Post Graduate Diploma in Industrial Engineering (PGDIE) Syllabus
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2 Years
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Post Graduate
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Management
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2 Years
Post Graduate
Management
The Post Graduate Diploma in Industrial Engineering (PGDIE) program Syllabus focuses on industrial engineering principles and operations management. Core courses cover operations research, supply chain management, and quality control. Specialized subjects include manufacturing systems engineering, project management, and process optimization. Students often engage in industrial engineering projects and gain practical experience in optimizing production processes and supply chain operations. Graduates are well-prepared for roles in industrial engineering, operations management, and supply chain optimization in various industries.
PGD in Industrial Engineering Course Syllabus & Subjects
| Sno. | Subjects |
| 1 | Engineering Mathematics |
| 2 | Engineering Mechanics |
| 3 | Probability and Statistics |
| 4 | Operations Research |
| 5 | Manufacturing Systems |
| 6 | Quality Management |
| 7 | Ergonomics |
| 8 | Industrial Safety |
| 9 | Project Management |
| 10 | Supply Chain Management |
| 11 | Data Analytics |
| 12 | Computer-aided Manufacturing |
| Elective Subjects | Robotics |
| Lean Manufacturing | |
| Environmental Engineering | |
| Six Sigma | |
| Green Supply Chain Management | |
| Data Science | |
| Industrial Psychology |
Let's look at some of the most creative PGD in Industrial Engineering project ideas that are suitable for both experts and newcomers:
(i). Analyze and improve a certain manufacturing process, taking into account elements like manufacturing time, expenses, and resource use.
(ii). Designing and improving the network of supply chains will help to cut costs, shorten lead times, and boost overall effectiveness.
(iii). Implementing Lean Six Sigma involves finding bottlenecks in an everyday process, cutting waste, and improving quality.
(iv). Production line balancing: Achieve a balanced and effective workflow by allocating jobs and workstations in a production line optimally.
(v). Design the best possible plan for a facility, taking into account things like space usage, equipment location, and material flow.
PGD in Industrial Engineering books provides students with both a thorough general review of the subject matter and a close examination of their specific area of expertise. The following are some of the books for reference:
| Name of Author | Name of Book |
| R. Panneerselvam | Industrial Engineering and Management |
| A. K. Gupta | Introduction to Industrial Engineering |
| S. C. Sharma | Industrial Engineering and Management |
| O. P. Khanna | Industrial Engineering and Management |
| Ravi Shankar | Industrial Engineering and Management |
| S. P. Arora and P. N. Bhandari | Industrial Engineering and Management |
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