Canadian University Dubai (CUD) has unveiled a Bachelor of Science in Industrial and Engineering Management (BScIEM), aimed at grooming future leaders in the rapidly evolving innovation-based economy. This undergraduate program is structured to offer students two distinct concentration pathways: smart manufacturing and industry systems, or logistics and supply chain engineering.

Curriculum Aligned with Industry Needs

The BScIEM program is part of CUD’s School of Engineering, Applied Science and Technology (SEAST) and is tailored to align with the UAE’s strategic objectives in smart industries, digital transformation, global logistics, and sustainable operational practices. The program is designed to provide students with the skills to design, analyze, and optimize complex systems across various domains such as manufacturing, logistics, and services. Emphasizing data-driven strategies and technology integration, graduates will emerge equipped to tackle the challenges of modern industries effectively.

The curriculum begins with a firm grounding in mathematics, physics, computing, and fundamental engineering sciences, transitioning into specialized study areas in industrial engineering. Key topics include operations research, systems modeling, probability and statistics, engineering economics, global supply chain management, lean manufacturing, Six Sigma, and human factors. This comprehensive educational approach ensures that graduates can make evidence-based decisions and confront real-world challenges decisively.

Specialization Pathways for Career Advancement

To enhance employability, the program offers tailored concentration pathways. Each pathway integrates focused elective courses and project work, allowing students to hone their expertise in either smart manufacturing or logistics and supply chain engineering. This customized academic experience ensures that graduates possess both theoretical knowledge and practical skills, aligning closely with their career goals. The curriculum also adheres to the high standards of international academic and professional bodies, including criteria set by the Engineering Accreditation Commission (EAC) of ABET.

Practical learning is a crucial component of the BScIEM program. Students will engage in hands-on laboratory work, applied design projects, and collaborate on assignments that reflect real industry scenarios. The curriculum also incorporates an internship module and a two-part graduation project, offering students the chance to apply their academic knowledge to solve practical problems in the field. This blend of theory and practice prepares graduates to seamlessly transition into professional roles upon completion.

Preparing for the Future

As Dr. Sherif Moussa, Dean of the School of Engineering, Applied Science and Technology, stated, the new Bachelor of Science in Industrial and Engineering Management seeks to meet the rising demand for professionals capable of merging engineering principles with digital technologies. This integration aims to boost productivity and sustainability across various industries. The objective is to empower students with the knowledge and skills necessary to drive innovative solutions in manufacturing and logistics, thus contributing to the evolution of a technology-focused economy.

Applications for the Bachelor of Science in Industrial and Engineering Management program are now open for entry in Fall 2026. This new offering from CUD provides an exciting opportunity for prospective students looking to thrive in a dynamic and rapidly changing business landscape.