Aeronautical and aerospace engineering...

Silesian University of Technology
Poland, Gliwice

Study location	Poland, Katowice
Type	Master, full-time
Nominal duration	1,5 roku / 3 semestry (90 ECTS)
Study language	English
Awards	MSc

Tuition fee	€900 per semester Tuition fee (900€) for 1st semester (800€) for each subsequent semester
Application fee	€18 one-time

Tuition fee

€900 per semester

Tuition fee (900€) for 1st semester (800€) for each subsequent semester

Application fee

€18 one-time

Entry qualification	Undergraduate diploma (or higher) with transcript of records 1. Verification of competences held on the basis of a graduation diploma with a diploma supplement. 2. If the number of candidates meeting the recruitment criteria exceeds the number of places in the field of study, admission is determined by the place on the ranking list created on the basis of the average grade from the studies multiplied by a coefficient depending on the compliance of the competences held with the competences required from the candidates. 3. The grade point average from the studies is understood as the grade determined as the weighted average rounded to two decimal places, determined by the formula: average of grades from studies = final grade from classes x number of ECTS points/ECTS points 1. The coefficient of compliance of the possessed competences with the competences required from the candidates amounts to: 3 – compliance in the range of 90% – 100% 2 – compliance in the range of 80% – 89% 1 – compliance in the range of 70% – 79% 0 – compliance below 70% The entry qualification documents are accepted in the following languages: English / Polish. Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original.

Entry qualification

Undergraduate diploma (or higher) with transcript of records

1. Verification of competences held on the basis of a graduation diploma with a diploma supplement.
2. If the number of candidates meeting the recruitment criteria exceeds the number of places in the field of study, admission is determined by the place on the ranking list created on the basis of the average grade from the studies multiplied by a coefficient depending on the compliance of the competences held with the competences required from the candidates.
3. The grade point average from the studies is understood as the grade determined as the weighted average rounded to two decimal places, determined by the formula: average of grades from studies = final grade from classes x number of ECTS points/ECTS points
1. The coefficient of compliance of the possessed competences with the competences required from the candidates amounts to:
3 – compliance in the range of 90% – 100%
2 – compliance in the range of 80% – 89%
1 – compliance in the range of 70% – 79%
0 – compliance below 70%

The entry qualification documents are accepted in the following languages: English / Polish.

Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original.

Language requirements	English

Other requirements	This course will be open under condition that will be group of 25 students. The candidate has the competences necessary to continue education at the second-level studies in this field, in particular: • has structured and theoretically founded knowledge in the field of mathematical methods and analyzes to describe technical processes, systems and processes, • has basic knowledge of economic processes, • knows and applies methods and techniques for measuring physical quantities, • knows the basic methods, techniques and tools used in the design of aircraft and space objects, uses basic methods and tools in the design of technical objects in aerospace engineering, also with the use of computer techniques, • has basic knowledge about the current state and the latest development trends in the field of aerospace engineering and its impact on the environment, as well as about the life cycle of aircraft and space objects and technical systems, • has structured knowledge of understanding and creating technical documentation of elements of aerospace engineering infrastructure, • has basic knowledge of management, including quality management, • is able to analyze and solve simple physical problems on the basis of the known laws and methods of physics and carry out simple physical measurements, can take into account system and non-technical aspects and perform preliminary economic analyzes of engineering tasks, • is able to use computer-aided design tools to simulate and design elements of aircraft and space objects, • is able to use appropriate methods and devices, as well as to use stations that enable the measurement of basic quantities determining the technical condition of aircraft and space objects, and to identify and verify simple elements, devices and processes, • is able to select and apply appropriate methods and tools for solving simple engineering tasks related to issues related to aerospace engineering, • is able, when formulating and solving tasks involving the design of objects, systems and processes related to aircraft and space objects, see their non-technical aspects, including environmental, economic and legal, • is aware of the importance and understanding of non-technical aspects and effects of engineering activities, including its impact on the environment, • knows a foreign language at the B2 level of the European System for the Description of Languages.

Other requirements

This course will be open under condition that will be group of 25 students.

The candidate has the competences necessary to continue education at the second-level studies in this field, in particular:
• has structured and theoretically founded knowledge in the field of mathematical methods and analyzes to describe technical processes, systems and processes,
• has basic knowledge of economic processes,
• knows and applies methods and techniques for measuring physical quantities,
• knows the basic methods, techniques and tools used in the design of aircraft and space objects, uses basic methods and tools in the design of technical objects in aerospace engineering, also with the use of computer techniques,
• has basic knowledge about the current state and the latest development trends in the field of aerospace engineering and its impact on the environment, as well as about the life cycle of aircraft and space objects and technical systems,
• has structured knowledge of understanding and creating technical documentation of elements of aerospace engineering infrastructure,
• has basic knowledge of management, including quality management,
• is able to analyze and solve simple physical problems on the basis of the known laws and methods of physics and carry out simple physical measurements, can take into account system and non-technical aspects and perform preliminary economic analyzes of engineering tasks,
• is able to use computer-aided design tools to simulate and design elements of aircraft and space objects,
• is able to use appropriate methods and devices, as well as to use stations that enable the measurement of basic quantities determining the technical condition of aircraft and space objects, and to identify and verify simple elements, devices and processes,
• is able to select and apply appropriate methods and tools for solving simple engineering tasks related to issues related to aerospace engineering,
• is able, when formulating and solving tasks involving the design of objects, systems and processes related to aircraft and space objects, see their non-technical aspects, including environmental, economic and legal,
• is aware of the importance and understanding of non-technical aspects and effects of engineering activities, including its impact on the environment,
• knows a foreign language at the B2 level of the European System for the Description of Languages.

More information	polsl.pl/rmt/en/aerospace-engineering

Specialties:
o Design and simulation methods in aerospace engineering
o Modern technologies and materials in aviation and space engineering
o Aerospace Engineering
o Logistics systems in air transport
o Unmanned Aerial Vehicles

Graduates are educated in the functioning of the modern aviation and space industry
• They can solve problems in the field of organization, planning, designing control systems and traffic management.
• They are prepared to think creatively and use advanced knowledge in the field of system organization and design, as well as processes and technologies in the aerospace industry
• Graduates of the aerospace engineering have an organized knowledge of the widely understood aviation and space environment, its nature, variability and the latest research directions.
• In addition, graduates of this field are prepared to work in a team, assuming various roles, including the role of a leader – project manager. In addition, they are characterized by ethical awareness and understand the need to constantly improve their own professional competences and are open to innovative forms of education and acquiring knowledge, skills and competences.
• Graduates of aerospace engineering will find employment in units related to the aviation industry in Polish and foreign centers.
• They can also work in teaching and research centers.

Apply now! Spring semester 2021/22

Mar 1, 2022

Save to my wishlist

Application deadlines apply to citizens of: United States

Apply now! Spring semester 2021/22

Mar 1, 2022

Save to my wishlist

Application deadlines apply to citizens of: United States

MScAeronautical and aerospace engineering

Programme structure

Career opportunities

MScAeronautical and aerospace engineering

Programme structure

Career opportunities

United States Does this correspond to your citizenship?

United States
Does this correspond to your citizenship?