PhD and MS ECE PEOs and POs

1.  Possess advanced knowledge and skills in Electronics Engineering to articulate and make decisions as a highly qualified researcher who can contribute significantly to the advancements in electronics and related fields.

2.  Foster a culture of innovation and entrepreneurship through collaboration with industry partners to ensure the program's relevance to real-world applications. 

3.  Acquire advanced knowledge for lifelong learning in the electronics engineering to compete in the global technology market and contribute to international research collaborations.

a. Demonstrate highly advanced, systematic knowledge and skills in the highly specialized and complex interdisciplinary or multidisciplinary field of electronics engineering, integrating expertise across areas such as digital and analog electronics, integrated circuits, communication systems, microprocessors, and other relevant subfields to address and solve complex engineering problems. 

b. Independently or collaboratively conceptualize, design, and execute complex research or creative works in interdisciplinary or multidisciplinary settings, advancing knowledge, professional practice, or learning in electronics engineering to produce outputs of high quality that meet peer review standards. 

c. Exhibit exemplary leadership in managing and conducting research and creative work within complex, high-impact settings in electronics engineering. Effectively communicate strategic, value-added innovations while fostering collaboration with peers and stakeholders to achieve transformative, technology-driven outcomes.

d. Exhibit advanced independent decision-making skills in professional electronics engineering endeavors, integrating ethical principles, legal frameworks, and societal considerations to ensure responsible and impactful practice.

1. Possess advanced knowledge and skills in Electronics Engineering to articulate and make decisions in multidisciplinary interaction based on research evidence and experiences in professional practice.

2. Competently provide solutions through self-directed research for the advancement of knowledge.

3. Acquire advanced knowledge for lifelong learning in the electronics engineering field and contribute to society through research and/or profession.

a. Demonstrate mastery of knowledge by solving complex problems related to electronics engineering.

b. Conduct research independently and adhere to legal, ethical and professional codes of practice. 

c. Apply practical skills in solving complex electronics engineering problems and relate ideas to societal issues. 

d. Create solutions to problems using scientific and critical thinking skills and manage information for lifelong learning. 

e. Exhibit leadership qualities through communicating and working effectively with peers and stakeholders.