PLOs for MSc in Electrical Engineering (Common to both tracks)
Knowledge and understanding
K1: Acquire a deep and specialized understanding of theories, principles, and concepts in electrical engineering and related disciplines.
K2: Demonstrate critical knowledge of processes, materials, techniques, and recent developments relevant to electrical engineering and related fields.
Skills
S1: Apply specialized theories, principles, and concepts to solve complex problems in electrical engineering and related fields.
S2: Critically assess and reflect on key concepts and theories to provide effective solutions for current issues and challenges in electrical engineering and related fields.
S3: Effectively utilize advanced digital technologies to process, analyze, and communicate diverse information related to electrical engineering and associated disciplines, catering to both specialist and non-specialist audiences.
Values and Ethics
V1: Demonstrate integrity and professional and academic values when dealing with various issues.
V2: Demonstrate autonomous professional planning, development, and decision-making in academic and professional contexts, including effective management of specialized tasks in electrical engineering.
V3: Exhibit collaborative skills and leadership capabilities in research or projects, while actively contributing to community well-being.
Track: Electronics and Communications Engineering
Knowledge
K3: Develop advanced skills in specialized research techniques and technologies in electronics and communications engineering.
Skills
S4: Apply advanced processes, techniques, tools, and materials to effectively execute complex practical tasks and procedures within the field of electronics and communications engineering.
S5: Conduct advanced research or projects using specialized methodologies to tackle complex issues in electronics and communication engineering.
Track: Electrical Machines and Power systems Engineering
Knowledge
K4: Develop advanced skills in specialized research techniques and technologies in electrical machines and power systems engineering.
Skills
S6: Apply advanced processes, techniques, tools, and materials to effectively execute complex practical tasks and procedures within the field of electrical machines and power systems.
S7: Conduct advanced research or projects using specialized methodologies to tackle complex issues in electrical machines and power systems engineering.