General Information
The Pharmaceutical & Industrial Chemistry degree
course at the University of Limerick is a four year
programme which qualifies you for employment in a
variety of pharmaceutical, and professional positions. A
number of features of the course structure ensure that
you are well prepared for the challenges of a position
in the pharmaceutical sector immediately on
graduation. Fundamental and applied aspects of organic,
inorganic, physical and analytical chemistry are covered
as well as key chemical engineering topics. In addition
each student spends eight months as a full-time paid
employee of a pharmaceutical or chemical company
during the work placement period called Cooperative
Education during the third year of the programme.
Our chemistry graduates are employed by a very wide
range of organisations, primarily pharmaceutical
companies that synthesise active ingredients for
medicines and other healthcare products, as well as
those industries which formulate these into the end
products that you can buy in a pharmacy or that may
be prescribed by a doctor. Virtually all of our present
day pharmaceutical and healthcare products are
prepared by chemical and pharmaceutical companies.
A very wide range of other items and goods essential
to modern living involve the use of chemicals:
- food (production and processing)
- synthetic fibres for cloths e.g. lycra
- polymers and plastics corrosion resistant coatings
on metals
- computer chips
Typical duties of pharmaceutical and industrial chemistry
graduates include:
- drug discovery and synthesis
- formulation of active ingredients
- production of active ingredients
- research on scale-up of new drugs
- laboratory - analysis of drug quality
- process development and innovation
- quality assurance tasks
- environmental remediation
- elimination of waste
- forensic analysis
For further details, log on to www.ul.ie/~ces
Course Structure
The first year of the course deals with foundation
material in a variety of science subjects: chemistry,
physics, mathematics, biology, computing. In the second
semester of year one and through the two semesters
of year two the focus is on the fundamental aspects
of organic, inorganic, physical and analytical chemistry.
Applied and advanced topics as well as the main
chemical engineering topics are covered in years
three and four.
The Cooperative Education placement runs in year
three from February 1 to the end of September.
This is organised by the University together with
representatives from the various industries.The student
is interviewed by the company representatives and on
selection is offered full-time employment during the
Cooperative Education period and is paid the going
rate for the job.
Each student carries out a research project during
their final year.This may involve continuing some
work carried out while on the Cooperative Education
placement or it may involve carrying out work in
association with a chemistry postgraduate student.
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MA4601
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Maths 1
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MA4602
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Maths 2
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PH4031
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General Physics 1
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PH4032
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General Physics 2
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CS4001
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Computer Applications
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CH4102
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Organic Chemistry 1
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BY4011
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General Biology
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CH4002
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Physical Chemistry 1
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CH4701
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General Chemistry A
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CH4202
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Inorganic Chemistry 1
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MA4603
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Maths 3
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MA4604
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Maths 4
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CH4003
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Physical Chemistry 2
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CH4004
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Physical Chemistry 3
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CH4303
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Analytical Chemistry 1
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CH4304
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Analytical Chemistry 2
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CH4103
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Organic Chemistry 2
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CH4104
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Organic Chemistry 3
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CH4203
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Inorganic Chemistry 2
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CH4404
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Process Technology 1 (Process Modelling and Control)
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CH4005
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Physical Chemistry 4
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Cooperative Education
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CH4305
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Analytical Chemistry 3
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MT4003
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Organic Chemistry 4
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CH4405
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Process Technology 2
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CH4415
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Process Technology 3
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CH4417
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Pharmaceutical Formulation
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CH4008
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Organic Pharm Chemistry 2
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CH4407
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Process Technology 4
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CH4608
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Plant & Process Management 2
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ER4507
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Effluent Control
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CH4306
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Analytical Chemistry 4
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CH4007
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Organic Pharm Chemistry 1
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CG5052
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Batch Processing Engineering
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CH4907
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Final Year Project 1
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CH4908
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Final Year Project 2
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Specialist Elective 1 - One Of
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Specialist Elective 2 - One Of
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MT4907
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Polymer Chemistry
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ER4508
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Pollution Control
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CH4817
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Quantum Chemistry
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CH4807
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Computational Chemistry
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Entry Requirements
Applicants are required to hold at the time of enrolment the Leaving Certificate (or an approved equivalent) with at
least Grade C3 in two Higher Level subjects and Grade D3 in four Ordinary or Higher Level subjects (including
Mathematics; Irish or another language; and English). In addition, applicants are required to hold at least the
following in the Leaving Certificate or an approved equivalent: Grade C3 in Higher Level Mathematics and a Grade
D3 in a Higher or Ordinary Level paper in any one of the following: Physics, Chemistry, Physics with Chemistry,
Engineering,Technical Drawing/Design & Communication Graphics,Technology,Agricultural Science, Biology.
OR Grade B3 in Ordinary Level Mathematics (Grade D3 in Higher Level Mathematics also suffices) and Grade C3 in one of
the following Higher Level papers:Applied Mathematics,Physics,Chemistry,Physics with Chemistry,Biology,Agricultural Science.
Notes: (a) Only students who take a Science subject at Ordinary Level must have a Higher C3 in Mathematics.
(b) Leaving Certificate Chemistry is not a compulsory Science subject but without it some extra
work will be required in the first year.
Students can also enter this programme of study via the Science Choice degree LM117. A Special Mathematics Examination will be offered at UL following the Leaving Certificate results for those students who did not achieve the Mathematics requirement.
Career Prospects
Graduates from the programme have established an extremely good reputation with employers.Over 95% now work locally in Ireland and the
others in the EU, North and South America and Australia.Typical job titles of recent graduates include, Research Chemist, Production Manager,
Process Engineer, Environmental Manager, Forensic Chemist. Graduates are employed in technical management and production development in a
wide range of industries such as:
- Pharmaceutical drug production
- Clean chemical technologies
- Paints and plastics
- Quality Control & validation
- Textiles
- Mineral & metal processing
- Drug discovery & development
- Electronic materials & components
- Biomedical devices