Materials Science and Engineering Programme code: 08-S2MAL16.2016

Field of study: | Materials Science and Engineering |
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Programme code: | 08-S2MAL16.2016 |
Programme code (USOS): | 08-S2MAL16 |
Faculty: | Faculty of Computer Science and Materials Science |
Language of study: | Polish |
Academic year of entry: | winter semester 2016/2017 |
Level of qualifications/degree: | second-cycle studies (in engineering) |
Mode of study: | full-time |
Degree profile: | general academic |
Number of semesters: | 4 |
Degree: | magister inżynier (Master's Degree with engineering competencies) |
Access to further studies: | the possibility of applying for post graduate and doctoral studies |
Specializations: |
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Semester from which the specializations starts: | (no information given) |
Areas, fields and disciplines of art or science to which the programme is assigned: |
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ISCED code: | 0715 |
The number and date of the Senate’s resolution: | 133/2012 (29/05/2012) |
General description of the programme: | Materials Engineering is an interdisciplinary field of scientific-technical research, which analyses the influence of materials chemical and physical structure on their electrical, mechanical, optical, surface, chemical, magnetic and thermal properties as well as on various combinations of those properties. Materials engineering comprises a number of modern physical and chemical research techniques, which may be used to characterise both the structure and properties of materials. These techniques aim at studying the influence of structure on materials properties, in particular those, which are practically used in various technologies. This enables working out methods of obtaining materials featuring precisely defined practical properties. These studies influence not only the planned structure of end products but also help to examine and work out effective methods of their production and processing. Research carried out within the materials engineering leads to working out new materials, although it is commonly applied also to improve those already used. |
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Organization of the process of obtaining a degree: | Students of the second year of studies, inspired by their interests, choose M.Sc. thesis supervisors after semester 1 of studies. Together with the supervisor they specify the topic, the objective, the scope of thesis and tasks to be accomplished in accordance with the formula provided below.
The diploma obtaining is related to passing a diploma examination, consisting of two parts. The first part is related to the thesis presented by the student. It consists in the presentation of achievements resulting from the diploma thesis development and in showing the subject-matter knowledge related to the dealt topic. The second part is a knowledge exam, related to the studied speciality.
The final mark of the diploma examination is determined by the Examination Commission in accordance with requirements included in the regulations of studies at the University of Silesia.
The M.Sc. diploma exam is taken at the Examination Commission appointed by the Deputy Dean appropriate for the field of study. The Examination Commission consists of: the chairman and minimum two members (thesis supervisor and/or tutor, thesis reviewers).
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Connection between the field of study and university development strategy, including the university mission: | An interdisciplinary field of study "Materials Engineering" delivered on all 3 levels of education integrates very well with two strategic objectives identified in the University of Silesia Development Strategy. These are: "Innovative education and modern teaching offer" and "Active cooperation of the University with its environment". The University of Silesia is the only university in Poland offering M.Sc. studies in the field of materials engineering. A modern teaching offer includes two specialities: Materials Science and Biomaterials, which - through introduction of a number of specialisations - pave the way for individualisation of the education. A close relationship with the industry and medicine is one of priority objectives of education in this field of study, allowing students to learn the specificity of relevant branches of industry, the demand for graduates with an appropriate education, technological or inventive needs. Students of this field prepare their diploma - M.Sc. - theses in cooperation with industrial companies and enterprises operating both in the area of technology and of medicine. On the one hand this allows a better use of graduates scientific potential and on the other hand adapting the syllabus to the market needs. The skill of designing, the knowledge of manufacturing methods and of introducing new innovative materials integrates this field of study with the general trend and strategy of education directed towards the knowledge based economy. |
Specialization: | Biomaterials |
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General description of the specialization: | Student of second degree studying a specialty biomaterials one of the following specialties : intelligent biomaterials , research methods biomaterials. As part of the specialization according to the study plan are implemented appropriate specialist modules , monographic lectures and seminar programs.
For the "Biomaterials" speciality a broadening of individualisation for the education path with a medical attitude was suggested by the introduction of two specialisations: "Intelligent biomaterials" and "Materials testing methods". Graduates possess an advanced knowledge in the field of biomaterials used for implants and artificial organs. They know the structure and operation of implants, artificial organs and tissues as well as the influence of physiological-biological environments on the degree of biomaterials degradation with particular emphasis on toxicological and allergenic issues. They know advanced testing methods allowing a thorough analysis of biomaterials structure and properties. They can use the knowledge about the materials engineering and technology to prepare expert opinions on materials and to design technological processes and studies extending the use and acquisition of new materials for medical applications. The obtained comprehensive knowledge about materials engineering and in particular in the field of biomaterials predestine graduates to start a consultant activities in the area of medicine.
An interdisciplinary scope of knowledge about team management in research and industrial activities, IT systems and computer-aided engineering work, material selection and manufacturing technology systems operation is a common feature of both specialities. Graduates are prepared to take creative initiatives and decisions related to materials engineering and technologies and to carry out business on their own as well as to work in small and medium size enterprises, with special emphasis on the area combining materials engineering, medicine and veterinary science.
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Internships (hours and conditions): |
lack of practice |
Graduation requirements: |
- Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Graduates have the skill to use the technical information and are prepared to the work supporting the materials engineering designing. They also have the knowledge of research methodology and of human teams management in industrial environments, small and medium-size enterprises related to the engineering materials manufacturing and processing. Graduates are prepared to work in: industrial enterprises – manufacturing, processing or using engineering materials; small and medium-size businesses, including enterprises trading the engineering materials and instruments for their testing; research institutions and R&D centres; institutions involved in counselling and dissemination of knowledge in the field of materials engineering and materials technology as well as the computer assistance in technology; design and consultancy offices and institutions developing and operating computer IT systems used in the materials engineering. Based on an interdisciplinary scope of knowledge in the field of: human teams management in research and industrial activities, operation of IT systems and computer systems for the engineering work assistance, selection of materials and manufacturing technologies, the graduates are prepared to undertake creative initiatives and to make decisions on materials engineering and technologies as well as to run independently a business, with particular focus on the area combining materials engineering, medicine and veterinary science. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | technical studies : 100% |
Specialization: | Biomaterials Testing Methods |
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General description of the specialization: | Student of second degree studying a specialty biomaterials one of the following specialties : intelligent biomaterials , research methods biomaterials. As part of the specialization according to the study plan are implemented appropriate specialist modules , monographic lectures and seminar programs.
For the "Biomaterials" speciality a broadening of individualisation for the education path with a medical attitude was suggested by the introduction of two specialisations: "Intelligent biomaterials" and "Materials testing methods". Graduates possess an advanced knowledge in the field of biomaterials used for implants and artificial organs. They know the structure and operation of implants, artificial organs and tissues as well as the influence of physiological-biological environments on the degree of biomaterials degradation with particular emphasis on toxicological and allergenic issues. They know advanced testing methods allowing a thorough analysis of biomaterials structure and properties. They can use the knowledge about the materials engineering and technology to prepare expert opinions on materials and to design technological processes and studies extending the use and acquisition of new materials for medical applications. The obtained comprehensive knowledge about materials engineering and in particular in the field of biomaterials predestine graduates to start a consultant activities in the area of medicine.
An interdisciplinary scope of knowledge about team management in research and industrial activities, IT systems and computer-aided engineering work, material selection and manufacturing technology systems operation is a common feature of both specialities. Graduates are prepared to take creative initiatives and decisions related to materials engineering and technologies and to carry out business on their own as well as to work in small and medium size enterprises, with special emphasis on the area combining materials engineering, medicine and veterinary science. |
Internships (hours and conditions): | lack of practice |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | technical studies : 100% |
Specialization: | Computer Modelling of Materials |
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General description of the specialization: | Student in the second degree with a specialization in materials science has to choose from the following specializations: materials for medicine, nano- materials, computer modeling and materials research methods .
Most of European universities provide fields of study in the area of "Materials Science", named: „Materials Science”, „Materials Engineering” or „Materials Science and Engineering”. These fields of study are distinguished by varying specialisations acquired by students in the field of knowledge of structure, properties and applications of specific material types. Graduates obtain the title of Master of Science (M.Sc.-) with an extension informing about the achieved specialisation, e.g.: M.Sc. – Advanced Materials, M.Sc. – Biomaterials, M.Sc. – Materials and Business, … . Using this experience students are offered within the "Materials Science" speciality five specialisation blocks covering various types of materials or related issues: "Nanomaterials", "Materials for medicine", "Functional materials", "Materials recycling" or "Computer modelling of materials". From this point of view a graduate of the second level has skills and advanced knowledge about materials engineering, engineering materials designing, working and processing as well as forming their properties, and also about IT applied to the materials science. |
Internships (hours and conditions): | praktyk brak |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | (no information given) |
Specialization: | Functional Materials |
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General description of the specialization: | Absolwent specjalności "Materiały funkcyjne" posiada rozszerzona i pogłębioną wiedzę z zakresu fizyki i chemii materiałów niezbędną do zrozumienia zjawisk fizycznych i procesów chemicznych mających istotny wpływ na kształtowanie oraz modelowanie struktury i właściwości nowych materiałów inżynierskich. Posiada też wiedzę i umiejętności z zakresu planowania eksperymentu naukowego i opracowania danych doświadczalnych dla potrzeb rozwiązywania złożonych zadań inżynierskich a dotyczących szeroko rozumianej inżynierii materiałowej. Potrafi interpretować uzyskane wyniki, dokonywać ich krytycznej oceny pomocnej w wyciąganiu poprawnych wniosków. Bardzo ważną cechą absolwenta jest umiejętność gromadzenia informacji z literatury, baz danych norm i innych dostępnych źródeł a także umiejętność integrowania uzyskanych informacji, ich interpretacji i krytycznej oceny przydatnej w formułowaniu i wyczerpującym uzasadnianiu swoich opinii. Tak szeroki zakres wiedzy i umiejętności wynika wprost z definicji materiału funkcyjnego rozumianego jako "materiał spełniający funkcje inne niż bierne znoszenie i przenoszenie obciążeń mechanicznych". Tak rozumiane pojęcie materiału funkcyjnego odnosi się zatem do wszystkich, bez wyjątku, gałęzi nowoczesnej gospodarki opartej na wiedzy. Ponadto, posiadając głęboką wiedzę z zakresu nauk podstawowych i ogólną w zakresie technologii materiałów, absolwent ma możliwość efektywnego komunikowania się zarówno z inżynierami zatrudnionymi w podmiotach i organizacjach gospodarczych jak i z pracownikami naukowymi zajmującymi się nowoczesnymi materiałami. |
Internships (hours and conditions): | lack of practice |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | (no information given) |
Specialization: | Intelligent Biomaterials |
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General description of the specialization: | Student of second degree studying a specialty biomaterials one of the following specialties : intelligent biomaterials , research methods biomaterials. As part of the specialization according to the study plan are implemented appropriate specialist modules , monographic lectures and seminar programs.
For the "Biomaterials" speciality a broadening of individualisation for the education path with a medical attitude was suggested by the introduction of two specialisations: "Intelligent biomaterials" and "Materials testing methods". Graduates possess an advanced knowledge in the field of biomaterials used for implants and artificial organs. They know the structure and operation of implants, artificial organs and tissues as well as the influence of physiological-biological environments on the degree of biomaterials degradation with particular emphasis on toxicological and allergenic issues. They know advanced testing methods allowing a thorough analysis of biomaterials structure and properties. They can use the knowledge about the materials engineering and technology to prepare expert opinions on materials and to design technological processes and studies extending the use and acquisition of new materials for medical applications. The obtained comprehensive knowledge about materials engineering and in particular in the field of biomaterials predestine graduates to start a consultant activities in the area of medicine.
An interdisciplinary scope of knowledge about team management in research and industrial activities, IT systems and computer-aided engineering work, material selection and manufacturing technology systems operation is a common feature of both specialities. Graduates are prepared to take creative initiatives and decisions related to materials engineering and technologies and to carry out business on their own as well as to work in small and medium size enterprises, with special emphasis on the area combining materials engineering, medicine and veterinary science. |
Internships (hours and conditions): | lack of practice |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | technical studies : 100% |
Specialization: | Materials for Medicine |
---|---|
General description of the specialization: | Student in the second degree with a specialization in materials science has to choose from the following specializations: materials for medicine, nano- materials, computer modeling and materials research methods .
Most of European universities provide fields of study in the area of "Materials Science", named: „Materials Science”, „Materials Engineering” or „Materials Science and Engineering”. These fields of study are distinguished by varying specialisations acquired by students in the field of knowledge of structure, properties and applications of specific material types. Graduates obtain the title of Master of Science (M.Sc.-) with an extension informing about the achieved specialisation, e.g.: M.Sc. – Advanced Materials, M.Sc. – Biomaterials, M.Sc. – Materials and Business, … . Using this experience students are offered within the "Materials Science" speciality five specialisation blocks covering various types of materials or related issues: "Nanomaterials", "Materials for medicine", "Functional materials", "Materials recycling" or "Computer modelling of materials". From this point of view a graduate of the second level has skills and advanced knowledge about materials engineering, engineering materials designing, working and processing as well as forming their properties, and also about IT applied to the materials science. |
Internships (hours and conditions): | - praktyk brak |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | (no information given) |
Specialization: | Materials Science |
---|---|
General description of the specialization: | Student in the second degree with a specialization in materials science has to choose from the following specializations: materials for medicine, nano- materials, computer modeling and materials research methods .
Most of European universities provide fields of study in the area of "Materials Science", named: „Materials Science”, „Materials Engineering” or „Materials Science and Engineering”. These fields of study are distinguished by varying specialisations acquired by students in the field of knowledge of structure, properties and applications of specific material types. Graduates obtain the title of Master of Science (M.Sc.-) with an extension informing about the achieved specialisation, e.g.: M.Sc. – Advanced Materials, M.Sc. – Biomaterials, M.Sc. – Materials and Business, … . Using this experience students are offered within the "Materials Science" speciality five specialisation blocks covering various types of materials or related issues: "Nanomaterials", "Materials for medicine", "Functional materials", "Materials recycling" or "Computer modelling of materials". From this point of view a graduate of the second level has skills and advanced knowledge about materials engineering, engineering materials designing, working and processing as well as forming their properties, and also about IT applied to the materials science. |
Internships (hours and conditions): | lack of practice |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | technical studies : 100% |
Specialization: | Materials Testing Methods |
---|---|
General description of the specialization: | Student in the second degree with a specialization in materials science has to choose from the following specializations: materials for medicine, nano- materials, computer modeling and materials research methods .
Most of European universities provide fields of study in the area of "Materials Science", named: „Materials Science”, „Materials Engineering” or „Materials Science and Engineering”. These fields of study are distinguished by varying specialisations acquired by students in the field of knowledge of structure, properties and applications of specific material types. Graduates obtain the title of Master of Science (M.Sc.-) with an extension informing about the achieved specialisation, e.g.: M.Sc. – Advanced Materials, M.Sc. – Biomaterials, M.Sc. – Materials and Business, … . Using this experience students are offered within the "Materials Science" speciality five specialisation blocks covering various types of materials or related issues: "Nanomaterials", "Materials for medicine", "Functional materials", "Materials recycling" or "Computer modelling of materials". From this point of view a graduate of the second level has skills and advanced knowledge about materials engineering, engineering materials designing, working and processing as well as forming their properties, and also about IT applied to the materials science. |
Internships (hours and conditions): | lack of practice |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | technical studies : 100% |
Specialization: | Nanomaterials |
---|---|
General description of the specialization: | Student in the second degree with a specialization in materials science has to choose from the following specializations: materials for medicine, nano- materials, computer modeling and materials research methods .
Most of European universities provide fields of study in the area of "Materials Science", named: „Materials Science”, „Materials Engineering” or „Materials Science and Engineering”. These fields of study are distinguished by varying specialisations acquired by students in the field of knowledge of structure, properties and applications of specific material types. Graduates obtain the title of Master of Science (M.Sc.-) with an extension informing about the achieved specialisation, e.g.: M.Sc. – Advanced Materials, M.Sc. – Biomaterials, M.Sc. – Materials and Business, … . Using this experience students are offered within the "Materials Science" speciality five specialisation blocks covering various types of materials or related issues: "Nanomaterials", "Materials for medicine", "Functional materials", "Materials recycling" or "Computer modelling of materials". From this point of view a graduate of the second level has skills and advanced knowledge about materials engineering, engineering materials designing, working and processing as well as forming their properties, and also about IT applied to the materials science. |
Internships (hours and conditions): | praktyk brak |
Graduation requirements: | - Assessment of learning outcomes poszczególych modules
- Achievement of the required ECTS / g grid study |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | (no information given) |
Specialization: | Recycling |
---|---|
General description of the specialization: | Specjalność „Recykling materiałów” umożliwia studentowi zdobycie wiedzy z zakresu gospodarki odpadami i przetwórstwa materiałów w celu ich ponownego użycia. Absolwent zna zagrożenia dla środowiska wynikające z faktu powstawania odpadów, rozumie konieczność stosowania technologii mało- lub bezodpadowych oraz zna sposoby wykorzystania odpadów w procesach recyklingu surowcowego , materiałowego i energetycznego. Potrafi wskazać odpowiednie techniki i metody przetwarzania odpadów dla takich grup materiałów jak metale, tworzywa sztuczne, szkło, papier, materiały budowlane i inne. Ponadto, posiadając głęboką wiedzę z zakresu nauk podstawowych i ogólną w zakresie technologii materiałów, absolwent ma możliwość efektywnego komunikowania się zarówno z inżynierami zatrudnionymi w podmiotach i organizacjach gospodarczych jak i z pracownikami naukowymi zajmującymi się nowoczesnymi materiałami. |
Internships (hours and conditions): | lack of practice |
Graduation requirements: | - zaliczenie efektów kształcenia poszczególych modułów,
- osiągnięcie wymaganych punktów ECTS w/g siatki studiów |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 120 |
Professional qualifications: | Absolwenci posiadają umiejętność korzystania z informacji technicznej oraz przygotowanie do prac wspomagających materiałowe projektowanie inżynierskie. Posiadają także znajomość metodyki badawczej oraz zarządzania zespołami ludzkimi w środowiskach przemysłowych, małych i średnich przedsiębiorstwach związanych z wytwarzaniem i przetwarzaniem materiałów inżynierskich. Absolwenci są przygotowani do pracy w: przedsiębiorstwach przemysłowych wytwarzających, przetwarzających lub stosujących materiały inżynierskie; małych i średnich jednostkach gospodarczych, w tym przedsiębiorstwach obrotu materiałami inżynierskimi i aparaturą do ich badania; instytucjach badawczych i ośrodkach badawczo-rozwojowych; instytucjach zajmujących się poradnictwem i upowszechnianiem wiedzy z zakresu inżynierii materiałowej i technologii materiałowych oraz komputerowego wspomagania w technice; biurach projektowych i doradczych oraz instytucjach tworzących i eksploatujących komputerowe systemy informatyczne stosowane w inżynierii materiałowej. W oparciu o interdyscyplinarny zasób wiedzy z zakresu kierowania zespołami w działalności badawczej i przemysłowej, obsługi systemów informatycznych oraz systemów komputerowego wspomagania prac inżynierskich, doboru materiałów i technologii wytwarzania absolwent jest przygotowany do podejmowania twórczych inicjatyw i decyzji dotyczących inżynierii i technologii materiałowych oraz samodzielnego poprowadzenia działalności gospodarczej ze szczególnym uwzględnieniem obszaru na pograniczu inżynierii materiałowej oraz medycyny i weterynarii. |
Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | (no information given) |
KNOWLEDGE The graduate: |
---|
have extended and deepened knowledge of physics, including solid state physics, quantum mechanics, useful to understand physical phenomena having a significant influence on shaping and modelling the structure and properties of new engineering materials. [IM2A_W01] |
have extended and deepened subject-matter knowledge about issues related to materials chemistry, phenomena and processing having a decisive influence on shaping properties of new engineering materials. [IM2A_W02] |
have extended and deepened knowledge about typical numerical methods useful to formulate assumptions and to resolve complex tasks in materials engineering. [IM2A_W03] |
have structured knowledge about computer networks architecture and detailed knowledge about the Unix operating system, necessary for computer modelling of engineering materials structure and properties. [IM2A_W04] |
have basic subject-matter knowledge about scientific experiments planning and experimental data handling for the needs of resolving complex engineering tasks from the field of materials engineering. [IM2A_W05] |
have extended and deepened subject-matter knowledge about methods,manufacturing processes and processing of engineering materials, modification of the surface of engineering materials, used in technology and medicine.
[IM2A_W06] |
have extended and deepened knowledge about engineering materials used in technology and medicine, about development trends and most recent achievements and about methods of their properties designing and shaping. [IM2A_W07] |
have knowledge of implant and artificial organs used so far, have deepened knowledge about principles of their operation, application and existing limitations as well as know the methodology of medical implants designing, including dental implants and artificial organs. [IM2A_W08] |
have knowledge about methods of tissue reconstruction, studying physiological, biological and physiochemical phenomena and processes in interactions on a biomaterial/living organism interface. [IM2A_W09] |
have detailed knowledge about intelligent biomaterials, know phenomena classified as the shape memory effect, methods of their properties shaping, necessary to design and model simple medical implants. [IM2A_W10] |
have ordered interdisciplinary knowledge about modern IT techniques, advanced technologies for functional materials manufacturing and characterising, necessary to design and model modern engineering materials of required properties. [IM2A_W11] |
have theoretically supported and structured subject-matter knowledge about metallic glasses, nanocomposites, magnetic and non-magnetic nanomaterials and phase transitions in amorphous and nanocrystalline materials necessary to design, manufacture and process such materials. [IM2A_W12] |
have theoretically supported detailed knowledge about modern materials testing methods comprising electron microscopy, scanning probe microscopy techniques, nuclear spectroscopic techniques and advanced X-ray diffraction techniques useful to resolve complex engineering tasks. [IM2A_W13] |
have structured and theoretically supported general knowledge covering elements of toxicology, biomaterials degradation and corrosion in a biological environment necessary to understand, explain and assess interactions between the biomaterial and the living organism environment. [IM2A_W14] |
have consolidated and deepened knowledge about computer programming, programming languages structure; numerical methods; methods of classical molecular dynamics necessary for theoretical modelling of engineering materials. [IM2A_W15] |
have broadened knowledge about management, including quality management and running a business, know principles of individual entrepreneurship creation and development. [IM2A_W16] |
know and understand basic terms and rules from the field of intellectual property protection and copyright as well as the necessity to manage intellectual property resources, can use the patent legislation. [IM2A_W17] |
have knowledge necessary to understand ethical, economic and ecological aspects of new materials designing and their manufacturing technology. [IM2A_W18] |
It has a deeper knowledge of selected scientific methods and know the discipline unrelated to the field of study [IM2A_W19] |
SKILLS The graduate: |
---|
can gather information from literature, databases, standards and other available sources; can integrate the obtained information, interpret and critically evaluate it, draw conclusions as well as formulate and justify opinions at length [IM2A_U01] |
can communicate using various techniques in the professional environment, also using a foreign language; can work independently and in a team; can evaluate the time necessary to carry out the assigned task [IM2A_U02] |
can prepare a scientific report on performance of an experiment, design or research task, containing discussion of obtained results [IM2A_U03] |
can prepare and deliver a presentation on a design or research task implementation and to lead the discussion on the delivered presentation [IM2A_U04] |
can determine directions of further learning and implement a self-education process [IM2A_U05] |
can design, build and configure a local computer network under the Windows and Unix system as well as to use higher level languages codes and to design a simple program in at least two languages. [IM2A_U06] |
can plan and carry out experiments, including measurements and computer simulations, interpret the obtained results and draw conclusions. [IM2A_U07] |
can specify assumptions, possibilities and limitations of classical modelling methods for processes occurring in engineering materials, justify the choice of a model of a simple research problem resolution and to carry out its tests. [IM2A_U08] |
can describe a specific research problem in the form of mathematical equations, analyse equations describing material properties including the underlying assumptions. [IM2A_U09] |
can evaluate materials based on their chemical properties as well as usefulness of selected processes of materials chemical production. [IM2A_U10] |
can evaluate usefulness and possibility to use the existing and new technologies for engineering materials manufacturing and processing, can shape the materials surface structure to improve their properties, including the biocompatibility. [IM2A_U11] |
have preparation necessary to work in an industrial environment and know the safety rules. [IM2A_U12] |
can perform a preliminary economic analysis of undertaken engineering activities. [IM2A_U13] |
can critically analyse mechanisms of toxic and corrosive action, recognise a carcinogenic and allergic reaction of a living organism to an implant; can determine types of possible complications resulting from the use of biomaterials in a human organism as well as reasons for their origination and prevention methods. [IM2A_U14] |
can creatively create independent solutions related to the process of medical products designing, intended for implants, artificial organs and instruments including proper determination of working conditions and selection of biomaterials showing a high corrosion resistance and biocompatibility, including designing and suggesting improvements to the existing solutions. [IM2A_U15] |
can select a method for tissue reconstruction appropriate to the needs in medical applications and can identify interactions existing at the implant/living organism interface. [IM2A_U16] |
can define and distinguish metallic glasses, nanocomposites, magnetic and non-magnetic nanomaterials and suggest techniques of their manufacturing. [IM2A_U17] |
can evaluate usefulness and apply methods to shape the structure and properties of metallic glasses and nanomaterials as well as to make a proper selection of such materials for technical applications. [IM2A_U18] |
can design engineering materials and forecast their properties taking into account the occurrence of phenomena in functional materials. [IM2A_U19] |
know principles, ways and methods of running production and service activities, and also the organisation of production and service space. Can specify logistic parameters affecting the course of production processes and services. Know and understand HR management methods and instruments. [IM2A_U20] |
It has the ability deeper to analyze problems in the field of disciplines unrelated to the field of study [IM2A_U21] |
SOCIAL COMPETENCES The graduate: |
---|
are aware and know possibilities of further education (third level studies) - developing professional, personal and social competences [IM2A_K01] |
are aware of importance and understand non-technical aspects and effects of engineering activities, including their influence on a human organism and environment and related responsibility for the taken decisions. [IM2A_K02] |
are aware of responsibility for own work and readiness to submit to team work rules and to bear responsibility for tasks implemented together [IM2A_K03] |
are aware of individual research method limitations and see the need of a thorough scientific analysis of problems in the field of materials engineering [IM2A_K04] |
can think and act in a creative and entrepreneurial way. [IM2A_K05] |
are aware of the social role of university graduates and in particular understand the need to formulate and communicate to the society - inter alia through the mass media - the information and opinions on achievements of materials engineering and other aspects of materials engineer activity; undertake efforts to communicate this information in a widely understandable way, justifying various points of view. [IM2A_K06] |
He understands the need for an interdisciplinary approach to problem solving, to integrate knowledge from different disciplines and importance of self-study. [IM2A_K07] |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering designing and graphics [IM2A_PIGI] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Engineering designing and graphics [IM2A_RT] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Introduction to materials engineering [IM2A_WIM] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Materials testing methods [IM2A_MBM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
5 |
Mathematical-physical basis of materials science [IM2A_MFP] | Polish | course work |
lecture: 30
laboratory classes: 30 |
5 |
Monographic lecture [IM2A_WM] | Polish | course work | lecture: 20 | 2 |
Programming and numerical methods [IM2A_PiMN] | Polish | course work |
lecture: 30
laboratory classes: 30 |
4 |
Prototyping and 3D printing [IM2A_PiD3D] | Polish | course work |
lecture: 15
laboratory classes: 15 |
3 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Materials chemistry [IM2A_ChM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Materials degradation in a biological environment [IM2A_DMWŚB] | Polish | exam |
lecture: 30
laboratory classes: 15 |
2 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Selected issues from biomaterials toxicology [ IM2A_ WZTB] | Polish | exam |
lecture: 30
practical classes: 15 |
2 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1. X-ray, electron, and neutron diffraction [IM2A_ PS1_DREN] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional biomaterials [IM2A_NIEKON] | Polish | exam |
lecture: 30
laboratory classes: 15 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Materials chemistry [IM2A_ChM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Materials science [IM2A_NOM] | Polish | course work |
lecture: 30
practical classes: 15 |
4 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1. Review of programming languages used in materials engineering [ IM2A_PS1_PJP] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional techniques for materials manufacturing [IM2A_NTWM] | Polish | course work |
lecture: 30
laboratory classes: 45 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI_MF] | Polish | course work | lecture: 30 | 3 |
Materials chemistry [IM2A_ChM_MF_RM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
4 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Selected issues from biomaterials toxicology [IM2A_PFMF] | Polish | exam |
lecture: 60
laboratory classes: 30 |
4 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1 [IM2A_PS1_MC] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional biomaterials [IM2A_MOMF] | Polish | course work |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Materials chemistry [IM2A_ChM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Materials degradation in a biological environment [IM2A_DMWŚB] | Polish | exam |
lecture: 30
laboratory classes: 15 |
2 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Selected issues from biomaterials toxicology [ IM2A_ WZTB] | Polish | exam |
lecture: 30
practical classes: 15 |
2 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1. Shape memory alloys [IM2A_PS1_SMA] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional biomaterials [IM2A_NIEKON] | Polish | exam |
lecture: 30
laboratory classes: 15 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Materials chemistry [IM2A_ChM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Materials science [IM2A_NOM] | Polish | course work |
lecture: 30
practical classes: 15 |
4 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1. Metallic biomaterials [IM2A_ PS1_ BM] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional techniques for materials manufacturing [IM2A_NTWM] | Polish | course work |
lecture: 30
laboratory classes: 45 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Materials chemistry [IM2A_ChM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Materials science [IM2A_NOM] | Polish | course work |
lecture: 30
practical classes: 15 |
4 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1. X-ray, electron, and neutron diffraction [IM2A_ PS1_DREN] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional techniques for materials manufacturing [IM2A_NTWM] | Polish | course work |
lecture: 30
laboratory classes: 45 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer networks and their use in materials engineering [IM2A_SIECI] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Materials chemistry [IM2A_ChM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Materials science [IM2A_NOM] | Polish | course work |
lecture: 30
practical classes: 15 |
4 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1. Phase transitions in amorphous and nanocrystalline materials [IM2A_ PS1_PFAN] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Unconventional techniques for materials manufacturing [IM2A_NTWM] | Polish | course work |
lecture: 30
laboratory classes: 45 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Engineering materials [IM2A_MI] | Polish | course work | lecture: 45 | 3 |
Fundamentals of the waste management [IM2A_FPMF] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
Materials chemistry [IM2A_ChM_MF_RM] | Polish | exam |
lecture: 30
laboratory classes: 45 |
4 |
Materials science [IM2A_NOM] | Polish | course work |
lecture: 30
practical classes: 15 |
4 |
Materials structure testing methods [IM2A_MBSM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Physico-chemical methods of waste treatment [IM2A_FMPO] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Solid state physics [IM2A_FCS] | Polish | exam |
lecture: 30
practical classes: 30 |
3 |
Specialised subject 1 [IM2A_PS1_OZE] | Polish | course work |
lecture: 30
laboratory classes: 15 |
3 |
C - OTHER REQUIREMENTS | ||||
Module University-widy [IM2A_MO1] | Polish | course work | lecture: 30 | 3 |
Physical education [IM2A_WF] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Dental materials [IM2A_MS] | Polish | exam |
lecture: 30
laboratory classes: 15 |
2 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials designing and manufacturing [IM2A_PIWMI] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Implants and artificial organs [IM2A_ISN] | Polish | exam |
lecture: 30
laboratory classes: 15 |
3 |
Monographic lecture 1. Nuclear techniques in materials testing [IM2A_WM1_TJB] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Specialised subject 2. Modern microscopic and spectral methods [IM2A_ PS2_MIKRS] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Tissue engineering [IM2A_IT] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer modelling of materials structure and properties [IM2A_KMSM] | Polish | exam |
lecture: 30
laboratory classes: 60 |
4 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Monographic lecture 1. Advanced numerical methods in materials modelling [IM2A_WM1_MMM] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Project management [IM2A_ZPrj] | Polish | course work |
lecture: 30
practical classes: 15 |
2 |
Specialised subject 2. Basics of ab initio methods of computer materials modelling [IM2A_PS2_PMA] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Surface structure and its modifications [IM2A_SPJM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Dental materials [IM2A_ZMiSF] | Polish | exam |
lecture: 30
laboratory classes: 15 |
2 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials designing and manufacturing [IM2A_FMM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Implants and artificial organs [IM2A_PMF] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Monographic lecture 1. The influence of defects on functional materials properties [IM2A_ WM1_DEF] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Specialised subject 2. Shape memory alloys [IM2A_PS2_SMA_MF] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Dental materials [IM2A_MS] | Polish | exam |
lecture: 30
laboratory classes: 15 |
2 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials designing and manufacturing [IM2A_PIWMI] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Implants and artificial organs [IM2A_ISN] | Polish | exam |
lecture: 30
laboratory classes: 15 |
3 |
Monographic lecture 1. Intelligent materials [IM2A_WM1_SAMO] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Specialised subject 2. Implants of alloys featuring shape memory effect [IM2A_PS2_ISME] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Tissue engineering [IM2A_IT] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer modelling of materials structure and properties [IM2A_KMSM] | Polish | exam |
lecture: 30
laboratory classes: 60 |
4 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Monographic lecture 1. Shape memory alloys in medicine [IM2A_WM1_SMAM] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Project management [IM2A_ZPrj] | Polish | course work |
lecture: 30
practical classes: 15 |
2 |
Specialised subject 2. Ceramic and polymer materials in medicine [IM2A_ PS2_MCP] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Surface structure and its modifications [IM2A_SPJM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer modelling of materials structure and properties [IM2A_KMSM] | Polish | exam |
lecture: 30
laboratory classes: 60 |
4 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Monographic lecture 1. Nuclear techniques in materials testing [IM2A_WM1_TJB] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Project management [IM2A_ZPrj] | Polish | course work |
lecture: 30
practical classes: 15 |
2 |
Specialised subject 2. Modern microscopic and spectral methods [IM2A_ PS2_MIKRS] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Surface structure and its modifications [IM2A_SPJM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer modelling of materials structure and properties [IM2A_KMSM] | Polish | exam |
lecture: 30
laboratory classes: 60 |
4 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Monographic lecture 1. Magnetic nanomaterials [IM2A_WM1_NMM] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Project management [IM2A_ZPrj] | Polish | course work |
lecture: 30
practical classes: 15 |
2 |
Specialised subject 2. Metallic glasses and nanomaterials [IM2A_PS2_SMN] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
Surface structure and its modifications [IM2A_SPJM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Computer modelling of materials structure and properties [IM2A_KMSM] | Polish | exam |
lecture: 30
laboratory classes: 60 |
4 |
Diploma laboratory 1 [IM2A_PD1] | Polish | course work | laboratory classes: 60 | 4 |
Engineering materials designing and manufacturing [IM2A_PIWMI] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
Engineering materials structure and properties forming [IM2A_KSIWM] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
Monographic lecture 1 [IM2A_WM1_ZŚ] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 1 [IM2A_SM1] | Polish | course work | seminar: 30 | 3 |
Production and quality management [IM2A_ZPiJ] | Polish | course work |
lecture: 15
practical classes: 15 |
2 |
Selected topics from recycled materials [IM2A_WZRM] | Polish | course work |
lecture: 15
laboratory classes: 45 |
3 |
Specialised subject 2 [IM2A_PS2_RMP] | Polish | exam |
lecture: 30
laboratory classes: 30 |
4 |
C - OTHER REQUIREMENTS | ||||
Foreign language [IM2A_JO] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2. Scanning probe microscopy [IM2A_WM2_MBO] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3. Testing biomaterials corrosion resistance and biocompatibility [IM2A_PS3_MBOKiBB] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2. Analysis of experimental data obtained in selected spectroscopic studies of materials [IM2A_WM2_ADE] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3. Modelling of processes proceeding in engineering materials [IM2A_PS3_MODEL] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2 [IM2A_WM2_MLTK] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3 [IM2A_PS3_MO] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2. Modification of biomaterials surface [IM2A_WM2_MPB] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3. Modelling implants properties by means of FEM [IM2A_PS3_MES] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2. Nanomaterials in medicine [IM2A_WM2_NWM] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3. Advanced IT techniques in medicine [IM2A_PS3_ZIMED] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
(no information given) |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2. Scanning probe microscopy [IM2A_WM2_MBO] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3. Physical methods of materials testing [IM2A_PS3_FMBM] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2. Nanocomposites [IM2A_WM2_NK] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3. Advanced IT techniques in medicine [IM2A_PS3_ZIMED] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Diploma laboratory 2 [IM2A_PD2] | Polish | course work | laboratory classes: 30 | 2 |
Monographic lecture 2 [IM2A_WM2_RMK] | Polish | course work | lecture: 30 | 2 |
M.Sc. seminar 2 [IM2A_SM2] | Polish | course work | seminar: 30 | 3 |
Specialised subject 3 [IM2A_PS3_RMS] | Polish | exam |
lecture: 30
laboratory classes: 30 |
3 |
C - OTHER REQUIREMENTS | ||||
Intellectual property protection [IM2A_OWI] | Polish | course work | lecture: 15 | 1 |
Module University-widy [IM2A_MO2] | Polish | course work | lecture: 30 | 3 |
M.Sc. thesis preparation [IM2A _PPM] | Polish | course work | proseminar: 0 | 16 |