Common use of Master’s programmes Clause in Contracts

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every October, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physics, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material science. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-oriented chemistry and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science equals 120 CP (ECTS Credit Points), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science Chemistry is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every Octobersemester, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physicschemistry, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material sciencechemistry. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks Xxxxx will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. students xxxx 0 of these advanced modules in chemistry and 4 in physicschemistry. Additionally, they follow their own interests by choosing 2 4 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-chemistry oriented chemistry natural science (following their own interest) and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science Chemistry equals 120 CP (ECTS Credit PointsPoints (CP), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).. X.Xx. Chemistry Schedule: Year 2 Master Thesis (30 CP) In-depth research module 1 (10 CP) In-depth research module 2 (10 CP) Specialisation research module (10 CP) Year 1 Winter Summer Solid State Inorganic Organic Chemistry Analytics of Solids Elective Module Elective Module Chemistry Reaction Design (6 CP) (6 CP) (6 CP) (6 CP) (6 CP) Physical Chemistry Molecular Catalysis* Molecular Analytics Elective Module Elective Module Structure of Matter (6 CP) (6 CP) (6 CP) (6 CP) (6 CP) * From 2022 on substituted by "Theoretical and Computational Chemistry" The KU Masters’ programme at the Graduate School of Science and Engineering

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every October, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physics, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload workload, and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material science. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks Xxxxx will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose take 4 of these advanced modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-oriented chemistry and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science equals 120 CP (ECTS Credit Points), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every October, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physics, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload workload, and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material science. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose take 4 of these advanced modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-oriented chemistry and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science equals 120 CP (ECTS Credit Points), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every October, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physics, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material science. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks Xxxxx will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-oriented chemistry and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-research- based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science equals 120 CP (ECTS Credit PointsPoints (CP), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every October, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physics, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material science. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-oriented chemistry and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-research- based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science equals 120 CP (ECTS Credit PointsPoints (CP), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).

Master’s programmes. ‌ The double degree programme is based on the following two Master’s programmes: The JLU Master’s programme in Material Science is commonly taught by Faculty 07 – Mathematics, Computer Science, Physics, Geography and Faculty 08 - Biology and Chemistry at the JLU. Starting every October, the 2 years long programme (i.e. 4 semesters) includes core modules in each subject, chemistry and physics, as well as optional modules in the first year (lecture-based modules). The second year is entirely devoted to research work. Students choose 3 research-oriented modules. The Masters’ programme will be completed by submitting the Master’s thesis and defending its results in front of an examination committee. On successful completion of the programme, both faculties jointly confer the award of „Master of Science“(X.Xx.). Students receive a Master’s certificate and a Certificate of Examination including Master’s classification1 and Transcript of Records (titles of all modules passed, workload and grading, title of Master’s thesis and grading). The Masters’ programme itself is structured in modules. Modules are units of lectures, practical work, seminars, tutorials etc. dedicated to a specified topic (e.g. electrochemistry, solid state theory). Each module is described in detail by its content, aims, workload, types of exams, responsible lecturer etc. and is listed in the “Module descriptions” attached to the Special Regulation for the Master’s programme in material science. In general, there are two different types of modules: • Lecture-based modules: These modules typically include a lecture (running for 15 weeks = 1 semester) and a seminar or a theoretical/practical exercise run by tutors. Thus, these modules can typically be finished completely within 4-5 months. Marks Xxxxx will be given on the basis of either a written or oral exam at the end of the module. The subjects of the modules typically represent important fields in science and technology, i.e. colloid chemistry, electrochemistry, photovoltaics etc. During the first year, JLU students choose 4 of these advanced 1 The X.Xx. award is classified according to an overall grading. The overall grade is calculated by dividing the total weighted grade points (grade points for each module multiplied by the credit points allocated to the module) by the total number of credit points. modules in chemistry and 4 in physics. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). • Research modules: These modules are exclusively research-based, and the modules are defined on an individual basis – depending on the research profile of the respective master student. The student can either take part in ongoing research or can be trained in a specific scientific method (e.g. a specific analytical method). At JLU students select three research modules during the second year: two in-depth research modules in materials science-oriented chemistry and physics, one specialisation research module for preparing their Master thesis. Additionally, they follow their own interests by choosing 2 optional lecture- and/or research-based modules (6 CP each). In accordance with the European Credit Transfer System (ECTS), the volume of learning activities (workload) required for achieving the Master’s degree in material science equals 120 CP (ECTS Credit Points), i.e. 30 CP per semester / 60 CP per year. 1 CP is equivalent to an average working time of 30 hours. This includes contact time at which students have to be present at lectures, seminars, tutorials, practical work etc. and time for preparation and post-processing. Finally, this also includes time for self-study and examinations. Each first year lecture-based module comprises 6 CP corresponding to 180 hours working time. The second year research modules comprise 10 CP each (i.e. 300 h). Preparing and defending the Master’s thesis is equivalent to 30 CP (i.e. 900 h / 22 weeks).