Biological Laboratory Sciences, FdSc

Overview

The course provides all of the practical skills needed for working in a laboratory, including preparing solutions, chemical handling and working with state-of-the-art laboratory instruments. You will also undertake nutritional, chemical and microbiological analysis of food, air, soil and water, and investigate chemical synthesis, gene cloning, protein analysis and other microbiological techniques.

You will study the key environmental and biological principles that govern the natural world, diseases, anatomy and physiology, and gain the enhanced research skills required for further study.

Course length:

Full-time: 2 years (2 days a week)
Part-time: 3 years (1.5 days per week)

Start date:

13th September 2021

Location:

Knightstone Campus

Course codes:

Institution: W47
Course: BLS1
Campus: -

Awarding institution:

UWE Bristol

Find out more

Course detail

The course has employability at its heart and will set you up for various roles within a laboratory setting. You will be taught in the laboratories and classrooms in our Knightstone Campus, and you will also be able to take advantage of all of everything on offer in our new University Centre in the redeveloped Winter Gardens.

Students on this course are also offered the opportunity to go on visits relevant to their studies at an additional expense. Students recently visited Hinkley Point and Thatchers Cider, for example.

Please click on the next tab to find out more about what you’ll learn on this programme and how it is delivered. The information below deal with our partnership with UWE Bristol and what is and isn’t included in the cost of tuition.

If you have any questions, please do not hesitate to get in touch with the course leader Dr Elena Borodina or UCW’s HEART student services team. It would also be great to meet you and show you around at our next Open Day.

All of the modules on this course are compulsory and worth either 15 or 30 credits. Successful completion of all of the modules in the first year is worth 120 credits at Level 4 and equivalent to a Certificate of Higher Education. Successful completion of the second year is also worth 120 credits and will lead to the award of the Level 5 Foundation degree.

Full-time year 1:

Anatomy and Physiology (15 credits)
Core Chemistry (15 credits)
Environmental Sciences (15 credits)
Laboratory Skills and Data Analysis for Biosciences (30 credits)
Microbiology (15 credits)
Practical Cell Biology and Biochemistry (30 credits)

Full-time year 2:

Ecology and Ecosystems (30 credits)
Human Health and Diseases (15 credits)
Practical Cell Biology and Biotechnology (30 credits)
Research Skills and Laboratory Project (30 credits)
Work-based Learning (15 credits)

This course is taught via a combination of lectures, seminars, skills practice, presentations, practicals, lab work, case studies and group workshops. UCW’s Higher Education Library Plus (HE.LP) team also deliver a series of sessions on degree-level research and academic writing to all first-year students. When not in scheduled lecturers and seminars, students are expected to continue learning through independent self-study. This involves reading relevant literature, working on individual and group projects, and undertaking research in preparation for coursework and exams.

This course has an average of 13 hours of scheduled teaching per week.

Assessment is via a combination of written exams, practical exams and coursework, with an assessment breakdown of 10% written exams, 30% practical exams and 60% coursework.

Assessment

Written Exams

10%

Coursework

60%

Practical Exams

30%

Quick Stats

This diverse course explores all aspects of biological life, from genes and cells to populations and ecosystems, and will prepare you for laboratory roles or further study on a research career pathway.

Find out more

Quick Stats

This diverse course explores all aspects of biological life, from genes and cells to populations and ecosystems, and will prepare you for laboratory roles or further study on a research career pathway.

Find out more