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1 |
Can develop knowledge in different fields at an expert level. |
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2 |
Can comprehend the interaction between disciplines related to the field of physics. |
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3 |
Can effectively use theoretical and applied knowledge at an expert level. |
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4 |
Can generate new information by integrating knowledge in the field of physics with information from different disciplines and solve problems requiring expertise through scientific research methods. |
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5 |
Can develop, evaluate, and apply solution methods for problems. |
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6 |
Can develop new strategic approaches and take responsibility for producing solutions in unforeseen complex situations encountered in physics applications. |
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7 |
Can evaluate information related to the field of physics with a critical perspective, direct learning processes, and conduct advanced studies independently. |
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8 |
Can effectively convey current developments and scientific studies in written, oral, and visual forms. |
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9 |
Possesses oral and written communication skills in at least one foreign language. |
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10 |
Can effectively use computer technologies at the level required by the field of physics. |
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11 |
Can develop application plans on topics related to the field of physics and evaluate the results obtained. |
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12 |
Can observe social, scientific, and ethical values in the processes of collecting, interpreting, and announcing data related to the field; can teach and supervise these values. |
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13 |
Can apply the acquired knowledge in interdisciplinary studies. |