Official government website of the Government of the Kingdom of Saudi Arabia 
Bachelor of Science in Operations Research
Description:
The program aims to prepare a distinguished generation of students who possess the knowledge and research skills necessary to apply mathematical models and quantitative methods using the latest technologies, with the aim of supporting decision-making in various fields, which contributes to improving institutional performance and promoting societal development.
Method of study
Courses and cooperative training
Degree
Bachelor
School level
University study
Place of study (Male Students)
A4
Place of study (female students)
F2
Required specialization
Secondary school
Years of study
4 years
Study period
Morning
Number of Credit Hours
97
Credits required for graduation
134 credit hours (127 teaching credit hours + 7 cooperative training credit hours)
Tuition fees
None
Preference Mechanism for Admission
Secondary school
30%
General Aptitude Test
30%
Achievement test
40%
Educational goals :
1- High quality academic education: Providing an educational environment defined by international quality standards and consistent with the general mission of the university and the college, in line with the needs of the labor market in the field of operations research and decision-making.
2- Developing research skills: Enabling students to acquire innovative research skills using quantitative methods and advanced mathematical models to improve efficiency in analyzing and making decisions.
3- Utilization of technology and innovation: Qualifying students to use the latest technologies and software in the field of operations research to support decision-making processes in various sectors, thereby promoting innovation and increasing organizational performance.
4- Supporting sustainable development: Preparing graduates who are able to provide practical solutions that contribute to sustainable national development by harnessing their own resources and strengthening community partnerships.
5- Linking to the labor market: Preparing students with applied educational curricula related to the latest developments and needs of the labor market in the fields of quantitative analysis, operations management, and strategy.
6- Strengthening community partnership: Contributing pioneering applied research that contributes to the development of the local community and strengthens ties between the college and various sectors.
Learning outcomes :
1. To know and understand
P1- Explain how mathematical models are developed and analyzed to solve complex problems.
P2- The student can identify techniques for using simulation to analyze data and improve performance.
P3- The student can distinguish between different statistical and quantitative analysis tools used to effectively analyze big data.
P4- The student can explain how to make decisions based on scientific data and models.
P5- The student can categorize the factors affecting systems and processes using analytical thinking.
P6- Describe mathematical programming techniques, linear and nonlinear programming applications, and network analysis.
P7 - Demonstrate the statistical analysis skills needed to provide data-driven solutions.
2. Skills
M1- The student applies linear programming techniques and probabilistic models to solve issues.
M2- The student analyzes advanced issues by deconstructing them and using appropriate models.
M3- The student can use computer programs to analyze data and perform simulations efficiently.
M4- The student should deal with big data using analytical tools skillfully.
M5- The student develops innovative solutions to complex issues by employing analytical skills.
M6 - The student must be proficient in using advanced analytical tools to provide effective solutions.
M7 - The student evaluates data using critical analysis skills to make informed decisions.
3. Values, autonomy and responsibility
S1- The student should demonstrate time and project management skills and effective communication to clarify ideas in a simple and responsible manner.
S2- The student practices teamwork in a spirit of cooperation and demonstrates leadership abilities to achieve common goals effectively and responsibly.
S3- The student adopts flexibility in adapting to rapid changes and employs creative thinking to provide innovative and sustainable solutions that reflect his/her values and responsibility.
Tracks :
None
Career opportunities:
Graduates of the Operations Research and Decision Support program are qualified to work in a wide range of organizations in the public and private sectors, including manufacturing companies, healthcare institutions, banks, factories, transportation and logistics companies, airports, seaports, and research centers. These graduates have the ability to analyze data and develop mathematical models to support decision-making and solve complex issues. By applying state-of-the-art quantitative methods, they can contribute to improving process efficiency, developing effective strategies, and enhancing organizational performance:
1- Director of Operations: Responsible for overseeing day-to-day operations, ensuring operational efficiency and achieving strategic goals. Responsibilities include managing human and material resources, optimizing processes and systems, and ensuring quality and productivity.
2- Supply Chain Management Officer: Optimize inventory management, reduce logistics costs, and determine the best routes for distribution using operations research techniques.
3- Production Planner: Manage manufacturing operations and improve productivity by developing work schedules and analyzing operational processes.
4- Strategic Planner: Developing long-term strategies based on data analysis and forecasting models.
5- Data Analyst: Analyze data and provide valuable insights to support decision-making and process improvement.
6- Academic or researcher: Working in the field of research or teaching in universities or research centers, developing new models to solve complex issues.
7- Financial Analyst: Analyze financial data and models to make strategic financial recommendations.
8- Project Management Consultant: Applying operations research techniques to improve project management and goal attainment.
9. Information Systems Analyst: Analyze and design information systems to support decision-making in organizations.
10. Logistics and transportation expert: Optimize the movement of goods and reduce operational costs in transportation and logistics using operations research tools.
These jobs span a wide range of industries, including manufacturing, health, finance, and more, where operations research techniques are used to improve performance and decision-making.