Faculty of Engineering and Natural Sciences /
Mechatronics Engineering
Programme Learning Outcomes
Key Learning Outcomes;
Graduates of the programs will be able to;
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Graduates will have a substantial knowledge of mathematics, science and related fields of engineering.
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Graduates will have the ability to use mathematics, science and engineering skills in problems related to mechatronics engineering.
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Graduates will have an ability to identify, formulate and solve engineering problems using established methods and modern engineering tools.
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Graduates will have an ability to design a product, system and process to meet desired needs within constraints such as economic, environmental, manufacturability and sustainability.
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Graduates effectively select and utilise the modern techniques and tools used in mechatronics engineering applications.
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Graduates design mathematical models, computer simulations, implement them and interpret the results.
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Graduates will have an ability to communicate clearly and effectively with the engineering community and function effectively as an individual and/or on multidisciplinary teams.
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With a good command of modern communication techniques, they conduct literature research, surveys, investigates databases and other information sources and effectively reach the up to date knowledge.
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Graduates will have the capability for lifelong learning and they will participate and contribute to academic and engineering communities to follow developments in science and engineering fields.
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Graduates will have effective written and oral communication skills; they can use at least one European language at B1 level.
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Graduates use technical drawing effectively as a communication method, they know symbols and signs used in mechatronics engineering and can effectively use at least one computer aided drawing software
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Graduates can work professionally in the electronics and mechanical system design areas by preparing and managing projects.
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Graduates will have an established understanding of operational and environmental health and safety and an awareness of ethical responsibilities and liabilities of the engineering practices.
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Graduates will be able to specify, coordinate, and conduct quality control and quality assurance procedures.
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Graduates will be concerned with the social, cultural and ethical perspectives of the problem as well as the economic, manufacturability and sustainability aspects of the innoative solutions suggested