SELECT UCS.mcr_ucrs UcasCode,srs_ipo.ipo_seqn,srs_ipp.ipp_code,srs_ipp.ipp_iref,srs_ipp.ipp_titl,srs_ippn.*,ins_dpt.dpt_name,ins_dpt.dpt_snam,men_xon.xon_newv,UCS.mcr_olbc,UCS.mcr_olb3,srs_ipo.ipo_begd,ins_lca.lca_name,srs_crs.crs_leng crs_leng,UCS.mcr_cgpc ApplyRoute,ins_moa.moa_name , ins_moa.moa_code,srs_ipp.ipp_iuse IPPUSE, UCS.mcr_iuse MCRUSE,UCS.mcr_schc, ins_cmp.cmp_name, ins_dpt.dpt_code, Case WHEN srs_ipo.ipo_iuse is null then 'Y' else srs_ipo.ipo_iuse end AS ipo_iuse, srs_crs.crs_uomc, srs_ipo.ipo_end2,srs_ipo.ipo_ayrc,UCS.MCR_RECR, srs_ipo.ipo_udf9, srs_ipp.ipp_prgc, CRS_UDFI, srs_ipp.ipp_subj, CASE WHEN (SELECT TOP 1 mcr_uvst FROM srs_mcr WHERE mcr_code LIKE Substring(srs_ipp.ipp_code, 1, 6) + '%' AND mcr_uvst = 'Y' AND mcr_iuse = 'Y' AND mcr_aesc = 'U') = 'Y' THEN 'True' ELSE 'False' END AS Clearing, CASE WHEN (SELECT TOP 1 crs_udf4 FROM srs_crs WHERE crs_code LIKE Substring(srs_ipp.ipp_code, 1, 6) + '%' AND crs_udf4 IS NOT NULL AND crs_iuse = 'Y' AND crs_schc = 'PWLV') IS NOT NULL THEN 'True' ELSE 'False' END AS PGLoans FROM srs_ipp INNER JOIN srs_ippn on srs_ippn.ippn_ippc = srs_ipp.ipp_code LEFT OUTER JOIN srs_mcr UCS On UCS.mcr_code = srs_ipp.ipp_code LEFT OUTER JOIN ins_dpt On ins_dpt.dpt_code = srs_ipp.ipp_dptc LEFT OUTER JOIN ins_prg On ins_prg.prg_code = srs_ipp.ipp_prgc LEFT OUTER JOIN srs_ipo On srs_ipo.ipo_ippc = srs_ipp.ipp_code LEFT OUTER JOIN ins_lca ON srs_ipo.ipo_lcac = ins_lca.lca_code LEFT OUTER JOIN srs_crs ON srs_crs.crs_code = substring(srs_ipp.ipp_code,0,len(srs_ipp.ipp_code)) LEFT OUTER JOIN ins_moa On ins_moa.moa_code = UCS.mcr_moac LEFT OUTER JOIN srs_CBO ON (srs_CBO.cbo_crsc = srs_crs.crs_code And srs_cbo.cbo_ayrc = srs_ipo.ipo_ayrc and srs_cbo.cbo_blok = srs_ipo.ipo_blok AND srs_cbo.cbo_occl = srs_ipo.ipo_occl ) AND cbo_cmp1 IS NOT Null LEFT OUTER JOIN ins_cmp On ins_cmp.cmp_code = srs_CBO.cbo_cmp1 LEFT OUTER JOIN men_xon On men_xon.xon_oldv = ins_prg.prg_code WHERE srs_ipp.ipp_code LIKE 'AB017H%' AND srs_ipp.ipp_iuse = 'Y' AND UCS.mcr_iuse = 'Y' AND (srs_ipp.ipp_stat = 'P' OR srs_ipp.ipp_code != 'AB017H31UVD') ORDER BY ipp_iref DESC, ipp_code
The University of Wolverhampton

BSc (Hons)Biotechnology

Why choose this course?

Biotechnology involves the manipulation of cells and enzymes to create commercially valuable products.

This course aims to provide you with the knowledge and a toolkit of practical skills to enable you to enter this exciting world of biotechnology. You will learn how cells and enzymes function in order that they can be manipulated to create efficient, cost-effective processes for the industrial generation of innovative products.

Working with our academic staff you will learn how mammalian cells, plants, fungi, bacteria and viruses can be used to develop diverse range of innovative products such as biodegradable plastics using bacteria, genetically engineered salt-tolerant plants, the generation of novel pharmaceutical compounds and strategies to tackle the development of antibiotic resistance.

In order to achieve the above you will develop knowledge, understanding and practical competence in how to genetically modify cells, to be able to grow a diverse range of cell types including the use of computer-controlled fermenters and to be able to process materials from cells including enzymes as useful products.

You will also explore the social consequences of the impacts of biotechnology on society, considering the benefits and risks connected with recombinant DNA experiments and the use or release of genetically modified organisms and their products.

Find out more about our Biological Science courses by clicking on the video

What happens on the course?

Year 1 consists of an introduction to plant biology, animal biology and microbiology. It also provides insight in to the molecular basis of diseases and the chemistry that underpins the study and application of Biotechnology.

Year 2 expands on many of the themes introduced in year 1 and focuses on organismal, cellular and molecular aspects of plant, animal and microbial life forms and their application in Biotechnology. This year also includes two practical skills modules where the theory is put in to a practical context, involving recombinant DNA technology, separation of biomolecules and tissue culture techniques. Aspects of career development and research study skills are also incorporated.

Placement Year this is an optional, but strongly recommended part of the degree in which students can develop practical experience of biotechnology most often in the private sector.

Final year this year covers current and future developments in topics such as gene manipulation, plant biotechnology and microbial biotechnology. You also undertake an Honours research project of your choice, with many students opting projects that support the current applied research and consultancy work being undertaken by the academic staff.

More detail on course content can be found in the Biotechnology Course Guide

Your studies will be guided by academic staff with specialism in biotechnology, including among others; Professor Dave Hill, Dr Tim Baldwin, Dr Takis Athanasopoulos and Dr Iza Radecka

Why Wolverhampton?

  • The course has recently been awarded Society of Biology Recognition

· All our state-of-the-art laboratories are located in a brand new £21m building, the Rosalind Franklin Science Centre with a diverse range of specialist facilities including genetic and molecular analysis and product analysis, and facilities for growing cells, including a separate fermentation suite.

· Biotechnology, teaching and research, has been a core science subject at Wolverhampton for over 25 years.

· Our academic staff consist of experienced teachers and researchers who engage in applied research and consultancy work regionally, nationally and internationally. Consequently they are enthusiastic about their subject and understand the graduate requirements of the biotechnology industry.

· Many of the staff have close links with businesses and have been involved in Knowledge Transfer Partnerships in which they have transferred their knowledge and capability to help regional businesses create new products or services.

· Our teaching has been rated ‘Excellent’ by the Quality Assurance Agency (23/24).

· Each student is allocated a personal tutor and learning support is offered in many different forms including all lecture material available online in addition to videos demonstrating the practical skills to be learnt - our student support has been highly praised by both external and University assessors.

Career path

Having chosen to study biotechnology, a wide range of careers within the life sciences awaits you. Research and development opportunities will be open to you, such as working for multinational biological, agricultural, agrochemical and pharmaceutical companies, food and drink industries and specialist biotechnology companies. In addition, you could gain employment in the fields of consultancy and teaching, or become a business research scientist, a skilled technician in industrial and food research institutions.

The skills you learn can also be applied to a wide range of non-scientific careers. You could pursue a wide range of other occupations including retail management and public services.

There is also the opportunity to study for a higher degree, for example MSc Applied Microbiology and Biotechnology

What skills will you gain?

As a biotechnology graduate you will have a broad overview of biological sciences set in a biotechnological context and an enhanced range of generic skills in numeracy and literacy which will enable you to pursue a career in science, education and a multitude of other professions.

Who accredits this course?

Recognised by the Royal Society of Biology for the purpose of associate membership.

Entry requirements

2018 Entry

  • A Level minimum of BB or CDD to include a Science subject preferably Biology. 'A' Level General Studies cannot be used to satisfy this requirement.
  • Access to Higher Education Diploma requires candidates to accumulate 60 credits, at least 45 of which are at Level 3,18 level 3 credits must be in Science and achieved with a minimum of Merit.
  • BTEC Level 3 Extended Diploma in Applied Science grade MMP or BTEC National Diploma grade DM.
  • Applicants will normally be expected to hold GCSE English and Maths at grade C+/4 or equivalent
  • If you've got other qualifications or relevant experience, please contact The Gateway for further advice before applying.
  • International entry requirements and application guidance can be found here

  • Successful completion of the International Foundation Year in Science and Engineering guarantees entry on to this course

Those who do not meet the entry requirements may be offered an alternative course.

Course fees and finance

2018/9 Home/EU International
Full time £9,250 £11,700
Part time # £2,925

The University also offers a range of Bursaries and Scholarships in addition to other financial support packages

These fees are applicable for new entrants in 2018/9. If you have any queries regarding the fees listed please contact

These fees are for the current academic year only. Any subsequent years may be subject to an annual increase, usually in line with inflation.

# Undergraduate part-time fees for 50% rate of study

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