AboutAaron Overbeek Expertise I am a Six Sigma Master Black Belt and Lean Champion. My expertise ranges from tacticle (local) implementation to strategic (global) implementation of Lean Six Sigma. Also knowledgable in Best Manufacturing Practices, Quality, Supply Chain, Engineering, and EH&S. I am not a consultant and do not mind follow up questions.
Experience Bachelors of Science in Manufacturing Engineering from the University of Michigan. Lean Champion and Six Sigma Master Black Belt. Member of the American Society of Safety Engineers, Society of Manufacturing Engineers, and ISO audetation.
Director of Operational Excellence and Strategic Sourcing for multi-billion dollar corporation.
Question QUESTION: which science branch can qualify me to design machines , design solutions for industries problems ?
ANSWER: Design engineering or Manufacturing engineering
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QUESTION: hello sir
whats your opinion abouy industrial engineer ?
I frankly didnt know a department called design engineer thats beacause design engineer consider as a base in all engineering major ( electronics , mechanical , aerospaces ..........)
secondly whats the difference between industrial engineer & manufactrer engineer ?
whats your opinion ?
wish to hear from you soon
Answer Industrial Engineering is a generic engineering degree that focuses on all of the aspects of industry sciences but specializes in none. It is a necessary position for globalized thinking (overview thinking). Design engineers focus on creating a products fit, form, or function. All engineering fields have some design coursework in them but do not specialize in it.
To answer your question about the difference between an industrial engineer and a manufacturing engineer... they are pretty much the same. Both focus their engineering on the development, improvement, implementation and evaluation of integrated systems of people, money, knowledge, information, equipment, energy, material and process. Both draws upon the principles and methods of engineering analysis and synthesis, as well as mathematical, physical and social sciences together with the principles and methods of engineering analysis and design to specify, predict and evaluate the results to be obtained from such systems.
