CE B.Sc. Program Mission, Goals/Educational Objectives, GAs, and PLOs
I- Mission and Program
Educational Objectives
Mission |
Graduating distinguished civil engineers and
performing research and community services in an inspiring, energizing and
governable environment to promote self-resources, adopt recent technologies
and sustainably develop the Saudi society. |
Program Goals/ Educational Objectives |
1. Preparation
of the graduates to have a successful career as civil/mechanical engineers in
the governmental and private sectors. 2. Preparation
of the graduates to pursue their professional development through
self-learning and advanced degrees. 3. Preparation
of the graduates to advance towards leadership positions in their profession. 4. Preparation
of the graduates to effectively participate in the sustainable development of
Saudi Arabia. |
II- Graduate educational
Attributes
BSc program GEO No. |
Graduate Attribute |
The Saudi NQFs Domain |
GA-1.1 |
Possession of facts, information, ideas, issues,
trends, theories, and knowledge relevant to civil Engineering. |
knowledge and understanding |
GA -1.2 |
The ability to analyze and critically evaluate
information, concepts, methods, and theories related to Civil Engineering. |
|
GA -1.3 |
The ability to develop new knowledge gained
through innovative scientific research generally contributes to Civil
Engineering. |
|
GA -2.1 |
Possess the cognitive and technical skills to
analyze and process data and information. |
Skills |
GA -2.2 |
Possess effective communication, numerical, and
information technology skills. |
|
GA -2.3 |
The ability to independently create, design, and
implement research operations. |
|
GA -3.1 |
The ability to take appropriate decisions and
assume the role of leadership, and address Engineering problems. |
Values |
GA -3.2 |
The ability to work in a team and solve real
problems in the field by linking knowledge and its applications. |
|
GA -3.3 |
Awareness of professional ethics, ethics of
scientific research, and ethics of dealing with technology and its tools. |
III- Program Learning
Outcomes
Knowledge and Understanding |
|
K1 |
Acquire knowledge of Basic sciences (Math, Physics, management, economy, etc.)
and Basic Engineering sciences. |
K2 |
Identify complex civil engineering problems by recognizing the principles of
civil engineering subjects, basic sciences, and mathematics. |
K3 |
Relate knowledge of Math, Statistics, basic sciences to their engineering
specialization, together with in-depth knowledge of that specialization. |
K4 |
Comprehensively Identify research
and inquiry methodologies |
Skills: |
|
S1 |
Formulate, and solve complex civil engineering problems by applying
principles of engineering, science, mathematics, and management |
S2 |
Apply appropriate engineering techniques, and modern IT tools, including
prediction and modelling to civil engineering constructions/installations/establishments to assess their characteristics and performance |
S3 |
Apply engineering design principles to produce
solutions that meet specified needs, relevant to civil engineering, with
consideration of public health, safety, and welfare, as well as global,
cultural, social, environmental, and economic factors |
S4 |
Communicate effectively with a range of audiences |
S5 |
Conduct inquiries, investigations, and research for complex issues and problems. |
S6 |
Develop and conduct appropriate
experimentation, analyze and interpret data, and use engineering judgment to
draw conclusions |
Values Autonomy and Responsibilty |
|
V1 |
Recognize ethical and professional responsibilities in engineering situations and
make informed judgments, which must consider the impact of engineering
solutions in global, economic, environmental, and societal contexts. |
V2 |
Acquire new knowledge, as needed, using appropriate learning strategies. |
V3 |
Function effectively in a multidisciplinary team whose members together provide leadership, create
a collaborative and inclusive environment, establish
goals, plan tasks, and meet objectives. |