This course, Operations
research is concerned with optimal decision making in, and modelling of,
deterministic and probabilistic systems that originate from real life. These
applications that occur in government, business, engineering, economics, and
natural science and social science, are characterised largely by the need to
allocate limited resources.
This course, Operations
research is concerned with optimal decision making in, and modelling of,
deterministic and probabilistic systems that originate from real life. These
applications that occur in government, business, engineering, economics, and
natural science and social science, are characterised largely by the need to
allocate limited resources.
This course, Operations research is concerned with optimal decision making in, and modelling of, deterministic and probabilistic systems that originate from real life. These applications that occur in government, business, engineering, economics, and natural science and social science, are characterised largely by the need to allocate limited resources.
Mineral project evaluation is the economic analysis by which investment decision is made with
respect to mining projects. Owing to the complex and risky nature of mineral projects, the
evaluation process requires that systematic, quantitative methods be used to correctly assess
the economic potential of a given mining project. Where a mineral project involves selection
among technically feasible investment alternatives, the alternatives under consideration may
have differences with respect to cost, revenues, timing of cost and revenues, lifes, taxes, effect
of inflation on future costs and associated risks and uncertainties.
You are welcome to this course, General Psychology. This course, Psychology, is the foundation of studying science of psychology that deals with basic principles, methods and problems of human development, emotions, motivation, learning, memory, thinking, processing, and intelligence. It also helps to develop a number of interpersonal skills and transferable workplace abilities.
This course aims at equipping the student with the basic and necessary skills to enable him/her become an effective communicator in the English language. Their roles as listeners, speakers, readers and writers in any communication situation, and how these would be enhanced to engender a smooth undergraduate study would be the target.
This course aims at equipping the student with the basic and necessary skills to enable him/her become an effective communicator in the English language. Their roles as listeners, speakers, readers and writers in any communication situation, and how these would be enhanced to engender a smooth undergraduate study would be the target.
This course aims at equipping the student with the basic and necessary skills to enable him/her become an effective communicator in the English language. Their roles as listeners, speakers, readers and writers in any communication situation, and how these would be enhanced to engender a smooth undergraduate study would be the target.
Organic chemistry is the study of the structure, properties, and reactions of organic compounds, which are compounds containing carbon. Carbon is a unique element that can form strong bonds with itself and other elements, leading to the vast and diverse array of organic molecules found in nature and made by humans.
Organic chemistry has a wide range of applications, impacting many aspects of our lives such as in:
- Medicine: Organic chemistry is used to develop new drugs, such as antibiotics and painkillers, as well as to understand how drugs work in the body.
- Materials: Organic molecules are used to make a variety of materials, including plastics, textiles, and dyes.
- Fuels: Organic compounds like gasoline and biodiesel are used as fuels for transportation.
- Food: Organic molecules are the building blocks of all living things, and understanding organic chemistry is essential for food science and agriculture.
Studying organic chemistry can be challenging, but it is also rewarding. It is a fascinating and intellectually stimulating field that offers a deep understanding of the world around us.
We trust that you will enjoy this journey with us.
Dr Solomon Marfo, Dr Ato Fanyin-Martin, Dr Cornelius B. Bavoh.
This course will teach students how to use various symbolic knowledge representation to specify domains and reasoning tasks of a situated software agent. Use different logical systems for inference over formal domain representations, and trace how a particular inference algorithm works on a given problem specification. Understand the conceptual and computational trade-offs between the expressiveness of different formal representations.
This course is designed to meet the French language needs of our future engineering professionals who have the prospects of working with international organisations, both locally and internationally. The course is, therefore, structured to help these future professionals to be able to develop basic communicative competencies both orally and in writing, bearing in mind real communication situations in their domain. The course is designed to also create and sustain the interest of engineering students in the French language for further development after their programmes of study, for academic, economic and other purposes.
The basic concepts of the French language and culture will be introduced to students in the first semester which will be built upon in the second semester.
“You live a new life for every language you speak. If you know only one language, you live only once”
(Czech Proverb)