The BSc in Industrial Engineering program is designed to equip students with the skills and knowledge necessary to optimize complex systems, processes, and organizations. This program blends engineering, management, and technology to enhance efficiency, productivity, and quality in industries ranging from manufacturing to healthcare and logistics.

Graduates will gain expertise in operations research, process optimization, quality control, supply chain management, and industrial automation. The program emphasizes critical thinking, problem-solving, and teamwork to tackle real-world industrial challenges.

Upon successful completion of the program, graduates will be able to:

1. Apply mathematical, scientific, and engineering principles to optimize industrial processes.
2. Design, analyze, and improve manufacturing and service systems for efficiency and sustainability.
3. Utilize modern tools and technologies for data-driven decision-making.
4. Implement quality management and lean manufacturing techniques to enhance productivity.
5. Demonstrate leadership and ethical responsibility in industrial and manufacturing environments.
6. Communicate effectively within multidisciplinary teams and to diverse stakeholders.

• A recognized high school diploma or equivalent qualification.
• Proficiency in mathematics and physics (preferred).
• Applicants who have obtained a Higher National Diploma (HND) of equivalent content and standard (Level 4/5 at RQF Level) may be considered for admission to Stage 3 (Top-up Bachelor in Industrial Engineering) under the Recognition of Prior Learning Policy. Such applicants must have completed a minimum of 240 credits in an equivalent industrial engineering discipline. Supporting documentation is required at the time of application.

The BSc in Industrial Engineering program consists of 180 credits, divided into core courses, elective courses, and a final-year project report. Each subject is worth 6 credits, while the capstone project report accounts for 18 credits.

Summary of Courses

• Core Courses: 25 courses (150 credits)
• Elective Courses: 2 courses (12 credits)
• Capstone Project Report: 1 project (18 credits)

What You Will Study

1. Engineering Mathematics I
2. Introduction to Industrial Engineering
3. Engineering Drawing and CAD
4. Manufacturing Processes
5. Operations Research I
6. Work Design and Ergonomics
7. Engineering Mathematics II
8. Industrial Automation and Robotics
9. Supply Chain and Logistics Management
10. Engineering Economics
11. Quality Control and Assurance
12. Operations Research II
13. Production Planning and Control
14. Human Factors and Safety Engineering
15. Lean Manufacturing and Six Sigma
16. Data Analytics for Industrial Engineers
17. Sustainable Industrial Systems
18. Risk and Reliability Engineering
19. Project Management for Engineers
20. Inventory Management
21. Advanced Manufacturing Technologies
22. Engineering Ethics and Sustainability
23. Digital Transformation in Industrial Engineering
24. Energy Management in Industry
25. Smart Manufacturing and IoT
26. Elective Course 1
27. Elective Course 2
28. Capstone Project Report

Elective Courses

Students can choose two elective courses from the following options:

1. Artificial Intelligence in Manufacturing
2. Green Manufacturing and Sustainable Development
3. Human Resource Management in Industrial Engineering
4. Cybersecurity in Industrial Systems
5. Advanced Logistics and Transportation Systems

To successfully complete the BSc in Industrial Engineering, students are expected to:

• Dedicate approximately 15-20 hours per week to coursework, including readings, assignments, and discussions.
• Actively participate in online forums, webinars, and collaborative projects.
• Complete all assignments, exams, and the capstone project within the stipulated deadlines.
• Maintain regular communication with faculty and peers to enhance learning outcomes.
• Exhibit strong self-discipline and time-management skills to balance studies with other commitments.

• 90% Assignments
• 10% Presentation and Viva
• Capstone Project: Each student submits a research project paper at the end of the program.

All of the following items must be submitted on or before the application closing date. They may be submitted online:

• CV (maximum 2 pages).
• Passport-size photograph.
• A personal statement of approximately 350 – 400 words detailing the applicant’s interest in industrial engineering, career goals, and study plan.
• Copies of O/A Level certificates (or equivalent), diplomas, or degree parchments, along with transcripts.
• Applicants whose first language is not English must submit an original English proficiency test certificate.

Students apply to the KIMT online application system. To apply, simply click on and follow the instructions. A non-refundable application fee applies. The application fee is paid online. Further information about applications, contact at admissions@kimtuniversity.com