Industrial Engineering Syllabus

Industrial Engineering Syllabus

Syllabus of Industrial Engineering Subject:

Industrial engineering is a branch of engineering that focuses on the optimization of complex processes, systems, and organizations. The syllabus for industrial engineering covers a wide range of topics related to the design, optimization, and management of processes and systems. Here is a comprehensive syllabus for industrial engineering:

Introduction to Industrial Engineering:

a. History and evolution of industrial engineering

b. Scope and objectives of industrial engineering

c. Role of industrial engineers in the industry

d. Basic principles of industrial engineering

e. Ethics and professionalism in industrial engineering

Engineering Mathematics:

a. Linear algebra

b. Calculus

c. Differential equations

d. Probability and statistics

e. Optimization techniques

Manufacturing Processes:

a. Introduction to manufacturing processes

b. Casting, forming, and machining processes

c. Joining and assembly processes

d. Surface treatment and finishing processes

e. Quality control and assurance in manufacturing processes

Production Planning and Control:

a. Production planning and scheduling

b. Capacity planning and management

c. Inventory management

d. Lean manufacturing and just-in-time (JIT) systems

e. Material requirement planning (MRP)

Facilities Planning and Design:

a. Facility layout planning

b. Material handling and storage systems

c. Ergonomics and human factors in facilities design

d. Safety and environmental considerations in facilities design

e. Simulation and modeling techniques in facilities design

Quality Control and Six Sigma:

a. Total quality management (TQM)

b. Statistical process control (SPC)

c. Six Sigma methodology

d. Design of experiments (DOE)

e. ISO 9000 and other quality standards

Supply Chain Management:

a. Introduction to supply chain management

b. Supplier selection and management

c. Logistics and distribution management

d. Transportation and warehousing

e. Reverse logistics and closed-loop supply chains

Operations Research:

a. Linear programming

b. Network models and optimization

c. Integer programming

d. Dynamic programming and decision analysis

e. Queuing theory and simulation

Engineering Economy and Cost Analysis:

a. Time value of money and interest rates

b. Cash flow analysis and capital budgeting

c. Break-even analysis and cost-volume-profit (CVP) analysis

d. Depreciation and tax considerations

e. Cost estimation and analysis

Project Management:

a. Project planning and scheduling

b. Project budgeting and cost management

c. Project risk management

d. Project quality management

e. Project evaluation and review techniques (PERT)

This syllabus provides a comprehensive overview of the topics covered in industrial engineering. It is important to note that the actual syllabus may vary depending on the institution and the level of study.

Cite this article:
Jaiswal, V. (April 30, 2023). Industrial Engineering Syllabus. Mechanical Site ( URL: