The graduates of this program should be able to:

GA1.  Master a broad spectrum of engineering knowledge and specialized skills

           within the realm of mechatronics, applying theoretical understanding to

           practical situations.

 

GA2.  Utilize analytical, critical, and systemic thinking to identify, diagnose, and

           Solve mechatronics engineering problems characterized by varying

           complexities and nuances.

 

GA3.  Exhibit professional behavior while adhering to engineering ethics and

           standards specific to the field of mechatronics.

 

GA4.  Collaborate effectively in diverse teams, leading professionals from different

           engineering specialties, and taking accountability for both individual and

           team performance.

 

GA5.  Acknowledge the role in promoting the mechatronics engineering field,

           contributing to the profession's development, and positively impacting the

           community.

GA6.  Recognize and prioritize the importance of the physical and natural

           Environment in the context of mechatronics engineering, actively working to

           promote sustainability principles.

 

GA7.  Employ techniques, skills, and modern engineering tools essential for

           Effective Mechatronics Engineering Practice.

 

GA8.  Take full responsibility for personal learning and self-development within the

           mechatronics engineering domain, engaging in lifelong learning, and

           demonstrating readiness for postgraduate and research studies.

 

GA9.  Communicate proficiently using various modes, tools, and languages within

           the mechatronics engineering context, addressing academic and professional

           challenges critically and creatively.

 

GA10.  Demonstrate leadership qualities, business administration acumen, and

             entrepreneurial skills specific to the field of mechatronics engineering.