Diploma (FH)

Mechanical engineering

Shape the future - you develop innovative, energy-efficient machines, drive forward sustainable technologies and create smart solutions for a greener world.

Mechanical engineering
Faculty:Mechanical Engineering
Location:Zittau
Degree:Graduate engineer (FH)
Standard period of study:8 semesters
ECTS points:240
Teaching language:German
Enrollment for:Winter semester
Admission restriction:None
Accreditation status:accredited

Henry Ford was a born engineer. At the age of fifteen, he built his first internal combustion engine. Years later, his concept of modern vehicle manufacturing revolutionized industrial production. But challenges and solutions are not a question of era. In the age of digitalization, we need creative and responsible engineers more urgently than ever to design and build machines that meet today's requirements.

 

Prefer dual study?

In the dual KIA variant (cooperative study with integrated training), the diploma course is ideal for future students who want to combine theory and practice. In addition to theoretical specialist knowledge, you will also acquire practical vocational training and, at the end of your studies, you will not only receive a Dipl.-Ing. certificate, but also an IHK qualification.

Your course content in the mechanical engineering degree program

1st semester
  • Technical Thermodynamics I - Energy Theory
  • Fundamentals of computer science
  • Business Administration
  • Engineering Mathematics I
  • Physics and fundamentals of electrical engineering
  • Engineering Mechanics I - Statics
  • Materials technology and chemistry
2nd semester
  • Materials technology and chemistry
  • Production Engineering I
  • Engineering Mathematics II
  • Design engineering I
  • Basic practical course in physics, electrical engineering, materials testing
  • Technical Thermodynamics II - Heat Transfer
  • Computer science II (elective module)
3rd semester
  • Physical and manufacturing fundamentals of metrology
  • Machine elements I
  • Fluid mechanics I
  • Technical Mechanics III - Kinematics/Kinetics
  • Technical Thermodynamics III - Process Thermodynamics
4th semester
  • Design theory I
  • Work preparation
  • FEM I and applied mathematics
  • Machine Tools
  • Machine Elements II
  • Design theory II
  • Quality management and quality assurance
5th semester
  • Practical semester
6th semester
  • Control and regulation technology
  • Drive technology
  • Fluid energy machines (elective module)
  • Interdisciplinary skills (compulsory elective modules)
  • Compulsory elective area
    • Project work Structural analysis
    • Joining and assembly technology
    • Fundamentals of plastics technology
    • Surface technology
    • Process engineering
    • Business law/cost and performance accounting

Specialization or field of study Design engineering

  • Machine Dynamics
  • Structural Dynamics

Specialization or field of study Production Engineering

  • Material Flow Technology/Industrial Robotics
  • Project seminar
7th semester
  • Applied C-technology
  • Machine testing
  • Production control/industrial management

Specialization or field of study Design engineering

  • Component safety/damage diagnosis
  • Machine design
  • Mechanism technology

Specialization or field of study Production Engineering

  • Production metrology
  • Production Engineering II
  • Project work Manufacturing systems
8th semester
  • Final module (diploma thesis and defense)
  • Admission requirements
    • general or subject-specific higher education entrance qualification or entrance qualification for universities of applied sciences or admission test 
    • Applicants with a qualification as a technician, business administrator, master craftsman or similar Completion of advanced vocational training in accordance with §18(3) of the SächsHSFG must attend a counseling interview for general university admission.
    • for the dual study form KIA (cooperative study with integrated training): Training or internship contract with a KIA company 
  • Course content

    Studying mechanical engineering at the Zittau/Görlitz University of Applied Sciences gives you the opportunity to play an active role in shaping technical innovations and play a decisive role in shaping the future of industry. Mechanical engineering is the backbone of modern technologies and plays a central role in the development of sustainable, efficient and intelligent systems for almost all areas of our lives. The combination of sound scientific principles, practical training and modern production technologies is at the heart of the course and prepares you optimally for the challenges of a constantly changing working world.

    Contents:

    • Design and development of technical systems: design, calculation, realization
    • Innovative manufacturing technology and production processes: Planning, optimization, automation
    • Energy-efficient machines and systems: Analyze, improve, design sustainably
    • Materials engineering and plastics technology: understanding, selecting, applying
    • Quality management and metrology: monitoring, safeguarding, further development

    Fundamentals:

    • Engineering mathematics, physics, computer science
    • Technical mechanics and thermodynamics
    • Fundamentals of electrical engineering and materials science
    • Machine elements and design theory

    Specialization/study specializations:

    • Machine design and structural analysis
    • Production and assembly technology
    • Surface and plastics technology
    • In the Design Engineering specialization, the focus is on the creative development, design and optimization of technical systems and components for a wide range of industrial applications.
    • The Production Engineering specialization focuses on the planning, control and optimization of modern manufacturing processes and production systems.

    During your studies, you will benefit from state-of-the-art laboratories, practical projects and close links with current research and development tasks. The practical semester allows you to gain valuable work experience and apply your knowledge directly in industry.

  • Career prospects

    Whether you prefer designing plans on the computer, experimenting in the laboratory or optimizing machines and processes in production halls - the possibilities are almost limitless.

    Areas of application could be

    • Mechanical engineering and vehicle construction companies
    • Manufacturing industry
    • Engineering and development offices
    • Approval and supervisory authorities
    • research institutions
    • Engineering service companies

    A degree in mechanical engineering opens up many exciting career opportunities in industry and research. Jobs in areas such as design, production, development, commissioning, maintenance and sales are possible and require creativity and technical skills. Studying can help develop sustainable technologies and make important contributions to environmental protection - become part of the change and study mechanical engineering.

    Study further? Master Mechanical Engineering

  • Study program

    Diploma program

    • 1st to 3rd semester: basic studies
    • 4th to 7th semester: Specialist studies
    • 5th semester: Practical semester
    • 8th semester: Diploma thesis and defense

     

    Diploma program dual KIA variant

    • 1st to 3rd semester: basic studies and vocational training
    • The KIA form of study only differs from the diploma course in the 2nd and 3rd semesters. You complete the part-time semesters 2.1 to 3.2 in a 4-week rhythm at alternating learning locations (university/company). At the end of this study section, you will take the IHK examination
      and receive your first professional qualification.
    • 4th to 7th semester: Specialist studies
    • 5th semester: Practical semester
    • 8th semester: Diploma thesis and defense

Podcast episode on the degree program

Advantages
  • The placement rate of our graduates after graduation is 100%.
  • The program is structured and the modules are coordinated. This ensures that the standard period of study is adhered to.
  • The practical part of the studies is above average: internships in laboratories and PC pools, practical semesters in industry, bachelor semesters in industry.
  • Students are directly involved in research projects of the faculty and industry partners.
  • Lecturers are also available to students outside office hours.
  • There are about 4 professors and lecturers for every 100 students.
  • The lecturers see their studies as a joint task with the students.
  • The group "Students advise students" (SbS) provides support for organizational and personal problems, which can also go beyond the study program.
  • Problems are discussed in regular discussion rounds (Jour fixe) between students and professors.
  • Students receive assistance in finding internships, bachelor theses and companies to start their careers.
Further information
Photo: Prof. Dr.-Ing. Bernd Bellair
Fachstudienberater
Prof. Dr.-Ing.
Bernd Bellair
Faculty of Mechanical Engineering
02763 Zittau
Schwenninger Weg 1
Building Z VII, Room 137
1st floor
+49 3583 612-4852
Allgemeine Studienberatung
Madeleine Pohl
Department of Studies and International Affairs
02763 Zittau
Th.-Körner-Allee 16
Building Z I, Room 0.21
First floor
+49 3583 612-3055
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