Mathematics is essential in everyday life. It is a vital tool in a wide variety of fields, such as the natural sciences, engineering, medicine, the humanities and the social sciences, and even in disciplines such as music.
Traditionally, those who graduated with a degree in Mathematics tended to go on to pursue careers in pre-university or university teaching. However, today we regard this profession as one offering excellent career prospects across a wide range of fields. Mathematicians are currently in high demand.
If we focus on mathematical engineering (also known as engineering mathematics), it is a branch of engineering that utilises applied mathematics and relies on computational tools to solve engineering problems, generally related to the modelling of various processes, both natural and artificial.
Mathematical engineers possess a key skill: the ability to view a problem from a holistic perspective, as well as knowing how to apply the most appropriate solution and put it into practice.
In engineering, mathematics is used to design a wide variety of objects such as electronic circuits, aeroplanes, cars, ships, robots and various mechanical components, through the use of equations that simulate the behaviour of these objects in order to optimise their performance.
If you study the Bachelor’s Degree in Mathematical Engineering , you will gain entry to one of the most in-demand professions in the labour market, with an employability rate of over 91 per cent within the first year of graduating. You will be a fully qualified professional capable of applying mathematics to engineering, with a clear command of the fundamentals of mathematical statistics, mathematics in economics, data and computational tools for mathematics.
You will become a professional capable of leading change and innovating, able to solve highly complex problems, develop new technological ideas and master specialised software such as Tableau, Data Lake, Oracle and Apache, which will fully equip you as a mathematical engineer. All this is achieved through ‘agile’ methodologies, which will strengthen your links with industry from day one: training in skills sought after by companies, such as Design Thinking and Scrum, amongst many others.
In short, if you choose to become a mathematical engineer, you’ll learn about the latest trends in technological development, integrating key areas in today’s industry such as Big Data, Innovation, Entrepreneurship, the Connected Industry and Digitalisation.
So, what are the career prospects formathematical engineering ? By studying this degree, will we really gain access to a profession with attractive salary prospects and a bright future? Let’s clear up any doubts. Read on!
Mathematical Engineering: career prospects and salary
Mathematical engineering is a great investment in the future, offering access to a highly specialised and rewarding profession. It is undoubtedly an excellent choice for the future. Mathematical engineers are qualified to work in private companies, academia, government departments, and so on.
The main career opportunities in Mathematical Engineering are:
- Research.
- University teaching.
- Consultancy.
- Computer science.
- Banking and finance.
- Market research, surveys, polls.
- Secondary school teaching following completion of the Master’s degree in teacher training
As regards salary prospects, the average salary can be around 70,000 euros a year.
There are many views on Mathematical Engineering, including the view that its main aim is to provide a solid understanding of the range of mathematical skills required by engineering students. Are you up for the challenge?
