University Centre Leeds, Leeds City College
UCAS Code: CF13 | Foundation Degree - FD
Entry requirements
UCAS Tariff
Typical offer: 64 UCAS tariff points from two A-levels (or equivalent qualifications), 32 points of which must be from one A level or an equivalent in a relevant science subject e.g. Biology or Chemistry.
About this course
Learn about how the human body works; how to design and synthesise new drug molecules; how vaccines protect us from disease and much, much more, all whilst working with cutting-edge laboratory equipment and developing skills that will help you find work in a range of industries from NHS or government laboratories to private pharmaceutical companies.
This course is for anyone who is interested in the chemistry or biology of the human body. It is an ideal course for those who wish to find employment in areas such as medical laboratories, food safety or environmental testing or the pharmaceutical industry.
By studying this degree you will gain an understanding and appreciation of the chemistry and biochemistry of drug molecules: their design, synthesis and behaviour in the body, develop an understanding of the science of human life, health and disease at the molecular, cellular, system, organismal and environmental level and learn about microbial processes and applications, including the opportunities for humans to exploit and benefit from these. You will also have the opportunity to design and conduct your own research project in our laboratories, using cutting edge, industry-standard equipment.
Modules
Modules may include:
Year 1 (Level 4)
STEM Toolkit (20 credits)
Biomolecules and cells (20 credits)
Anatomy and Physiology (option) (20 credits)
Physical and Inorganic Chemistry (option) (20 credits)
Integrated Practical Skills (20 credits)
Data Analysis (20 credits)
Biochemistry (option) (20 credits)
Organic Chemistry (option) (20 credits)
Year 2 (Level 5)
Pharmacology and Therapeutics (20 credits)
Microbiology and Biotechnology (option) (20 credits)
Analytical Chemistry (option) (20 credits)
Work-Related Learning (20 credits)
Scientific Investigation (20 credits)
Immunology (option) (20 credits)
Genetics (option) (20 credits)
Medicinal Chemistry (option) (20 credits)
Biomaterials (option) (20 credits)
You will choose options for semester 1 at enrolment. Semester 2 options must be chosen by the Christmas break.
Options will only be offered if there is sufficient interest in them.
Assessment methods
There will be regular short practice assessment activities (in the form of quizzes and tests) with feedback provided to guide your progress and development. Pair and small group activities will be used in all modules, allowing you to improve communication and teamwork skills. You will give short oral and poster presentations to increase your confidence in speaking and presenting.
Modules will be formally assessed and graded through a range of methods, including traditional examinations, laboratory activities, problem-based group projects, oral and poster presentations, case-studies, research projects and essays.
This range of activities provides the opportunity for everyone to demonstrate the knowledge and skills that they have acquired throughout the course of their studies. The mix of practical and written assessments will provide evidence to employers of the level of laboratory skills and other abilities (such as teamwork, communication skills, ethical integrity, etc.), whilst also enabling you to demonstrate the theoretical knowledge and academic skills that you have developed.
Tuition fees
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After graduation
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