MSc/MEng in Mechanical and Manufacturing Engineering

Course per Semester

Semester 1

• MME 518 Theory and Applications of Incompressible Newtonian and non-Newtonian Fluids
• MME 531 Continuum Mechanics
• MME 541 Manufacturing Process Automation
• MME 705 Master's Thesis Research Ι (MME)

Semester 2

• MME 512 Advanced Engineering Thermodynamics
• MME 524 Modelling and Analysis of Dynamic Systems
• MME 706 Master's Thesis Research ΙI (MME)

Semester 3

• MME 707 Master's Thesis Research III (M.Sc.) (MME)

Semester 4

• MME 708 Master's Thesis Research IV (M.Sc.) (MME)

List of Electives

List of Courses from Group 1

• MME 505 Independent Study Ι
• MME 506 Independent Study II
• MME 516 Technologies of Renewable Energy
• MME 517 Solar Energy Systems
• MME 523 Signal Processing
• MME 533 Biomedical and Industrial Applications of Engineering Acoustics
• MME 535 Medical Imaging - Diagnostic Ultrasound

List of Courses from Group 2

• MME 516 Technologies of Renewable Energy
• MME 517 Solar Energy Systems
• MME 523 Signal Processing
• MME 533 Biomedical and Industrial Applications of Engineering Acoustics
• MME 535 Medical Imaging - Diagnostic Ultrasound
• MME 551 Nonlinear Mechanics of Solids and Structures

The program is designed to produce highly qualified graduates who:

• Obtain a strong background in the fundamentals of the field, creativity, societal sensitivity, and the independence of thought required for a successful career in Mechanical and Manufacturing Engineering.
• Obtain self-motivation and self-evaluation skills to acquire more knowledge in their area of specialization during their future professional career.
• Adopt a deductive approach to the learning process. This approach follows naturally from the fact that all physical phenomena important to Mechanical and Manufacturing Engineers are governed by a set of simple physical laws and are mathematically expressed by similar equations solved with the same methods.
• As successful Engineers, identify, define, understand and use physical laws to describe different problems.
• Evaluate, select and combine appropriate analytical, experimental and computational tools for problems of specialization.
• Apply these tools and solve problems to meet specific needs posed by society.
• Integrate new knowledge in their background to design, propose and compose new products and services.
• Apply their acquired knowledge and skills to a research project in the area of their specialization.
• Are able to prepare scientific reports and present their work in the scientific community.

The employment prospects of the program include, among others, the following:

• Industry
  • Construction Sector
  • Mining and Processing
  • Production of Electricity
  • Water Desalination
  • Hotel Units
• Technical Offices
  • Design of Mechanical Installations
  • Thermal Building Performance
  • Environmental Impact
• Installation and Maintenance of Equipment
• Appointment to the Public Sector of Cyprus
• Appointment in Secondary Education
• Financial Investment Advisers
• Teaching staff in academia
• Continuing studies at Doctorate level