Mechanical Engineering BSc
Nyíregyháza, Hungary
DURATION
7 Semesters
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
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EARLIEST START DATE
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TUITION FEES
EUR 2,200 / per semester *
STUDY FORMAT
On-Campus
* Non-EU| EU: 1600 EUR per semester
Introduction
The aim of the training is to produce mechanical engineers who are capable of operating and maintaining machines and mechanical equipment, of introducing or applying engineering technologies, of organizing and directing work, and of performing technical development, research, and design of average complexity according to labor market needs, furthermore, they have sufficient in-depth theoretical knowledge to continue their training in the second cycle.
Specialization
- Machine manufacturing technology, and
- Vehicle engineer.
Gallery
Admissions
Curriculum
Training program (fields of knowledge):
Basic natural scientific knowledge: 45
- Mathematics, mechanics, technical representation, engineering physics, general mechanics, thermodynamics, fluid mechanics, technical chemistry;
Economic and human knowledge: 21
- Economics, entrepreneurial economics, management, quality and environment management, occupational safety and security, energy management, economic law, human resources management;
Professional core material: 120 credits
- Technical IT, basics of CAD, FEM, machine parts, materials engineering and material testing, manufacturing technology, electrical engineering, measurement and control engineering, automation, logistics, maintenance and operations, assembly and complex design, general engineering knowledge, courses related to machine manufacturing technology and vehicle engineer specializations.
Internship:
Professional practice outside the institution is obligatory. Professional practice is a continuous internship outside the institution at a suitable organization for 6 weeks at least.
Program Tuition Fee
Career Opportunities
With a bachelor's degree, mechanical engineers can:
- design and construct machinery, apparatus, equipment, and structures,
- develop the production and assembly technology of machine and metal structures and their components,
- to develop diagnostic testing of machines, their maintenance, reliability, and repair technology,
- control technological processes of engineering, organize the servicing of mechanical equipment,
- operate and develop the logistics and material handling systems,
- apply environment-friendly technologies, create an industrial environment,
- design, manufacture and operate vehicles and mobile machinery.