"Industrial Engineering Technologist"

Job Description - Part 1 - Duties and Tasks

Basic Job Description:

Assist industrial engineers in such activities as quality control, inventory control, or material flow methods. May conduct statistical studies or analyze production costs.

Part 1
Duties / Tasks Part 2
Activities Part 3
Skills Part 4
Abilities Part 5
Knowledge

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Job Duties and Tasks for: "Industrial Engineering Technologist"

1) Modify equipment or processes to improve resource or cost efficiency.

2) Collect and analyze data related to quality or industrial health and safety programs.

3) Monitor and control inventory.

4) Analyze, estimate, or report production costs.

5) Interpret engineering drawings, sketches, or diagrams.

6) Develop or conduct quality control tests to ensure consistent production quality.

7) Analyze operational, production, economic, or other data, using statistical procedures.

8) Conduct time and motion studies to identify opportunities to improve worker efficiency.

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9) Prepare schedules for equipment use or routine maintenance.

10) Compile operational data to develop cost or time estimates, schedules, or specifications.

11) Plan the flow of work or materials to maximize efficiency.

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12) Design plant or production facility layouts.

13) Request equipment upgrades or purchases.

14) Supervise production workers.

15) Oversee or inspect production processes.

16) Prepare reports regarding inventories of raw materials or finished products.

17) Create computer applications for manufacturing processes or operations, using computer-aided design (CAD) or computer-assisted manufacturing (CAM) tools.

18) Prepare layouts of machinery or equipment, using drafting equipment or computer-aided design (CAD) software.

19) Develop or implement programs to address problems related to production, materials, safety, or quality.

20) Analyze material flows or supply chains to identify opportunities to improve efficiency and conserve energy.

21) Conduct statistical studies to analyze or compare production costs for sustainable and nonsustainable designs.

22) Develop computerized diagnostic tools to integrate measurements in real time and reduce production downtime.

23) Integrate high-speed loops and advanced control algorithms with graphical system designs to improve the efficiency of production operations.