Felsefe Grubu Eğitimi Tezli Yüksek Lisans Diploması

Gazi University

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Course develops student?s skills of expression and research Grasping the inter-disciplinary interaction related to his field The ability to use the expert-level theoretical and practical knowledge acquired in his field Interpreting and forming new types of knowledge by combining the knowledge from the area and the knowledge from various other disciplines Solves the issues of his field by using scientific methods The ability to carry out a specialist study related to his area independently Developing new strategic approaches to solve the unforeseen and complex problems arising in the practical processes Coming up with solutions while taking responsibility Fulfilling the leader role in the environments where solutions are sought for the problems related to his field Evaluates issues with a critical eye and encourages learning Transferring the current developments in the area and his/her own work within the national and international environments orally, visually and in written forms Ability to see and develop social relationships and the norms directing these relationships with a critical look and the ability to take action to change these when necessary Having proficiency in a foreign language and establishing written and oral communication with that language Uses computer programs competent enough for his department Using communication technologies efficiently and according to the needs of the department Collects data related to the field, reviews and makes conclusions; implements and shares them by considering ethical values Develops different perspectives related to the field, plans them and assesses them within the quality framework Internalizes the knowledge gained in the field, transforms it into a skill and uses it with interdisciplinary studies

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(1) in addition to the mid-term and/or mid-term studies, students are taken to the final exam and/or the final project work evaluation Dec. The exam calendar is announced on the network page by the relevant department of Science/Department of science. (2) the success of the student is evaluated by the evaluation method and success criteria specified in the course identification form announced at the beginning of the semester. (3) the student is obliged to pass the compulsory courses. He can retake an elective course he failed, and choose another course instead. (4) mid-term exams and/or mid-term studies, end-of-term exam and/or end-of-term project work are evaluated over 100 raw points Dec. Successful letter grade is appreciated over 100 raw points for the seminar, thesis work, semester project courses and proficiency exam. In order for the student to be considered successful in the related course, the success letter grade must be at least CC and the success letter grade must be at least CB in the doctoral and post-graduate doctoral programs. (5) the student whose raw achievement score is below 25.00 is deemed to have failed the course by receiving a direct (FF) grade. The grade of the student with a raw success score of 25.00 and above is evaluated by taking into account the general condition of the class, arithmetic averages and statistical distribution with one of the letter grades indicated below. After this evaluation, it is possible that the raw success scores of 25.00 and above are letter grade equivalents (FF). (6) coefficients and success letter grades are evaluated as follows:: a) Coefficients Notes 4.00 AC 3.50 DEPENDING 3.00 KB 2.50 CB 2.00 CC 1.50 DC 1.00 DD 0.50 FD 0.00 FF B) notes other than the notes in Paragraph (a) are as follows:: 1) D: Absentee, 2) G: Did Not Enter, 3) E: missing, (end of term/end of year exam success letter grades within three weeks following the completion of the corrected (E) grade (FF) is converted to.) (7) AGNO is determined by dividing the sum of the weighted points calculated on the basis of the final grades in all courses during the course of the students education by the credit total of the courses taken. The resulting AGNO is shown to be two digits after the comma. (8) the grades given from (AA) to (FF) are based on both the weighted semester and the calculation of Agno. The (G) and (D) grades are processed by the (FF) grades. (9) all grades are passed to the students grade monitoring document. (10) for graduation, Agno must be at least 2,50/4,00 in Masters programs with/without thesis, at least 3.00/4,00 in Masters/Bachelors degree and doctoral programs. Students who have completed their total credits but have not been able to meet the graduation requirement can take new courses. (11) students who do not have the right to take the final exam because they have not fulfilled their course attendance obligations or the requirements for course applications are deemed to be absentee (D). INFORMATION Theoretical, Factual - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Skills Cognitive, Applied - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Uses computer software at the level required by the field. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Competencies Ability to work independently and take responsibility - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Uses computer software at the level required by the field. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Learning Competence - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Uses computer software at the level required by the field. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Communication and Social Competence - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Communicate orally and in writing using a foreign language (European language Pörtföyü B2 level) Field-Specific Competence - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Communicate orally and in writing using a foreign language (European language Pörtföyü B2 level) - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies.

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General admission requirements for Turkish and foreign students apply to start the program.

INFORMATION Theoretical, Factual - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Skills Cognitive, Applied - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Uses computer software at the level required by the field. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Competencies Ability to work independently and take responsibility - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Uses computer software at the level required by the field. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Learning Competence - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Uses computer software at the level required by the field. - Uses advanced level of information and communication technologies required by the field - Collects, interprets, finalizes, applies and shares the data related to the field with regard to ethical values - Develops different perspectives on issues related to the field, sets policies, makes plans and evaluates the results achieved within the framework of quality. - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Communication and Social Competence - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Develops new approaches to complex problems in the field of applications. - Takes responsibility for complex problems encountered in the field of applications and produces solutions. - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Develop and transform social relations and the whole of the values that drive these relationships with a critical approach. - Communicate orally and in writing using a foreign language (European language Pörtföyü B2 level) Field-Specific Competence - Develops and deepens his / her knowledge in his / her field at the level of expertise depending on his / her undergraduate level qualifications. - Comprehend the interaction between disciplines related to the field. - Uses theoretical and practical knowledge of the level of expertise gained in the field. - Interprets and creates new information by integrating the information acquired in the field with information from related disciplines. - Solutions the problems in the field by using scientific research methods. - Conducts a study that requires expertise in the field independently - Takes initiative in environments that require solving problems related to the field - Evaluates the information about the field with a critical eye and directs the learning. - Students will be able to explain the developments in the field and their own work in a systematic way, written, oral and visual. - Communicate orally and in writing using a foreign language (European language Pörtföyü B2 level) - Internalizes the knowledge gained in the field, converts it into skills and uses it in interdisciplinary studies. Those who successfully complete the courses and prepare the thesis related to the field will graduate. Graduates are required to take 120 ECTS.

Those who successfully complete the program are employed in the related fields of universities and the Ministry of National Education.

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Qualification is continuous

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