Program Learning Outcomes

Knowledge and Understanding

K1

In depth and specialized body of knowledge and understanding covering theories, principles, and concepts in main areas of electrical engineering and related discipline

K2

Critical knowledge and understanding of processes, materials, techniques, practices, conventions, and/or terminology relevant to electrical engineering and related discipline

K3

Advanced knowledge and understanding of recent developments in electrical engineering and related discipline

K4

Advanced knowledge and understanding of a range of established and specialized research and/or inquiry techniques of in electrical engineering and related discipline

Skills

S1

Apply specialized theories, principles, and concepts in advanced contexts in electrical engineering and related discipline

S2

Solve problems in complex and advanced contexts in electrical engineering and related discipline

S3

Critically assess, review, and reflect on key concepts, principles, and theories; and provide creative solutions to current issues and problems in complex and advanced contexts, in electrical engineering and related discipline

S4

Conduct advanced research or professional projects using specialized research and enquiry methodologies in electrical engineering and related discipline

S5

Use advanced and specialized processes, techniques, tools, instruments, and/or materials to deal with complex and advanced practical activities

S6

Carry out complex and advanced practical tasks and procedures in specialized areas of electrical engineering and related discipline

S7

Communicate in various forms to disseminate knowledge, skills, research results, and innovations related to electrical engineering or  field of work to specialist and non-specialist audiences

Process data and information quantitatively and/or qualitatively in complex and advanced contexts related to electrical engineering and related discipline

S9

Select, use, and adapt advanced digital technological and ICT tools and applications to process and analyze a variety of data and information sets to support and advance leading research and/or projects related to electrical engineering and related discipline

Values

V1

Demonstrate integrity and professional and academic values when dealing with various issues.

V2

Initiate professional planning for learning and/or work, professional development, monitor learning and performance, and participate in academic and/or professional strategic decisions, with high autonomy

V3

Effectively manage specialized tasks and activities in electrical engineering and related discipline with high autonomy

V4

Effectively collaborate and participate in research or professional projects or groups, undertake leadership roles, and take high responsibility of the work

V5

Contribute to the fostering community quality life