Official government website of the Government of the Kingdom of Saudi Arabia 
Bachelor of Science in Industrial Engineering
Description:
Eligible Applicants
Method of study
Live (in-person) teaching
Degree
Bachelor
School level
University study
Place of study (students)
University City
Place of study (female students)
there is no
Required specialization
Years of study
Five years
Study period
Morning
Number of Credit Hours
165
Credits required for graduation
165
Other conditions
Tuition fees
free
Preference Mechanism for Admission
Secondary school
General Aptitude Test
Achievement test
Educational goals :
1- Preparing graduates professionally as successful industrial engineers in the public and private sectors.
2- Conducting applied scientific research and providing advisory services related to the specialty.
3- Enhancing communication, cooperation and partnership with the community.
4- Participating in adopting advanced technologies and introducing innovations in the field of specialization.
5- Effective contribution to the sustainable development of Saudi society.
Learning outcomes :
Knowledge and understanding
1- Acquire knowledge of the fundamentals of mathematics, natural sciences, computing, engineering fundamentals, and engineering disciplines in order to develop solutions to complex issues in engineering.
2- Having knowledge and understanding of the principles of engineering management and economic decision-making.
Skills
1- Apply knowledge in the fields of mathematics, natural sciences, computing, engineering fundamentals, and engineering disciplines to develop solutions to complex engineering issues.
2- Identify, formulate, study the literature, and analyze complex engineering issues to reach conclusions supported by the use of fundamental principles in mathematics, natural sciences, and engineering, taking into account sustainable development in a holistic manner.
3- Designing innovative solutions to complex issues in engineering and designing systems, components, or processes that meet specified requirements, taking into account public health and safety, total life-cycle cost, net carbon emissions, resources, and cultural, social, and environmental considerations.
4- Conducting research into complex engineering issues using research methods that include research knowledge, designing experiments, analyzing and interpreting data, and synthesizing information to reach valid conclusions.
Create, select, apply and recognize the limitations of modern engineering and IT techniques, resources and tools, including prediction and modeling, in addressing complex engineering issues.
6- Analyze and evaluate the impact of sustainable development on the economy and sustainability when tackling complex engineering issues.
7- Effective and thorough communication in complex engineering activities with the engineering community and society at large, such as the ability to understand and write effective reports and design documents, and make effective presentations, taking into account cultural, linguistic, and educational differences.
8. Use the principles of engineering management and economic decision-making to manage projects.
Values, autonomy, and responsibility
1- Commitment to sustainable development, taking into account its effects on society, the economy, health, safety, legal legislation and the environment.
2- Applying ethical principles and adhering to professional ethics and engineering practice standards.
3- Work effectively as an individual, and as a member or leader in diverse and inclusive teams in multidisciplinary environments, whether in person, remotely, or in distributed environments.
4- Demonstrate leadership in a multidisciplinary environment by applying the principles of engineering management and economic decision-making.
5- Recognize the need, willingness and ability to:
- Independent and lifelong learning
- Adapting to new and emerging technologies.
- Critical thinking in the broader context of technological change.
Details of the tracks:
There are no tracks included in the program
Career opportunities:
1- The Bachelor of Science in Industrial Engineering program qualifies students for many jobs in the public and private sector, as the program qualifies students for careers and jobs in most engineering and industrial sectors in the public and private sectors in industrial engineering fields such as manufacturing systems engineering, operations, production, maintenance, quality and safety, strategic planning, engineering project management, transportation and supply chains, systems and equipment design, quality and environment, entertainment and tourism and others, where the nature of careers and jobs for graduates of the program varies such as technical engineering jobs, supervisory, administrative and leadership jobs in the fields of engineering
2- In addition, graduates of the Bachelor of Science in Industrial Engineering program can complete postgraduate studies for the purpose of work and employment in the academic track and the fields of research and development in research centers and governmental and private universities.
