Science, Engineering, and Mathematics

by mba

Shape the world with scientific breakthrough, research, and engineering

 

SCIENCE

Science Master’s programmes are a suitable option for those who wish to become experts in scientific research and investigation, education or within a specific industry branch of the natural sciences.

Applicants

In general terms, the field of science encompasses studies such as biology, chemistry, and physics – sciences which form the basis of so many aspects of our daily lives and careers. As a graduate in this subject area, you will excel at problem-solving and will acquire the necessary research competencies and multidisciplinary knowledge. At the same time, practitioners need to be able to deal with new and unexpected situations at all times so as to limit the risks involved in their work. Master’s programmes in Science teach students how to cope in similar contexts by investigating and evaluating complex scientific data through a critical lens.

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Course content

Many of the Science Master’s programmes are based on core courses in Biology, Chemistry, and Physics. Their focus and the corresponding branches for specialisation are determined accordingly for each programme. Some programmes concentrate on one of these subject areas and teach a number of related, specialised sub-disciplines. For example, if you choose a Biology Master’s degree, the curriculum may include courses in Molecular Biology, Microbiology, and others that correspond specifically to this category of the natural sciences. In other choices, you may have access to subjects such as Zoology, General Physiology, Genetics, Biochemistry, Astronomy – the programme structure depends entirely on the field of study.

Career options

The vast field of science offers diverse and exciting possibilities for your future occupation. In a more general sense, you can build a career in industry, research, education, or government. In more specific terms, some career examples to consider include pharmacologist, laboratory technician, geophysicist, meteorologist, and toxicologist. If you have not settled on a distinct career path yet, there will be plenty of time during your studies to think of your options. In addition, the advanced skill set required for such jobs is in itself an indication of the typically high salary rates in the field.

Science, Engineering, and Mathematics

ENGINEERING

A Master’s in Engineering will provide students with the knowledge, qualifications, and confidence to develop and maintain some of the world’s cutting-edge technologies.

Applicants

A very attractive side to studying a Master’s in Engineering is that it opens up possibilities for different careers in various industries. As a Master’s graduate in the field you will not only gain theoretical insights, but you will also access valuable practical training. You will acquire universal skills allowing you to be versatile in your career search, as well as more specialised technical skills corresponding to your sub-discipline. Some examples of programmes to consider include Mechanical Engineering, Aerospace Engineering, Chemical Engineering, Civil Engineering, Transport Engineering, Maritime Engineering, and quite a few more.

Course content

The Master’s courses will be quite advanced and will certainly be based on subjects such as mathematics or physics depending on the programme. Of course, advanced use of specific technologies, electronics or mechanics pertaining to your specialisation will be part of the curriculum. Some university programmes also offer electives, which are not necessarily part of the core courses, but rather give students the option to choose what additional subjects they would like to enrol in.

Career options

Software engineer, mechanical engineer, industrial designer – these are just a few examples of interesting career prospects for Master’s graduates in the field. The possibilities are significantly more numerous and depend on your specialisation. Of course, career development also varies with regards to job market changes in different regions. According to Business Insider, engineering jobs are currently commanding high pay in all of the field’s sub-disciplines. Although some employers have reported a shortage of skills in the candidate pool of engineers, schools and governments have taken measures to keep education abreast of developments in the labour market.

 

MATHEMATICS

Master’s students in Mathematics need to be fast learners and excellent problem-solvers. This is the field that lays the groundwork for all the important scientific and technological achievements of our time.

Applicants

Even if you already have a knack for numbers, specialising with a Master’s in this field will further develop your logical argumentation, analytical thinking, and abstraction. Mathematicians are able to break down complex problems into simpler and smaller equations to reach a final solution – a skill which is applicable in a professional context as well as in our everyday lives.

Although some programmes are highly theoretical and focused specifically on Mathematics, others can be applied in various professional disciplines such as Engineering or Science. Besides the so-called Pure Mathematics, you may also go for a specialisation in Statistics, Physics, Applied Mathematics, and more.

Course content

A Master’s in this field means you will get more practice in good old arithmetic, algebra, geometry, and trigonometry. Depending on the programme curriculum, you may have courses in Discrete Mathematics, Probability and Statistics, Computational Sciences, or Financial Analysis. The content will vary depending on the subject and on the students’ professional orientation. For example, those studying and preparing for a career in Computer Science will be taking relevant courses in Computational Sciences. The course structure may consist of lectures and workshops, as well as individual or group project assignments.

Career options

The training and problem-solving skills acquired by Mathematics graduates are highly valued in many professional environments. Some mathematicians go on to become researchers, statisticians, accountants, risk analysts, and teachers, among other professions. In general, industries such as Engineering, IT, and Finance are extremely suitable for people who do well with numbers and hold a formal diploma as proof.

It is also good news that career opportunities are forecast to grow and become more attractive for job seekers proficient in mathematics. The US careers website CareerCast recently presented their 2021 list of top jobs, that are poised to stay strong post-pandemic. It is certainly a favourable sign for Master’s graduates that the ranking mostly features positions which depend heavily on mathematics.

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