Industrial Engineering is applicable in all branches of engineering.
All Industrial Engineering Concepts are to be covered in the curriculum as sections, chapters or full subject.
Total 42 Subjects
Industrial Engineering Specialization Group
(18) + (2)
Introduction to Industrial Engineering (Overview of the scope of IE and various tasks of IE)
Productivity Science (Consolidation of Research in Industrial Engineering. Discovery of various variables that can affect productivity)
Machine Effort Industrial Engineering (Includes OEE improvement, SMED, PokaYoke)
Human Effort Industrial Engineering (Includes Method, Motion and Time Study)
Productivity Engineering - Facilities and Process Industrial Engineering (Includes Preparation of Process Charts and Analysis of Process charts)
Improvement of Processing and Inspection Operations (Case studies of successful improvement of processing operations and inspection tasks, quality improvement and management)
Improvement of Material Handling and Warehousing Operations (Includes flow improvement, layout improvement)
Improvement of Production Planning and Reduction of Cycle Time (Includes lean manufacturing and inventory reduction)
Productivity Management (Includes productivity measurement, planning and control of productivity, training of engineers, supervisors and operators, lean management)
Systems and Processes Design (Related to Design in definition of IE by IISE)
Installation of Systems and Projects (Installation of modified processes, productivity improvement and cost reduction projects formulations, approvals and management of project implementation)
IE Economic Analysis
IE Optimization
IE Statistics
IE Ergonomics & Human Behavior (Human Sciences and Application)
IE Data Processing and Information Systems
Product Industrial Engineering (Includes DFMA and Value engineering)
Product and Process Cost Analysis and Estimation
Electives (2)
Time & Motion Study
Simulation & Modeling
Facilities Industrial Engineering
Design for Manufacture & Assembly
Process Planning
Cost Estimation
Operations Research
Lean Manufacturing
Toyota Production System
Automation
Industrial Engineering 4.0
Robotics
Computer Aided Industrial Engineering
Computer Integrated Manufacturing
Productivity Measurement
Supported by
Basic Sciences
(6)
Physics
Chemistry
Mathematics
Statistics
Anatomy & Biomechanics
Psychology & Sociology
Engineering
(4) + (2)
Mechanics
Design of Machine Elements and Machines
Production Technology and Inspection
Mechanical Handling
Strength of Materials
Electives
Introduction to Civil Engineering
Introduction to Electrical Engineering
Introduction to Electronics Engineering
Automation
Flexible Manufacturing Systems
Artificial Intelligence
Industrial Systems, Processes and Management and Their Interaction and Interface with Industrial Engineering
(7) + (1)
Industrial Management
Purchasing, Supply Chain and Logistics
Maintenance
Marketing & Sales
Communication
Accounting and Taxation
Financial Analysis and Management
Humanities
Government and Industrial Regulation
Background Material
No comments:
Post a Comment