Engineering Mathematics
Does Engineering Mathematics suit me?
Studying Engineering Mathematics
Engineering mathematics is a field of study that focuses on the intersection of mathematics and technology: mathematical concepts and tools are used to analyze, model, and optimize complex technical systems.
Engineering mathematics combines mathematics with technical, scientific, and IT knowledge. In addition to theoretical and applied mathematics, your curriculum will include subjects such as programming and physics. You’ll learn to tackle challenges and problems from business and engineering using mathematical models and computer simulations.
In this field of study, you can often focus on a technical application area such as mechanical engineering, electrical engineering, or environmental engineering during your studies: you’ll gain knowledge of the basics of this subject, and the exercises often involve real practice-related problems from the respective field.
If you’d like to work in an interdisciplinary way and enjoy solving problems, you should consider engineering mathematics. There are many similar names for this field of study: therefore, degree programs are often called applied mathematics, technomathematics, and industrial mathematics.
Personal requirements | Engineering Mathematics
- Enjoy mathematics and technology
- Interest in programming
- Analytical and logical way of thinking
- Abstract thinking and problem-solving skills
- Accuracy and openness
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Take the testTypical course content | Engineering Mathematics
- Differential equations
- Numerical mathematics
- Technical mechanics
- Statistics
- Mathematics modeling
- Programming
- Probability theory
- Computer systems
- Design of control systems
- Optimization of traffic flows and systems
Career prospects | Engineering Mathematics
As an engineering mathematics graduate, you’ll apply mathematical concepts to solve technical problems and optimize technical systems. You can make a decisive contribution to the development of products by creating models and simulations and make lengthy experiments or tests superfluous.
Many doors will be open to you due to the diverse areas of application: in engineering, you can work in industries such as the automotive industry, energy engineering, aerospace, or medical technology. But opportunities will also await you in the fields of data analysis, business consultancy, and research.
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