At Fourah Bay College, we offer a range of undergraduate and graduate programs designed to equip students with essential skills and knowledge. Our continuous General Civil Engineering training leads to a Bachelor of Engineering (B. Eng.) degree, with opportunities for further recognition and a Master of Engineering (M. Eng.) degree.

Our Water and Sanitation program focuses on the role of NGOs in providing essential water and sanitation facilities for rural communities in Sierra Leone. This initiative aims to ensure access to clean water and improve public health.

Additionally, we are developing a Theater Arts program within our Arts Department. This initiative includes strategic planning for establishing a vibrant arts community on campus, fostering creativity, and enhancing cultural activities.

Join us at Fourah Bay College to be part of a dynamic learning environment that prepares you for a successful future.

Artificial Intelligence, Fragrance and What It Means for Students

The title of this article points to a real trend: perfume houses and flavour companies now use machine learning to suggest new scent combinations. Software trained on thousands of existing formulas can predict which molecules are likely to blend well, which notes consumers in a given market tend to prefer, and how a fragrance might perform on skin. Human perfumers still make the final judgements, but the early stages of design are increasingly shaped by data.

For students, this is a useful example of how artificial intelligence reaches into fields that seem far from computing. Creating a scent draws on organic chemistry, statistics, sensory science and marketing. AI tools add another layer: someone has to collect clean data, build and test models, and interpret the results responsibly. That mix of skills is relevant well beyond perfume, in areas such as food processing, pharmaceuticals, agriculture and environmental monitoring.

Connecting the idea to study in Freetown

Sierra Leone has a rich range of plant materials, and many communities have long used local herbs, barks and oils for their aroma and traditional uses. Studying how such materials are extracted, analysed and valued could combine chemistry, botany and data skills. A student interested in this direction might look at:

  • Chemistry and laboratory methods for identifying aromatic compounds
  • Mathematics and computing for working with data and simple predictive models
  • Economics and business studies for understanding value chains and fair trade
  • Ethics, including questions about traditional knowledge and who benefits from it

None of this requires a dedicated perfume course. It starts with strong foundations in science and quantitative reasoning, followed by projects that apply them to real problems. Browse the programmes on offer to see which departments cover these foundations, and the research section for an idea of how applied work is approached.

AI will keep appearing in surprising industries. Graduates who understand both the technology and the subject it is applied to, and who can question its limits, will be best placed to use it well.

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