Nuclear Engineering

Demonstration of strong grounding in the fundamentals of nuclear engineering, thorough knowledge of the primary literature, and an ability to synthesize and critically evaluate information pertinent to one or more nuclear engineering disciplines.

Demonstration of the advanced knowledge and expertise in one or more areas of specialization within the nuclear engineering discipline.

Ability to solve complex engineering problems using advanced scientific and computational and analytical approaches pertaining to nuclear engineering disciplines.

Ability to use some of the experimental tools of interest to nuclear engineering disciplines; examples are: nuclear detectors, research reactors, or similar.

Ability to plan, execute and effectively communicate scholarly activities that make original contribution to the existing knowledge in one or more areas of specializations within the nuclear engineering discipline.

Ability to communicate effectively both in written and oral forms.

Preparation for life-long learners of nuclear engineering disciplines.

Preparation for professional service in nuclear engineering disciplines.

Preparation for leadership positions in nuclear engineering sector.

Preparation for teamwork in nuclear engineering sector.

Preparation for independence and initiative thinking, and importance of responsibility in executing nuclear engineering jobs.

Knowledge of ethical, safety, socio-economic, and environmental aspects pertaining to nuclear engineering.