The Master of Industrial Engineering (MSIE) program at King Abdulaziz University is offered within the Department of Industrial Engineering and is supported by a strong academic and administrative framework focused on quality, innovation, and continuous improvement. Guided by the department leadership and enriched through engagement with industry stakeholders, the program aligns its mission, objectives, and curriculum with industrial needs, professional standards, and institutional requirements.
Vision & Mission
Vision
Produce high-quality graduates equipped with leadership, innovation, and advanced technical skills to contribute effectively to the development and improvement of industrial and service systems.
Mission
Produce high-quality graduates equipped with leadership, innovation, and technical skills.
Program Goals
1
Last Modified Date: 21/07/2026 - 9:28 PM Saudi Arabia Time
Providing advanced and contemporary knowledge of the key aspects of Industrial Engineering that enable the modern industrial engineering practitioners to cope with the fast-changing business models, technologies, products and services, as well as globalization challenges.
2Enhancement of students' ability to acquire the most effective and up-to-date approaches and quantitative techniques that the industrial engineering practitioners need to design, implement, maintain, and integrate various types of operating systems to maximize effectiveness, productivity, sustainability, business excellence and competitiveness.
3Developing high levels of professional skills such as leadership and management responsibility by integrating deep knowledge and understanding of the organizational and technical aspects of systems in diverse sectors, and application of strategic analyses and decision support approaches.
4Supporting the design and implementation of innovative applied research to solve problems facing the organizations in all sectors, especially those problems that have direct or indirect effect on the organization's performance with respect to productivity, quality, safety, reliability, customer satisfaction, and cost effectiveness.
Learning Outcomes
Analyze and resolve intricate industrial engineering challenges by leveraging
advanced methodologies, principles, and a deep understanding of industrial
engineering concepts.
Employ engineering design principles to develop innovative solutions for com-
plex problems, ensuring they address specified requirements while considering
public health, safety, welfare, and global, cultural, social, environmental,
and economic impacts.
Effectively communicate and articulate ideas to diverse audiences through
technical writing and presentations, ensuring clarity and precision in convey-
ing complex concepts.
Demonstrate ethical conduct and professional responsibility in engineer-
ing practice, making well-informed decisions that account for the global,
economic, environmental, and societal implications of engineering solutions.
Collaborate effectively within teams by contributing to leadership, fostering
an inclusive and cooperative environment, setting goals, planning tasks, and
achieving shared objectives.
Design and execute research initiatives, critically analyze and interpret data,
and apply engineering reasoning to derive meaningful conclusions.
Continuously acquire and integrate new knowledge as required, utilizing ef-
fective learning strategies to adapt to evolving challenges and advancements
in the field.
Graduate Attributes
Demonstrate advanced conceptual and theoretical knowledge and apply correct scientific
terminologies to convey ideas and describe processes.Develop creative and scientifically driven solutions for complex engineering problems using
appropriate techniques with successful implementation.Criticize and evaluate solutions brought forward for engineering problems in terms of suitability of
data, methodology, and accuracy of claimed results and suggest modifications effectively.Collaborate effectively with a team of engineering specialists to collectively devise and carry out
advanced activities related to work.Effectively utilize specialized computer software and technology to design, develop, and solve
complex engineering problems.Demonstrate abidance to integrity principles and professional values.Independently learn the advancements in the field of engineering.Plan, compose and execute projects driven by scientific research principles and find creative solutions
for challenges.
Career Opportunities
Graduates of the Master of Science in Industrial Engineering (MSIE) program are prepared for advanced professional roles that combine engineering expertise, analytical capabilities, and research skills to improve industrial and service systems.
Common occupational titles include:
Industrial Engineer,
Operations Research Analyst,
Process Improvement Specialist,
Production Systems Engineer,
Quality Engineering Manager,
Supply Chain Analyst / Manager,
Optimization Engineer,
Data Analytics Specialist,
Simulation Engineer,
Manufacturing Systems Engineer,
Systems Analyst,
Reliability Engineer,
Project Engineer,
Research and Development (R&D) Engineer,
Industrial Engineering Consultant,
Academic and Research Specialist.
