Masters in Mechanical Engineering Technology

Semester 1

• Mathematics IV
• Robotics
• Technological Principles of Design
• Theory of Machining
• Theory of Technological Processes
• Tools Construction and Production

Semester 2

• Manufacturing Process Design
• Quality Management and Metrology
• Theory of Metal Forming
• Theory of Welding

Semester 3

• Additive Manufacturing
• Assembling Technology
• Construction and Production of Fixtures
• Design and Management of Production Systems
• Special Technology of Welding
• Technology of Surface Engineering

Semester 4

• Diploma Project I
• Diploma Project II
• Engineering Technology for Practice
• Ethical Questions of Modern Science
• Machine Tools
• Machining and Metrology in Practice

Study aims

The goal of the two-year study programme in mechanical engineering technology is to educate experts with extensive theoretical and practical knowledge of basic manufacturing technologies used in mechanical engineering. Students gain knowledge from the programme's basic scope as engineering materials, their surface finish, manufacturing technology of mechanical components and their assembly. Students deepen their knowledge by studying metallurgy and limiting the state of materials, cutting tools, jigs, NC manufacturing machines, automatic and flexible manufacturing systems, projection and management. An important part of teaching is control and quality management, organization and economic evaluation of manufacturing.

Graduate's knowledge

Mechanical engineering technology study programmes make students ready for a wide range of technical positions in manufacturing enterprises. The study program educates technical experts and technologists who can design and innovate technological processes and products for specific applications, experts and managers for technical and human resources.

Graduate's skills

Graduates- engineers- will be able to analyze technological processes from theoretical and practical views, design appropriate input process parameters and use suitable software tools to solve processes and interpret gained results for the needs of industrial praxis.

Graduate's general competence

Expert qualifications allow graduates to be employed as engineers in technical, working, design, projection, control, business and leader posts, in departments of company quality control and company management in the manufacturing industry and the field of manufacturing and non-manufacturing sphere. Mechanical engineering technology programme graduates find employment in production working in manufacturing and in other fields of industry, in departments of preparation and organisation of production in departments of design and planning of the technological facility, tools and jigs, in departments of maintenance and other service departments.

Hard skills

• Procedures for the production of machined parts
• CNC machining technology
• Design of technological workplaces
• Preparation of production
• Reading technical documentation
• Metrology
• Evaluation of production and pre-production processes
• Design with the support of a CAD system Inverter
• Knowledge in the field of production technologies
• Knowledge of machine tool construction
• Processing of drawing documentation
• Design of technological processes of production

Graduate's employment

Graduates find their use by all employers who are busy with the development, production, distribution and service of manufacturing products. Requirements of industry on several Mechanical engineering technology programme graduates are currently several times higher than expected numbers of several Mechanical engineering technology programme graduates.
Graduates can be employed in praxis as:

• Expert in the academic sphere in other departments that are concerned with science, research, development and innovations,
• Designer and manager,
• Technical and working engineer,
• Computer engineer, designer of technological facilities, tools and jigs,
• Technologist, engineer in departments of preparation and organisation of production,
• Expert in control and quality management,
• Expert in the level review of technical projects in business and the financial sphere,
• Designer of manufacturing systems, project manager,
• Engineer in departments of maintenance and other service departments.

Professions

• Production manager
• Production system engineer
• Auditor of quality management systems
• Academic staff member
• Industrial Engineer
• Materials production technologist
• Research team worker
• Leading technologist
• Forming technology manager
• Technologist
• Rapid prototyping technology engineer