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What is the BSc in Molecular Biology with Biopharmaceutical Science?

This is a three year full-time course designed to train you to work in the areas of biopharmaceutical, biomedical, environmental or food related industries. With further qualifications you could become a science researcher or a secondary school science teacher.

Why is Molecular Biology and Biopharmaceutical Science important?

Molecular Biology and Biopharmaceutical Science includes the understanding of how organisms work from microscopic to multi cellular organism level.   It also involves the use of living organisms (mostly microbes but also other cell types) to produce drugs and other useful products. This work requires suitably qualified scientists who understand these biotechnological processes and how they can be controlled. This three year degree is designed to train you in processes such as traditional and advanced molecular biology techniques, analytical testing and microbiological analyses which are important skills required to work in biopharmaceutical, environmental, food and related industries.

What subjects will I study?

Year 1 of this programme will give you a solid foundation in both the theoretical knowledge and basic lab skills in biology, chemistry and physics.   As you progress through years 2, 3 of the programme you will gain specialist scientific skills in areas such as microbiology, molecular biology, pharmaceutical biotechnology and quality management, key skills for your future career.

What are the unique features of your course?

In addition to core microbiology, molecular biology and biopharmaceutical skills the course places particular focus on quality management systems relevant to the pharmaceutical /biopharmaceutical industrial sectors.   You will spend a lot of time learning key practical skills by working in SETU Waterford laboratories.  This exposure to practical skills training is highly valued by potential future employers.

Innovative teaching

This programme recently won the ‘Most impactful use of Pearson courseware or services’ award in recognition of the blended learning approach in the delivery of the programmes. The common science programmes use an integrated on-line tutorial system that is delivered to small groups in an IT room supported by one or two members of staff. These weekly formative tutorials allow students to apply or practice the material covered in class that week and student receives individual attention and help at tutorials.

 

 

Year 1

Semester 1 Semester 2
Good Laboratory Practice & Core Skills Cell Biology & Biochemistry
Introduction to ICT for Scientists Physics for Scientists
Introductory Biology Mathematics for Scientists
Introductory Chemistry Physical & Organic Chemistry
Introductory Mathematics Introduction to Biotechnology & Pharmaceutical Science
Introductory Physics Choose one of the following electives:
*Plant Biology
*Forensic Science

Year 2

Semester 3 Semester 4
Laboratory Data Analysis & Presentation Applied Mathematics for Scientists
Microbiology 1 Biochemistry
Organic Chemistry & Biomolecules Chromatographic and Electrophoretic Techniques
Scientific Enquiry in Biology Environmental Monitoring
Spectroscopic Techniques Food Microbiology
Statistics for Scientists Microbial Biotechnology and Genetics

Year 3

Semester 5 Semester 6
Chromatographic Method Development and Validation Laboratory Data Modelling
Introduction to Research Methods Protein Chemistry and Enzymology
Molecular Biology and Genetics Microbial Ecology and Bioremediation
Pharmaceutical Biotechnology Research Project
Total Quality Management Industrial Processing and Operations
Applied Immunology Microbiology 2

Leaving Cert: Minimum entry requirements for BSc in Molecular Biology with Biopharmaceutical Science

5 subjects: O6/H7
English or Irish: O6/H7
Mathematics: O6/H7

Advanced and Equivalent Entry for BSc in Molecular Biology with Biopharmaceutical Science:

Recommendation: 

Applicants should note that a science subject (Biology, Chemistry, Physics, Physics with Chemistry or Agricultural Science) at Leaving Certificate is recommended for this programme.

Students who complete this level 7 degree programme can choose either to graduate after three years or progress on to a related level 8 degree.

Information on how to progress is on our advanced entry page.

What career opportunities have I?

There are many career opportunities, for instance you could become a:

  • Biopharmaceutical Laboratory Analyst
  • Molecular Biology Laboratory Analyst
  • Microbiology Laboratory Analyst
  • Environmental Laboratory Analyst
  • Quality Control Analyst (QC Analyst)
  • Quality Assurance Representative (QA Rep)

What follow on study options are available?

After completion of the level 7 programme you will be eligible to transfer into year 4 of the BSc (H) in Molecular Biology with Biopharmaceutical Science

  

What career opportunities have I?

  • There are many career opportunities, for instance you could become a:
  • Biopharmaceutical Laboratory Analyst
  •  Molecular Biology Laboratory Analyst 
  • Microbiology Laboratory Analyst Environmental Laboratory Analyst 
  • Quality Control Analyst (QC Analyst)
  • Quality Assurance Representative (QA Rep)

Completion of a level 8 programme will also enable students to undertake taught Masters programmes or Masters degrees by research at SETU Waterford or other third-level colleges.

Contact

Course Leader

Dr Nabla Kennedy

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Call: +35351845509

Email: [email protected]

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