Demonstrate a thorough, theory-based, and integrated body of knowledge and comprehension in mathematics, science, numerical analysis, statistics, and electrical engineering basics relevant to the graduation project. Also, display advanced knowledge and grasp of methods, materials, procedures, conventions, and terminology involved with electrical engineering.

Explain how electrical engineering principles can be applied to solve complicated engineering problems throughout the graduation project. Taking into account the influence of professional engineering solutions in societal, safety, legal, cultural, and environmental contexts, as well as the obligations related to their engineering practice.

Conduct electrical engineering experiments, analyze, evaluate, and present information, ideas, concepts, and data, taking into account uncertainties and drawing correct conclusions.

Design systems, components, or processes that meet specific requirements while taking into account functionality, health and safety, economic design, cultural, sociological, and environmental considerations.

Solve open-ended engineering challenges using the relevant methodologies, skills, and modern engineering technologies.

Communicate with a varied audience using both written and conversational formats.

Display autonomy and take initiatives in activities at a professional level and commit to professional ethics, responsibilities and norms of engineering practice.

Function effectively as an individual as well as a member or leader in teams.

Use basic skills in self-learning as a base for lifelong learning.