This mechanical engineering degree covers 2 main fields. The 1st is construction engineering. Here you learn to design machines. Anything from huge cranes to the smallest micro-mechanical healthcare applications. The 2nd is energy systems engineering. This is about designing energy systems to reduce energy. You also learn about steering and control, cost efficient design and human-machine interfaces.
What does the industry need? That’s the question we asked when designing this mechanical engineering program. You get all the essential engineering skills. Project management skills. Lots of experience. And much more.
This mechanical engineering degree covers 2 main fields: construction engineering and energy systems engineering. You follow technical subjects related to these fields. You also follow general professional subjects. This way you get the essential technical skills as well as social, intercultural and communication skills.
Throughout your degree you apply your knowledge in team projects. Create a windmill. Or design a heat pump. Finally, you get loads of professional experience. How? By doing a mechanical engineering internship and a graduation project.
Pastaba!
Anglų kalbos žinias gali patvirtinti vienu iš šių būdų:
arba
*Jeigu nori pasitikrinti ar tavo anglų kalbos žinios yra pakankamos studijuoti Nyderlandų aukštosiose – suteikiame galimybę laikyti Oxford anglų kalbos testą. Nors anglų kalbos testas nėra reikalaujamas, patartina žinoti savo galimybes ir kalbos lygį.
Having these subjects in your High School diploma is mandatory:
As a mechanical engineer, you can work in any number of branches. For example, in construction, automotive design, fine mechanical design, energy systems design, health care applications and automation for the food industry. Your task? To design and construct machines or energy systems. Or to improve and monitor these machines or energy systems. Some jobs you could pursue:
Constructional Engineer / Product Designer. As a constructional engineer or product designer you design machines. Or you redesign them to reduce costs. How? Using 3D-CAD software, hand calculations and newly available techniques. You often work in a team with electrical and software engineers. You keep a close eye on customer requirements and specifications. And on the boundaries of law and regulations.
Energy systems engineer. As an energy systems engineer, you develop systems to monitor and regulate our energy use. In the built environment and in industrial applications. How? Using simulation, measurement and control. Nowadays energy systems are being renewed. And fossil fuels are being replaced by renewable energy. So the energy systems engineer has an important role to fulfil.
Project leader. As a project leader, you work on projects where you design or optimize mechanical systems. Usually you do this in a team of professionals from different disciplines. Your tasks? Planning the project, dealing with customers and monitoring the progress of the project.
Production manager. As a production manager, you manage production sites. You make sure that products are manufactured at the lowest cost. So, you need to have all the components ordered just-in-time at the right place for assembly. Quality checks are also essential for ensuring satisfied customers.
Tu laukei ilgai. Kantriai žaidei pagal taisykles, kurios buvo ne tavo. Tu laukei. Ir sulaukei. Mokyklos era baigiasi. Šiandien jau Tavęs laukia pasaulis. Kur skrisi? Kur mokysiesi? Kur linksminsiesi? Kur atrasi naujus draugus? Kur iš naujo atrasi save?...
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