Aditivní technologie

VŠB - Technical University of Ostrava - Faculty of Mechanical Engineering

Key information
Field of study:
Interdisciplinary programmes involving broad field 07 (1)
Study language::
CZ
Study program code:
N0788A270009
Application deadline:
31.03.2027
ISCED code:
0788
Study form::
full-time
Study duration:
2 years
Number of applicants in the last academic year: 24
Number of admitted students in the last academic year: 20

Additive Manufacturing Technologies is a follow-up Master's degree programme focused on advanced additive manufacturing processes, digital production preparation, and post-processing technologies. You acquire advanced knowledge of metal, polymer and composite 3D printing technologies, design for additive manufacturing, 3D scanning, reverse engineering, and manufacturing process management. The programme includes training in professional CAD/CAM systems, process optimization, quality control, and metrology. The curriculum combines theoretical foundations with practical experience gained through industrial projects and research activities, preparing graduates for the implementation of additive manufacturing in modern engineering practice.

Application and admission procedure
Application start:
01.12.2026
Application deadline:
31.03.2027
Application fee:
700.00 CZK

ApplyOpens in a new window

Study

Graduates of the Additive Manufacturing Technologies programme possess comprehensive knowledge and skills in additive manufacturing and related engineering technologies. They are able to design products according to Design for Additive Manufacturing (DfAM) principles, select appropriate materials and manufacturing processes, optimize production parameters, and perform post-processing operations including machining, heat treatment, and surface finishing. Graduates are proficient in professional CAD software, additive manufacturing workflow tools, 3D scanning technologies, and reverse engineering methods. They can independently solve engineering problems, analyse and evaluate measurement data, and implement innovative manufacturing solutions in industrial practice. Graduates are qualified for positions such as additive manufacturing engineer, design engineer, process engineer, R&D specialist, project manager, or researcher in sectors including mechanical engineering, automotive, aerospace, healthcare, and industrial design.

University

School detail

Institution type:
public
Founded:
1849
Abbreviation:
VSB
Number of students:
13687
Number of international students in degree programs:
1760
Number of international exchange students:
618
Number of international alumni
261

Choose VSB – Technical University of Ostrava and study at a university that has brought together engineering, economics, natural sciences and the arts for more than 175 years. Its modern study programmes respond to real-world challenges and build on top-level fundamental and applied research. Thanks to its tradition, close cooperation with industry and partnerships with many Czech and international universities, you will join an environment that creates innovative solutions across a wide range of fields and gives graduates strong career prospects.

Contacts

Contacts

Field of study:
Interdisciplinary programmes involving broad field 07 (1)
Study language::
CZ
Study program code:
N0788A270009
Application deadline:
31.03.2027
ISCED code:
0788
Study form::
full-time
Study duration:
2 years
Number of applicants in the last academic year: 24
Number of admitted students in the last academic year: 20

Additive Manufacturing Technologies is a follow-up Master's degree programme focused on advanced additive manufacturing processes, digital production preparation, and post-processing technologies. You acquire advanced knowledge of metal, polymer and composite 3D printing technologies, design for additive manufacturing, 3D scanning, reverse engineering, and manufacturing process management. The programme includes training in professional CAD/CAM systems, process optimization, quality control, and metrology. The curriculum combines theoretical foundations with practical experience gained through industrial projects and research activities, preparing graduates for the implementation of additive manufacturing in modern engineering practice.

Application start:
01.12.2026
Application deadline:
31.03.2027
Application fee:
700.00 CZK

ApplyOpens in a new window

Graduates of the Additive Manufacturing Technologies programme possess comprehensive knowledge and skills in additive manufacturing and related engineering technologies. They are able to design products according to Design for Additive Manufacturing (DfAM) principles, select appropriate materials and manufacturing processes, optimize production parameters, and perform post-processing operations including machining, heat treatment, and surface finishing. Graduates are proficient in professional CAD software, additive manufacturing workflow tools, 3D scanning technologies, and reverse engineering methods. They can independently solve engineering problems, analyse and evaluate measurement data, and implement innovative manufacturing solutions in industrial practice. Graduates are qualified for positions such as additive manufacturing engineer, design engineer, process engineer, R&D specialist, project manager, or researcher in sectors including mechanical engineering, automotive, aerospace, healthcare, and industrial design.

University

School detail
Institution type:
public
Founded:
1849
Abbreviation:
VSB
Number of students:
13687
Number of international students in degree programs:
1760
Number of international exchange students:
618
Number of international alumni
261

Choose VSB – Technical University of Ostrava and study at a university that has brought together engineering, economics, natural sciences and the arts for more than 175 years. Its modern study programmes respond to real-world challenges and build on top-level fundamental and applied research. Thanks to its tradition, close cooperation with industry and partnerships with many Czech and international universities, you will join an environment that creates innovative solutions across a wide range of fields and gives graduates strong career prospects.

Contacts

More programs