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What Do Industrial Engineers Do?
Jul 9, 2024
What Do Industrial Engineers Do?
Introduction
Host:
Jake Voorhees, from the One Percent Engineer Show
Purpose:
Inspire engineers to rise to the top 1% of their careers
Contents:
What industrial engineers do, history, tasks, modern tools, comparison to other engineering fields
What is Industrial Engineering?
Definition:
Optimization of complex processes, systems, or organizations
Focus Areas:
People, money, knowledge, information, equipment, energy, materials
History of Industrial Engineering
Origins:
Industrial Revolution
Technologies: Flying shuttle, spinning jenny, steam engine
Innovation:
Specialization of labor, interchangeable parts by Eli Whitney & Simone North
Impact:
Mass production, reduced need for skilled labor
Tasks of Industrial Engineers
Create Systems:
Coordination of labor, materials, machines
Improve Quality & Productivity:
Systems (physical/social)
**Overlapping Fields: **
Operations research, systems engineering, manufacturing engineering
Production engineering, supply chain engineering
Management science, financial engineering
Ergonomics, safety engineering, logistics engineering
**Examples of Work: **
Flow process charting, process mapping
Designing assembly workstations, strategizing operational logistics
Consulting as efficiency experts, developing financial algorithms
Streamlining operations in hospitals, planning distribution schemes
Shortening lines at banks, hospitals, theme parks
Modern Tools Used by Industrial Engineers
Techniques:
Pre-determined motion time system, computer simulation, mathematical tools
Approaches:
Mathematical optimization, queuing theory, computational methods for systems analysis/optimization
Differences from Other Engineering Fields
Scope:
One of the "big four" or "big five" engineering fields
Methodology:
Traditional Engineering:
Decompositional approach
Industrial Engineering:
Context within entire system, human factor consideration
Relation to Human Resources:
Applies social skills, works with various types of employees
Focus Areas:
Optimization of production systems (sequencing orders, scheduling batches, determining materials)
Math Basis:
Discrete variable math (vs. continuous variable math in other fields)
Work Environments:
Diverse - Hospitals, e-commerce, entertainment, etc.
Personal Note from Jake
Traffic Engineering:
High human input, industrial engineering courses
Methodology Changes:
Moving towards machine/robot optimization
Certification and Career Advice
PE Certification:
Optional for industrial engineers but beneficial for career growth
Work Environments for Industrial Engineers
Diverse Settings:
Manufacturing, theme parks, industry sectors
Job Market:
285,000 industrial engineers in the U.S.
Conclusion
Community Engagement:
Encouragement to comment on preferences and future topics
Resources:
Discord server, One Percent Engineer kit, sponsor links
Notes for Review
Role of Industrial Engineers:
Broad optimization tasks
Tools & Techniques:
Modern computational and simulation methods
Career Path:
Similarities/differences from other engineering fields
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Full transcript