Mathematics, without a doubt, is a subject of logic and developed as a formal discipline around 5000 years ago by the Sumerians. Mathematics is the science of order, structure, and relation. Its evolution traces back to elemental practices of counting, measuring, and describing the shapes of objects. Its main objectives are logical reasoning and quantitative calculation. Humans have always needed to measure and communicate about distance and time and this is where mathematics comes into play. Needless to say, it is very interdisciplinary in nature as mathematics is used in almost all disciplines. Mathematical principles and reasoning are used in disciplines like engineering, social sciences, finance, and medicine. In fact, mathematics in the 21st century has become the engine of all science-related research materials and products. Calculations and equations are vital in every industry. As a subject on its own, there are deeper levels at which aspirants can delve into. Mathematics students develop strong reasoning and problem-solving skills along with in-depth knowledge of algebra, trigonometry, geometry, and arithmetic.
Study Levels
The different study levels that are offered in this sub-discipline are:
Bachelor in Mathematics
Bachelor in Applied Mathematics
B.Sc in Mathematics
B.Sc in Mathematics and Computer Science
B.Sc in Applied Mathematics
B.Sc Mathematics with Physics
B.Sc Mathematics with Music
B.Sc Mathematics with Statistics
B.Sc Technology, Engineering, and Mathematics
Bachelor with a major in Mathematics
B.Sc in Actuarial and Mathematical Sciences
B.Sc in Computing Mathematics
B.Sc Mathematics, Physics, and Informatics
B.Sc Mathematical Sciences
B.Sc Mathematics and Chemistry
Master in Research in Teaching and Learning of Experimental Sciences, Social Sciences, and
Mathematics
Master in Mathematics
M.Sc in Mathematical Statistics
M.Sc in Mathematical Sciences
M.Sc in Mathematics
M.Sc Mathematical Engineering
M.Sc in Applied Mathematics
M.Phil in Mathematics
Ph.D. in Mathematics
Master in Theoretical and Computational Mathematics
Specialisations
Mathematics is a vast discipline and branches out into further specifications. The methods and study of mathematics are used in various industries.
The different specialisations that can be found are:
Students can choose to specialize in areas like:
Complex Analysis
Discrete Mathematics
Mechanics
Measure Theory
Fractal Geometry
Fluid Dynamics
Algebraic Geometry and Number Theory
Differential Geometry, Topology and Lie Theory
Logic
Differential Equations and Dynamical Systems
Probability and Statistics
Applied Mathematics, Complex Systems, and Scientific Computing
Employability
A degree in mathematics will ensure that students develop skills like problem-solving, logical thinking, and decision making, all of which are highly valued by companies and employers around the world and across various job sectors. This makes them desirable in many career fields. The long list of possible job opportunities with a mathematics degree includes roles in engineering, teaching, defence, scientific research, business and finance, computing, and various types of analysis. Therefore, the course in Mathematics opens a plethora of career opportunities for students specializing in this field.
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- The various career choices include:
Auditor
Data or Research Analyst
Computer Programmer
Medical Scientist
Financial Analyst
Statistician
Actuary
Economist
Software Developer
Astronomer
Charted Accountant
Investment Analyst
Teacher
Sound Engineer
Acoustic Consultant
CAD technician
Financial Manager
Game Designer
^
- The various career choices include:
Auditor
Data or Research Analyst
Computer Programmer
Medical Scientist
Financial Analyst
Statistician
Actuary
Economist
Software Developer
Astronomer
Charted Accountant
Investment Analyst
Teacher
Sound Engineer
Acoustic Consultant
CAD technician
Financial Manager
Game Designer