Areas Industrial Engineer Work
Industrial Engineers can work in many areas in the industry.Some of the possible employment areas include technology management, operations research, systems engineering, optimization, flexible manufacturing systems, planning and control of production and inventory systems, ergonomics, computer applications, process control, multi-objective decision making, machine scheduling, performance evaluation, simulation, service sector, and administrative duties.
In the information and technology age, industrial engineers are also expected to find many job opportunities in emerging areas such as knowledge management, innovation/R&D management, technology management, change management, and supply chain management.
Manufacturing firms and service industries hire a significant number of IEs. Today, more and more businesses hire IEs in areas like sales & marketing, finance, information systems and personnel. Corporations as diverse as Coca Cola, UPS, Disney, IBM, Levi Strauss, Nike, The Gap, Intel, Microsoft, Motorola, Boeing (to name just a few) all use people with IE backgrounds to help manage their businesses. Other industries employing IEs are hospitals, airlines, banks, railroads, and social services.
In the information and technology age, industrial engineers are also expected to find many job opportunities in emerging areas such as knowledge management, innovation/R&D management, technology management, change management, and supply chain management.
Manufacturing firms and service industries hire a significant number of IEs. Today, more and more businesses hire IEs in areas like sales & marketing, finance, information systems and personnel. Corporations as diverse as Coca Cola, UPS, Disney, IBM, Levi Strauss, Nike, The Gap, Intel, Microsoft, Motorola, Boeing (to name just a few) all use people with IE backgrounds to help manage their businesses. Other industries employing IEs are hospitals, airlines, banks, railroads, and social services.
- The planning, design and implementation of manufacturing processes and equipment.
- The design and management of a program for quality improvement and control.
- The development and implementation of performance measurement standards.
- The planning and execution of a program aimed at productivity improvement.
- The management and control of a new technology development program.
- The design and operation of a material requirements planning system.
- The development of mathematical models for the analysis of systems.
- The design of a manufacturing plant and the associated plant layout.
- The evaluation of system reliability, availability and maintainability.
- The selection of appropriate technology, processes and equipment.
- The co-ordination of the activities of an engineering team.
- The design and implementation of an information system.
- The design and operation of a materials handling system.
- The operation and management of a production process.
- The analysis of financial investment opportunities.
- The planning and control of production facilities.
- The design and operation of a simulation model.
- The execution of economic feasibility studies.
- The economic evaluation of alternatives.
- The management of a distribution system.
- The determination of user requirements.
- The financial planning of a project.
- The calculation of production cost.
- The control of a planning project.
- The integration of a system.
- The scheduling of activities.