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1.
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Having a general knowledge and understanding of theoretical chemistry and its applications in chemistry and chemistry related disciplines such as biochemistry, material science and physical chemistry.
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2.
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Having advanced knowledge of a specialized branch of theoretical chemistry and insight into its applications.
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3.
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Having a general scientific attitude to critically asses, analyze and develop problem solving steps for well-defined problems in relation to theoretical chemistry and its applications.
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4.
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Having experience in data acquisition and literature surveys.
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5.
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Having knowledge of and experience with the computational and mathematical techniques of theoretical chemistry.
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6.
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Being prepared to work as an expert in the use and development of computational techniques in molecular sciences, to work with innovative pharmaceutical, petrochemical and new-materials industries.
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7.
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Being prepared for doctoral research studies in chemistry, physics, life or material sciences.
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