MatE vs ChemE: Comparing Career Opportunities

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Discussion Overview

The discussion centers on the differences between Materials Engineering (MatE) and Chemical Engineering (ChemE), particularly in terms of career opportunities and educational pathways. Participants explore the distinct roles and focuses of each field, as well as the implications of choosing one degree over the other.

Discussion Character

  • Debate/contested
  • Conceptual clarification
  • Exploratory

Main Points Raised

  • Some participants note that Materials Science focuses on the structure, morphology, and composition of materials, while Chemical Engineering is more concerned with the processes involved in manufacturing materials.
  • There is a suggestion that pursuing a MatE degree may limit opportunities for those interested in manufacturing processes, as the two fields are considered distinct.
  • One participant mentions the emergence of nanotechnology engineering as a potential alternative for those interested in materials design, although it is noted that this field may be narrower in scope.
  • Another participant highlights the concept of Grain Boundary Engineering (GBE) as an area where there is some overlap between MatE and ChemE, particularly in relation to alloy composition and its effects on material properties.
  • Several participants express uncertainty about the crossover between the two degrees, with some asserting that there is little overlap.
  • One participant shares their experience of applying for a program change from ChemE to nanotechnology engineering and expresses hope for acceptance.

Areas of Agreement / Disagreement

Participants generally agree that MatE and ChemE are distinct fields with limited crossover, but there are differing opinions on the extent of overlap and the implications of choosing one degree over the other. The discussion remains unresolved regarding the best path for those interested in materials design.

Contextual Notes

Participants reference specific programs and curricula, but there is no consensus on the implications of pursuing a MatE degree versus a ChemE degree, nor on the potential career opportunities associated with each.

Who May Find This Useful

Students considering a degree in Materials Engineering or Chemical Engineering, as well as those interested in nanotechnology and its applications.

plutonium
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What is the difference between the two? Can a MatE work as a ChemE and vice versa?

I'm really interested in designing materials, but not machines that manufacture the materials. Will I be limiting my opportunities if I pursue a MatE degree?
 
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Materials science has a lot to do with understanding the structure/morphology/composition of a material whereas chemical engineering is more about making a material and understanding the processes in the making of the material.

Some sites with information about Materials Science or Engineering -

http://www.materials.ac.uk/newsletter/issue3/whatis.asp

http://www.mse.cornell.edu/materials_science_graduate/cat_2.html

http://www.asu.edu/provost/smis/ceas/bse/msebse.html

Definition of Chemical Engineering
http://www.wpi.edu/Academics/Depts/CHE/About/definition.html

http://en.wikipedia.org/wiki/Chemical_engineering

There is a Wikipedia article on Materials Science, but apparently there are problems with the quality. Nevertheless here it is - http://en.wikipedia.org/wiki/Materials_science.
 
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So the two are actually quite distinct fields? Damn... my university doesn't offer materials engineering. It does offer a new program called nanotechnology engineering. (BTW, I'm going to the University of Waterloo in Canada)
 
Well, nanotechnology is supposedly the wave of the manufacturing future. There are a lot of futuristic ideas involved in nano. I would be interested in seeing what the course outline is like for that degree.

As far as the two degrees go, you probably won't get much crossover between the two. They really are pretty distinct in what they do.
 
There is some slight overlap. For example, Grain Boundary Engineering (GBE), which is somewhat like nanoengineering. The idea is to use the appropriate thermo-mechanical process to minimize the misfitting or mismatching of atoms on grain boundaries of polycrystalline metals/alloys. GBE would be perhaps considered metallurgical engineering rather than chemcial engineering, but GBE is concerned with the alloy composition which affects the morphology (microstructure) of grains. GBE has a profound effect on corrosion and mechanical performance.
 
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plutonium said:
What is the difference between the two? Can a MatE work as a ChemE and vice versa?

I'm really interested in designing materials, but not machines that manufacture the materials. Will I be limiting my opportunities if I pursue a MatE degree?
Based on this, I would recommend that you choose Mat's Engg but since that's not an option (or is it?), the closest degree you can get would be in Nano Engg. This however, is a slightly narrow (less than a micron wide :biggrin: ) field, so I might think about that some.

PS : I think Fred meant to say there's little overlap between Chem Engg and Mat's Engg.
 
Since Fred brought up the curriculum thing, here's the program structure of the nanotechnology program.

http://www.ucalendar.uwaterloo.ca/ENG/nano_eng.html

I applied for the program change (from chemical engineering), and I'm put on the waiting list. Wish me luck :)

BTW thanks for the responses so far guys.
 
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plutonium said:
I applied for the program change (from chemical engineering), and I'm put on the waiting list. Wish me luck :)

Good luck plutonium, sounds like an interesting curriculum =). I'm specialising in Mechanical Engineering with Materials next year and I'm thinking about a postgraduate course in nano-materials or equivalent.
 

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