HNC Applied Sciences
Full-time, 3 days per week for one year
The life sciences industry in Scotland is thriving, offering exciting opportunities to collaborate, bring new concepts to life and life-changing products to market. A key part of this is biomedical science, which focuses on how the human body works, and how to treat or cure it from disease. Biomedical scientists usually work in a laboratory, carrying out tests related to screening, analysis or diagnosis. This ranges from common blood tests and tissue samples, to specialist procedures to detect cancer.
If you’re looking for a career in the biomedical sector, this course is ideal. Alternatively, it may also help your entry to future nursing or midwifery studies.
For entry to this course you’ll need:
If you don’t have any formal qualifications, but have life experience or other training, then we’ll also consider you for a place, so please call us for a chat.
This course focuses on biology and chemistry theory, but with the underpinning practical skills required to be a successful and employable scientist - be prepared to spend plenty of time in the lab conducting experiments and processing your results!
Firstly, on the theory side, you’ll look at fundamental chemistry, beginning with atomic structure and moving onto topics such as chemical formulae, organic chemistry and chemical equilibrium.
You’ll study the human body and its physiological processes such as the nervous, cardiovascular, respiratory and digestive systems.
You’ll look at cell biology, including cell membrane, proteins and cellular communication. You’ll then explore at the fascinating area of DNA and genetics, including key aspects of the cell cycle, genes, inheritance and applications of DNA technology.
In microbiology, you’ll focus on the different types of micro-organisms (prokaryotic, eukaryotic and akaryotic), while in biochemistry you’ll learn about the key aspects of biological molecules, enzymes and energy production within cells.
Finally, you’ll look at biotechnology, including genetically modified organisms, production techniques in biotechnology products, applications such as genetically modified plants and animals, and ethical issues.
When you successfully complete this course, you’ll have the choice of: