Free online coursePrinciple of industrial engineering

Course Description

The "Principle of Industrial Engineering" course is a comprehensive exploration into the essential principles and practices that form the backbone of the industrial engineering field. Spanning a considerable duration of 32 hours and 27 minutes, this course meticulously covers a wide array of topics integral to understanding and excelling in industrial engineering.

Being classified under Professional Courses with a subcategory in Engineering and Mechanics, this course is designed for individuals aiming to deepen their knowledge and enhance their expertise in the field. Despite being as yet unreviewed, the rich content and structured curriculum promise a valuable learning experience.

The initial lectures lay the foundation with broad overviews and essential introductions to industrial engineering, its developments, objectives, and functions. As the course progresses, it delves deeper into the intricacies of organizational structure, exploring various roles, types, strategies, and the critical relationship between structure and culture.

Subsequent sessions are dedicated to the strategic aspects of plant location and layout, providing insights into factors influencing location decisions and various plant layout designs. The course also comprehensively covers facility organization and material handling, emphasizing their significance in achieving operational efficiency.

Production Planning and Control (PPC) is another critical area addressed in the course. Detailed discussions on capacity planning, Material Requirements Planning (MRP), routing, scheduling, and priority sequencing provide learners with a robust framework to manage and optimize production processes. Furthermore, the course investigates the fundamentals and models of inventory management, including the renowned Wilson Model and Gradual Replenishment Model.

"Principle of Industrial Engineering" also incorporates vital project management concepts, specifically focusing on network modeling techniques like PERT (Program Evaluation and Review Technique) and CPM (Critical Path Method). These modules are crucial for learners aspiring to manage and oversee projects effectively within industrial settings.

The advanced forecasting techniques covered in the course add another layer of expertise, essential for anticipating and managing future uncertainties in industrial operations. The final lectures pivot to quality control, exploring the introduction and fundamentals of Statistical Process Control (SPC) and various control chart methodologies to ensure product quality and consistency.

In essence, this course is a meticulously crafted journey through the core principles and practices of industrial engineering. It promises to equip learners with the knowledge and skills necessary to thrive and lead in the industrial engineering domain. Whether you are a professional looking to enhance your expertise or an aspiring engineer aiming to build a solid foundation, this course offers invaluable insights and practical knowledge.