Computer Engineering Programs
Program Mission
To excel in embracing knowledge and continuing education; to be recognized as a program that offers one of the best programs in computer engineering and computer network and robotics; to provide an environment in which students are given the essential resources to address and solve real-world problems; and to promote active learning, critical thinking, and engineering judgment. In addition, offering internship and continuing education programs that produce graduates for the highest paid jobs.
Program Objectives
- Preparing graduates who demonstrate success in the professional practice of computer engineering, network engineering, and robotics by effectively collaborating with team members in industry, governmental sector, and other organizations.
- Contribute in the development of the computer engineering related fields through up to date and applied research works.
- Effectively contribute in the community services activities related to the computer engineering related fields.
- Efficiently participate in the development of the Saudi society.
Program Learning Outcomes
Knowledge and understanding
K1: Demonstrate, recall and evaluate knowledge of the concepts, facts, principles, and theories of the basic sciences and mathematics
K2: Exhibit wide knowledge of essential facts, concepts, principles, and theories related to the computer engineering discipline (Computer Engineering track), to the network engineering discipline (Network Engineering track), and to Robotics discipline (Robotics track).
K3: Comprehensively identify research and inquiry methodologies
K4: demonstrate knowledge of recent development in the computer engineering field (Computer Engineering track), in the network engineering field (Network Engineering track), and in Robotics field (Robotics track).
Skills
S1: Identify requirements and criteria of formulating the problems, and setting the rules of solutions
S2: Apply critical and creative thinking methods to solve problems
S3: Develop laboratory sets and conduct experiments, and analyze the measured data
S4: Design, implement and analyze software and hardware systems for computer engineering (Computer Engineering track), for the network engineering (Network Engineering track), and for Robotics (Robotics track).
S5: Utilize techniques, skills and modern tools necessary for computer engineering practices (Computer Engineering track), for the network engineering practices (Network Engineering track), and in Robotics practices (Robotics track)
S6: Communicate effectively in written and oral form with various level audiences
S7: Perform inquiries, investigations, and research to address complex issues and problems.
S8: Apply modern project management, economic and decision-making techniques.
Values, Autonomy, and Responsibility
V1: Recognize the need for, and an ability to engage in lifelong learning
V2: Properly consider professional and ethical responsibility
V3: Work effectively as a leader/member of a teamwork
V4: Contribute to community activities related to the computer engineering (Computer Engineering track), to the network engineering (Network Engineering track), and to Robotics (Robotics track).