Engineering is the discipline that applies mathematics, science, and economics to designing and producing innovative machines, materials, and processes to improve people’s lives. There are several branches of engineering, such as mechanics, aerospace, electrical engineering, chemical engineering, civil engineering and nuclear, just to name a few.
A Bachelor of Engineering prepares students for engineering careers that are currently in high demand. Bachelor of Engineering students focus on courses that are specific to the sector of interest to students, such as materials science, biotechnology, biochemistry, physics, numerical computational methods, chemistry, thermodynamics, and sustainable design. A Bachelor of Engineering can serve as a solid starting point for a successful career in engineering.
- Many engineers either work with English-language software or have contact with foreign customers and suppliers. It is therefore recommended that, at least during study, one’s English language skills be raised to the level of B2 (Upper Intermediate Level).
- In addition, you should already know the basics and operation of computers and their operation well. Central applications, such as word processing and spreadsheets, and possibly even databases, should be able to run without difficulty.
- The proportion of complex mathematical theories is particularly high in mechanical engineering. Here you should master the basic knowledge from the upper school. These include above all the integral and differential calculus, as well as the linear algebra.
As further prerequisites we recommend:
- Technical and scientific interest
- A pronounced creativity
- Good time and self management
Especially in the field of mechanical engineering, you should observe certain character requirements. Although these are not required, they help you with your orientation:
ENGINEER, A JOB THAT DOES NOT KNOW THE CRISIS
According to the survey done, despite the crisis affecting the employment sector, the engineering sector is doing relatively well. Unemployment affects engineers three times less than the rest of the population and 80% of graduates usually find a job within months of completing a professional year program in engineering.
This facility to enter the job market is due to several things, starting with the fact that engineering schools combine scientific education and vocational training through courses during the course. A real asset at the moment.
Note also that the engineering profession can be exercised in a multitude of sectors. Industry is the sector providing the most jobs. It employs nearly 40% of engineers.
The sector is also constantly evolving and some sectors are promising in terms of employment such as sustainable development.
ENGINEERING: A SECTOR THAT OPENS INTERNATIONAL OPPORTUNITIES
Many engineering schools offer double degrees allowing students to validate an engineering degree but also a manager. But many schools go further by giving students the opportunity to obtain an additional degree by completing part of their engineering degree abroad at a partner university. It is also often possible to do internships abroad in partner companies or not. These two devices allow students to significantly increase their professional mobility.
Professional Year Programs – Master in Professional Programs
Those who are graduated from an Australian University can get an opportunity to take part in any professional year program in Sydney only through one year of study. The professional year engineering program is highly flexible and will help you to get good occupational opportunity in the job sector. Increase your possibility of gaining good career opportunities at Professional Year Programs. Get in touch with our team and make yourself familiar with the advance professional courses.