Mathematics
Overview
Projected Job Growth
N/A
Duration of Study
N/A
Annual Average Salary
N/A
Career Opportunities
N/A
Program Description
Mathematics in the Natural and Physical Sciences teaches you how to use numbers, logic, and models to explain natural phenomena and support scientific research. You will study topics such as algebra, calculus, statistics, mathematical modelling, and their applications in biology, chemistry, physics, and environmental science. The programme builds skills in data analysis, problem solving, and scientific reasoning that lead to careers as research scientists, laboratory technicians, environmental scientists, science teachers, and quality control analysts. Practical work includes data collection, statistical analysis, modelling, and scientific reporting. This pathway opens doors to higher study, laboratory and field work, and roles in industry, education, and government across Ghana and beyond.
Aims and Objectives
Develop strong problem solving skills using algebra, calculus, and statistics to model real world phenomena.
Master data collection and statistical analysis techniques for interpreting experimental and field results.
Understand research methodology and the scientific method, including hypothesis testing and experimental design.
Create clear scientific reports and mathematical models that communicate findings to peers and stakeholders.
Demonstrate safe laboratory practices and basic instrument handling while applying mathematical tools to science tasks.
Why Choose This Program?
Solid foundation for many careers
Mathematics provides skills used in research, education, industry, and government, making graduates employable in diverse roles.
High demand for data skills
Employers in Ghana value quantitative and analytical skills for roles in environmental science, quality control, and laboratory work.
Strong practical focus
Coursework includes hands on data analysis, modelling, and laboratory-linked projects that prepare you for real tasks.
Pathway to higher study and certification
Completing the programme opens doors to university degrees, teacher training, and specialised research or industry training.
Industry links and internships
Opportunities exist for school collaborations, internships with labs and environmental agencies, and mentorship from teachers and local scientists.
Skills Students Will Acquire
Use surveys, experiments, and field sampling, then apply statistics and software such as R, Excel, or SPSS to interpret results.
Build models using calculus and algebra to simulate physical and biological systems, using tools like MATLAB or Python.
Follow safety protocols, handle basic instruments, and record measurements accurately for science-linked experiments.
Prepare lab reports, data tables, and presentations that clearly document methods, results, and conclusions.
Design experiments, form testable hypotheses, plan data collection, and evaluate outcomes using standard research practices.
Tools and Resources Students Will Use
R or RStudio
Python (with NumPy and Matplotlib)
Microsoft Excel
GeoGebra
MATLAB or Octave
Challenges Students Face and Helpful Tips
Challenges
Difficulty with abstract concepts like calculus and proofs
Tips & Advice
Break topics into small steps, use visual tools like graphs, and practice many worked examples with teacher support.
Video Guide
Frequently Asked Questions
All your queries answered.