective learning strategies
  • To provide the foundations for personal and career development through the use of a personal development portfolio

Learning outcomes

On successful completion of the module, students will be able to:

  • Perform standard mathematical and statistical calculations and perform algebraic manipulation and apply the techniques of calculus to mathematical equations and solve numerical problems
  • Apply statistics and have an understanding of measurement uncertainty; evaluate measures of spread and variation of data sets
  • Develop professional and study skills
  • Produce documents for personal and career development
  • Produce a structured reflective portfolio containing evidence of work-based learning and competencies obtained though that work-placement
  • Develop good interview skills.

Curriculum content

  • Study skills - effective note taking, information retrieval, avoiding plagiarism and other forms of academic misconduct, correct styles of English for scientific writing and reporting, exam and revision technique.
  • Maths - numeracy, algebra, logs and exponentials, introduction to calculus. Statistical analysis of measurement uncertainty, production and correct use of graphs and tables.
  • Personal and career development - Production of CVs, letters and creation of portfolio of work-based placement, which will grow in subsequent years to record CPD activities.

Teaching and learning strategy

The module is delivered across the year, with around four hours of contact per week split between lectures, workshops and tutorials, with an emphasis on workshop and tutorial sessions. Core material is given through lectures and supported in problem solving workshops. Further activities will support studnets to develop employability skills and prepare them for placement activities and experiences. Additional support will be provided through blended learning, computer-aided learning and through Canvas.

Breakdown of Teaching and Learning Hours

Definitive UNISTATS Category Indicative Description Hours
Scheduled learning and teaching Lectures and workshops Tutorials 88
Guided independent study 124
Study abroad / placement Work-based placements (this includes any activity associated with placements) 88
Total (number of credits x 10) 300

Assessment strategy

This module has an in module maths test which accounts for 25% of the overall mark, the remainder being coursework.

There will be a combination of both formative and summative maths test to help with the students understanding of maths when applied to a science, particularly pharmacy, setting. They will be in 'exam-like' conditions, so they know the feeling of time constraints when completing an assignment.

The student has to assemble a structured reflective portfolio with the aim of building the student's portfolio of work-based activities. These will include having CVs and covering letters. They will build up this portfolio and also have reflective pieces, reviewing their own work. This will help them in the practical side of looking for work or for placements. It should also form a valuable resource for future employment. The portfolio will be reviewed formatively through the year and feedback given. At the end of the year the student's portfolio will be summatively assessed. (NOTE:  This is not a portfolio of assessed activities/assignments but a portfolio of materials which is assessed as a single piece of work)

The role play will help students with their empathy skills and interview skills. This will help in their future careers if they wish to transfer onto pharmacy, as well as when they are trying to look for work. In addition, it will support their communication skills as future pharmacists and/or scientists. The role play will be summatively assessed.

Mapping of Learning Outcomes to Assessment Strategy (Indicative)

Learning Outcome Assessment Strategy
1) Perform standard mathematical and statistical calculations and perform algebraic manipulation and apply the techniques of calculus to mathematical equations and solve numerical problems. Maths test
2) Apply statistics and have an understanding of measurement uncertainty; evaluate measures of spread and variation of data sets Maths test Structured reflective portfolio
3) Develop study and professional skills Structured reflective portfolio Role playing exercise
4) Produce documents for personal and career development Structured reflective portfolio
5) Produce a structured reflective portfolio containing evidence of work-based learning and competencies obtained though that work-placement Structured reflective portfolio
6) Develop good interview skills Structured reflective portfolio

Elements of Assessment

Description of Assessment Definitive UNISTATS Categories Percentage
Written examination In class maths test 25%
Practical exam Role playing exercise 25%
Coursework Structured reflective portfolio 50%
Total (to equal 100%) 100%

Achieving a pass

It IS NOT a requirement that any element of assessment is passed separately in order to achieve an overall pass for the module. All students are subject to Fitness to Practice regulations in addition to the University Students Disciplinary procedures.

Bibliography core texts

  • Currel and Dowman (2009). 'Essential Mathematics and Statistics for Science', Wiley

Bibliography recommended reading

  • Northedge (2005). 'The Good Study guide', OUP
  • Trzecisk and Mackay (2009). 'Study Skills for Science and Technology', Longman
  • Silyn-Roberts (2000). 'Writing for Science and Engineering', Butterworth Heinemann

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