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No
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Program Requirements
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1
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Highly competent and up-to-date in numerical analysis and programming, spectral analysis, numerical modeling (finite-differences, finite elements etc) and inversion. Develops and deepens these subjects in expert-level with original ideas and/or investigations to reach original definitions which leads to scientific innovation.
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1
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Review and evaluate national and international literature about interested field.
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1
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Review the literature.
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2
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Use the equipment used in the field.
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2
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Develop research proposal based on literature review.
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2
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Understands the fundamental sciences related to geophysical engineering and other engineering sciences in advanced level, can evaluate and use new knowledge and technologies in these fields in a systematical and critical approach.
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3
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Develops a new scientific mehod or technological product/process which leads to scientific or technological innovation or carries out a comprehensive research which implements an existing method in a new field.
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3
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Determine a subject from proposals and prepare a report about this subject.
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3
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Present and discuss research report.
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3
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Using individual and team work skills in national and international projects
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3
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.Deduce from sources which are obtained by research during the process of preparing proficiency exam.
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4
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Interpret information in their field written and oral
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4
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Using a foreign language efficiently in following the literature about field of curriculum development
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4
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Designs, applies and results an original research process about his/her field and manages this process independently.
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5
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Can expand knowledge about his/her field by publishing a scientific paper in national and/or international peer-reviewed journal.
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5
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Using higher-order thinking skills (e.g. critical thinking, problem solving, creative thinking, decision making, reflection)
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5
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Using scientific research skills in his/her own research
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5
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Observing the codes of ethics
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5
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Using communication skills effectively
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6
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Can lead original and interdisciplinary studies related to his/her field.
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7
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Follows and interprets the changes to the regulations for his/her field and profession.
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8
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Reaches and comprehends the latest knowledge related to his/her field.
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9
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Has the advanced knowledge and skills to carry out a research.
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10
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Critically analyzes, synthesizes and evaluates the ideas and developments related to his/her field.
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11
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Can communicate effectively in written and oral with geophysicists and wider scientific and social communities both in Turkish and in another foreign language.
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12
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Exhibits his/her competence in defending original opinions in a community of experts.
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13
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Can communicate effectively in written and oral in national, international and interdisciplinary studies.
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14
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Behaves according to the scientific and engineering ethics.
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15
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Follows the technological, social and cultural developments related to geophysics and other engineering disciplines and presents them to the community.
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16
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Has the creativity and entrepreneurial ability to integrate the geophysical methods with both each other and other engineering sciences on the basis of method and algorithm development and integrated data interpretation.
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