Knowledge and understanding
1- Acquire knowledge of the fundamentals of mathematics, natural sciences, computing, engineering fundamentals, and engineering disciplines needed to develop solutions to complex engineering issues.
2- Familiarity with and deep understanding of the principles of engineering management and economic decision-making.

Skills
1- Applying knowledge of math, natural sciences, engineering, and computing to solve complex engineering issues in a systematic way.
2- Identify, formulate and analyze complex engineering issues based on the basic principles of mathematics, natural and engineering sciences, taking into account aspects of sustainable development.
3- Designing innovative solutions to engineering issues and designing systems, components, or processes that meet specific technical requirements, taking into account public health and safety, life cycle cost, carbon neutrality, and cultural, social, and environmental aspects.
4- Carrying out scientific investigations of engineering issues using research methods that include designing experiments, analyzing data, interpreting results, and synthesizing information to reach supported conclusions.
5- Selecting and employing modern engineering techniques, resources, and tools and information technology, with the ability to predict and model, to effectively address complex engineering issues.
6- Analyze and evaluate the impact of sustainable development on the economy and the environment when designing solutions to engineering problems.
7- Communicate effectively and comprehensively with the engineering community and the wider society, by writing clear technical reports, preparing design documents, and making presentations, taking into account cultural and linguistic differences and different learning styles.
8- Efficiently manage projects using engineering management principles and making sound economic decisions.

Values, autonomy and responsibility
1- Commitment to the principles of sustainable development, taking into account its effects on society, the economy, health, safety, laws and the environment.
2- Applying ethical standards and adhering to professional and engineering practices.
3- Work effectively as an independent individual or as a member or leader in multidisciplinary teams in in-person, remote, and distributed environments.
4- Demonstrate leadership skills in multidisciplinary environments based on the principles of engineering management and economic decision-making.
5- Embrace lifelong learning, adapt to new and emerging technologies, and practice critical thinking within the broader context of technological changes."