Quality Control Materials and Products Programme code: W4-S2KJ25.2025
| Field of study: | Quality Control Materials and Products |
|---|---|
| Programme code: | W4-S2KJ25.2025 |
| Programme code (USOS): | W4-S2KJ25 |
| Faculty: | Faculty of Science and Technology |
| Language of study: | Polish |
| Academic year of entry: | summer semester 2025/2026 |
| Level of qualifications/degree: | second-cycle studies |
| Mode of study: | full-time |
| Degree profile: | general academic |
| Number of semesters: | 3 |
| Degree: | magister (Master's Degree) |
| Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 90 |
| Leading discipline: | materials engineering (engineering and technology) |
| ISCED code: | 0715 |
| The number and date of the Senate’s resolution: | 184 (18/11/2025) |
| General characteristics of the field of study and the assumed concept of education: | The Materials and Products Quality Control program expands on the field of materials science, focusing on the quality, reliability, and safety of modern materials and products. The program is interdisciplinary and combines knowledge from the fields of science, materials engineering, metrology, non-destructive testing (NDT), technical computer science, and quality management systems.
The goal of the program is to prepare specialists with in-depth knowledge of material properties and competencies in assessing, controlling, and improving technological processes. Students acquire skills in planning and conducting materials testing, analyzing measurement data, interpreting results, and implementing quality procedures and systems compliant with applicable standards (including ISO 9001 and ISO/IEC 17025).
The program includes both theoretical and practical classes—laboratory and project—enabling the acquisition of research skills and the use of modern IT tools in quality control. A key element of the program is the development of organizational and managerial competencies necessary to lead quality control teams in industrial enterprises and research centers. Graduates of this program are prepared to work in research and certification laboratories, quality control departments in industry, institutions implementing and supervising quality systems, as well as to conduct research and development activities and continue their education in doctoral studies. |
|---|---|
| Graduation requirements: | The condition for admission to the diploma examination is to achieve the learning outcomes provided for in the study program, to obtain a certificate of an appropriate level of language proficiency in a foreign language and to obtain positive grades for the diploma dissertation. The condition for graduation is to pass the diploma examination with at least a satisfactory result. A graduate receives a higher education diploma confirming obtaining the qualifications of the appropriate degree.
Detailed rules of the diploma process and the requirements for the diploma thesis are set out in the Rules and Regulations of Studies at the University of Silesia and the diploma regulations. |
| Internships (hours and conditions): | not applicable |
| Information on the relationship between the studies and the university's strategy as well as the socio-economic needs that determine the conduct of studies and the compliance of learning outcomes with these needs: | The Materials and Products Quality Control program is aligned with the University's Development Strategy, in particular with the goals of "Innovative education and modern teaching offerings" and "Active cooperation between the University and the socio-economic environment." The curriculum integrates scientific achievements in materials science with practical aspects of quality assessment and assurance, responding to the current needs of industry and the research and certification sector.
The program prepares specialists capable of conducting research, assessing, and implementing quality systems in industrial enterprises, research laboratories, and technology centers. The program was created in response to the labor market demand for engineers with competencies in materials science, metrology, measurement data analysis, and quality management.
The learning outcomes are aligned with the needs of a knowledge-based economy and innovation. Graduates possess interdisciplinary knowledge and the ability to combine materials science with the practice of quality control and technological process management. Collaboration with industry and the completion of theses in collaboration with businesses ensure a practical nature of education and an effective adaptation of the program to real socio-economic needs. |
| Percentage of the ECTS credits for each of the scientific or artistic disciplines to which the learning outcomes are related to the total number of ECTS credits: | materials engineering (engineering and technology): 100% |
| KNOWLEDGE The graduate: |
|---|
has in-depth and systematic knowledge covering key issues and selected aspects of advanced detailed knowledge from various disciplines constituting the theoretical foundation of materials engineering, including the theoretical foundations of an integrated quality management system. [KJ2A_W01] |
possesses in-depth, systematic, and theoretically grounded knowledge in the field of various groups of engineering materials and is familiar with current and prospective areas of their applications. [KJ2A_W02] |
possesses in-depth, systematic, and theoretically grounded knowledge, covering the complex relationships between the structure and properties of engineering materials, which form the theoretical foundation necessary for shaping, manufacturing, designing, and modeling engineering materials with specific properties. [KJ2A_W03] |
has in-depth, structured and theoretically based knowledge of methods and techniques used to produce and shape the structure and properties of engineering materials and to modify their surfaces, also in the context of quality control of materials and products. [KJ2A_W04] |
possesses in-depth, structured and theoretically based knowledge of materials testing methods and the construction of scientific and research equipment necessary to assess the structure, properties and quality of engineering materials and products. [KJ2A_W05] |
knows and understands the complex processes occurring in the life cycle of devices, objects and technical systems, with particular emphasis on the processes of destruction of engineering materials, preventive measures and risk assessment. [KJ2A_W06] |
possesses in-depth, systematic, and theoretically grounded knowledge in the methodology of selecting engineering materials, taking into account the complex relationships between their structure, properties, and operational requirements. [KJ2A_W07] |
has in-depth and structured knowledge of development trends and the latest achievements in the field of advanced engineering materials, as well as innovative technologies for their production and techniques for shaping their properties, with critical consideration of the principles of sustainable development and the complex challenges of modern civilization. [KJ2A_W08] |
possesses systematic and theoretically grounded knowledge in the field of computer-aided work and demonstrates a deep understanding of the potential applications of selected information and communication technologies, as well as software tools, in materials engineering. [KJ2A_W09] |
has in-depth and structured knowledge of industrial property, intellectual property and copyright protection as well as research laboratory management, including standards and accreditation requirements. [KJ2A_W10] |
has in-depth and systematic knowledge of the principles of creating and developing various forms of entrepreneurship related to the broadly understood field of materials engineering. [KJ2A_W11] |
possesses in-depth and systematic knowledge of the methodology for conducting scientific research in the field of materials engineering, including in the context of implementing research and development projects. [KJ2A_W12] |
| SKILLS The graduate: |
|---|
is able to acquire information from various sources, including scientific literature, databases and technical standards, accuracy analysis, make appropriate selection, evaluation and critical analysis of these sources, synthesize and creatively interpret the information, and then present the obtained results in a clear and understandable manner. [KJ2A_U01] |
is able to formulate and test hypotheses related to simple research problems, particularly involving the shaping, manufacturing, design, modeling, and selection of engineering materials with specific properties, quality control monitoring as well. [KJ2A_U02] |
is able to apply existing or develop new methods and tools to identify, formulate and solve research problems, critically assessing their usefulness and effectiveness in conditions of incomplete predictability, also in the context of quality control monitoring. [KJ2A_U03] |
is able to select and use information and communication techniques and computer methods and tools to formulate and implement tasks, including task of non-technical nature. [KJ2A_U04] |
is able to design a simple device, object, system, or process typical for materials engineering, according to a given specification, using appropriate methods, techniques, and design tools. [KJ2A_U05] |
is able, when formulating and solving tasks, to conduct a preliminary economic analysis and critically assess nontechnical aspects, including in the context of global civilizational challenges. [KJ2A_U06] |
is able to communicate with various audiences using appropriately tailored specialist terminology, including conducting discussions and debates, presenting and analyzing various aspects of materials engineering, using appropriate specialist Polish and English terminology. [KJ2A_U07] |
is able to prepare documentation regarding the implementation of tasks and reports in the context of quality control of materials and products, as well as present the results of work using appropriate methods and tools, using appropriate specialist Polish and English terminology. [KJ2A_U08] |
is able to work individually as well as collaborate in teams, including taking on the role of a leader directing the team's work. [KJ2A_U09] |
is able to independently plan and implement the process of lifelong learning, as well as guide and support others in this area. [KJ2A_U10] |
clearly and comprehensibly communicates with others in a foreign language at the B2+ level of the Common European Framework of Reference for Languages, making use of his/her knowledge and specialist terminology [KJ2A_U11] |
| SOCIAL COMPETENCES The graduate: |
|---|
demonstrates the ability to critically assess acquired knowledge and received content, recognizes the role of knowledge in solving complex cognitive and practical problems, and is willing to seek expert opinions when encountering difficulties in solving a problem independently. [KJ2A_K01] |
is ready to actively engage in raising public awareness about the role and importance of materials engineering, promoting its achievements, and initiating actions for the public interest in this field. [KJ2A_K02] |
is ready to perform professional roles professionally, demonstrating responsibility for the duties entrusted to him, also in the context of monitoring the quality of materials and products, acting in accordance with ethical principles, professional standards and safety rules, using effective communication techniques. [KJ2A_K03] |
is ready for entrepreneurial and innovative thinking and action in the field of materials engineering, actively seeking new solutions, including in the context of the challenges and dilemmas of modern civilization and green energy. [KJ2A_K04] |
| KNOWLEDGE The graduate: |
|---|
The student has in-depth knowledge of selected scientific methods and knows problems characteristic of a particular field of science unrelated to the discipline materials engineering. [OOD.2024_W01] |
| SKILLS The graduate: |
|---|
The student has advanced skills to set scientific questions and analyse problems or to solve problems practically on the basis of the course content, experience and skills gained in a particular field of science unrelated to the discipline materials engineering. [OOD.2024_U01] |
| SOCIAL COMPETENCES The graduate: |
|---|
The student has in-depth knowledge of selected scientific methods and knows problems characteristic of a particular field of science unrelated to the leading discipline of the study programme. [OOD.2024_KS01] |
| Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
|---|---|---|---|---|
| A | ||||
| Advanced methods of research on the structure and properties of materials 1 [KJ2A_ZMBSWM1] | Polish | exam |
lecture: 30
laboratory classes: 30 |
6 |
| Information Systems and Quality Control Process Automation [KJ2A_SIAPKJ] | Polish | course work | workshop: 30 | 3 |
| Materials engineering [KJ2A_IM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
6 |
| Physicochemistry of engineering materials [KJ2A_FMI] | Polish | exam |
lecture: 30
laboratory classes: 30 |
6 |
| Specialized subject 1. Statistical process control [KJ2A_PS1_SSP] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
| Technical metrology [KJ2A_MT] | Polish | exam |
lecture: 30
laboratory classes: 30 |
6 |
| Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
|---|---|---|---|---|
| A | ||||
| Advanced methods of research on the structure and properties of materials 2 [KJ2A_ZMBSWM2] | Polish | exam |
lecture: 15
laboratory classes: 15 |
3 |
| Diploma laboratory 1 [KJ2A_PD1] | Polish | course work | laboratory classes: 30 | 3 |
| M.Sc. seminar 1 [KJ2A_SM1] | Polish | course work | seminar: 30 | 3 |
| Production and quality management [KJ2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
3 |
| Quality Control Techniques for Materials and Products [KJ2A_TKJMW] | Polish | course work |
lecture: 15
laboratory classes: 30 |
4 |
| Research laboratory management [KJ2A_ZLB] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
| Specialist workshop 1. Issues in the field of materials engineering and modern materials 1 [KJ2A_WS1_ZZIMNM] | English | course work | laboratory classes: 15 | 2 |
| Specialized subject. 2. Integrated quality management systems. 1 [KJ2A_PS2_ZSZJ1] | Polish | exam |
lecture: 15
laboratory classes: 15 |
3 |
| C - OTHER REQUIREMENTS | ||||
| General academic module [OOD_2024_SS_MOG] | course work | depending on the choice: 30 | 3 | |
| General academic module (Humanities) [OOD_2024_SS_MOH] | course work | depending on the choice: 30 | 3 | |
| Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
|---|---|---|---|---|
| A | ||||
| AI and data structuring in quality control [KJ2A_AISDKJ] | Polish | exam |
lecture: 15
laboratory classes: 30 |
4 |
| Communication and teamwork [KJ2A_KPG] | Polish | exam |
lecture: 15
laboratory classes: 15 |
3 |
| Diploma laboratory 2 [KJ2A_PD2] | Polish | course work | laboratory classes: 60 | 6 |
| M.Sc. seminar 2 [KJ2A_SM2] | Polish | course work | seminar: 30 | 3 |
| Specialist workshop 2. Anti-corrosion engineering in quality control systems [KJ2A_PS4_IASKJ] | English | course work |
lecture: 15
laboratory classes: 30 |
4 |
| Specialist workshop 3. Issues in the field of materials engineering and modern materials 2 [KJ2A_WS2_ZZIMNM] | English | course work | laboratory classes: 15 | 2 |
| Specialized subject. 3. Integrated quality management systems 2 [KJ2A_PS3_ZSZJ2] | Polish | exam |
lecture: 30
laboratory classes: 30 |
6 |
| C - OTHER REQUIREMENTS | ||||
| Intellectual property protection [KJ2A_OWI] | Polish | course work | practical classes: 15 | 2 |