Knowledge and Understanding

k1

Demonstrate an understanding of theories, principles, and concepts of engineering, science, and mathematics.

k2

Demonstrate an understanding of concepts, techniques, and practices of modeling, analysis, and design of mechanical and thermal systems.

k3

. Demonstrate an understanding of the current developments in the engineering field in addition to research and inquiry methodologies.

S1

Apply integrated theories, principles, and concepts of engineering, science, and mathematics to solve complex engineering problems.

S2

Analyze and design mechanical and thermal systems using critical thinking to develop proper, creative, or innovative solutions that meet specified needs and considerations.

S3

Carry out and develop appropriate experimentation, research, investigation, or procedure using engineering tools, techniques, and resources to study or solve complex engineering issues and problems.

S4

Communicate effectively to demonstrate theoretical knowledge comprehension and specialized transfer of knowledge, skills, and complex ideas to a range of audiences.

S5

Use mathematical operations and quantitative methods to process data and to solve problems in the engineering and other related fields.

S6

Select, use, and adapt various standard and specialized digital, technological, and ICT tools and applications to process and analyze data and to support and enhance research or projects.

V1

Demonstrate commitment to professional and academic values, standards, and ethical codes of conduct, and represent responsible citizenship and coexistence with others.

V2

Demonstrate commitment to self-development and assess own learning and performance in addition to managing tasks and activities autonomously and professionally.

V3

. Demonstrate commitment to lead and participate constructively within diverse teams to perform tasks and activities in addition to showing a high level of responsibility to enhance the overall team performance.