Prospects of Chemical Engineering

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Discussion Overview

The discussion centers around the current challenges and areas of research in materials science, particularly in relation to chemical engineering. Participants explore various fields within materials research, including computational methods, biomaterials, and environmental behavior, while also considering the relevance of chemical engineering education.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant expresses interest in researching material properties related to physical characteristics and conductivity, seeking information on outstanding problems in materials research.
  • Another participant suggests that computational multiscale work for material properties is a growing field, alongside areas like biomaterials, nanomaterials, and smart materials, indicating a broad interest in these specific research areas.
  • A third participant agrees that materials research is vibrant across many domains and offers to look for specific areas of interest.
  • One participant highlights the strength of the materials science center at the University of Manchester, noting its close collaboration with chemical engineering.
  • Another participant questions the choice of studying chemical engineering instead of materials science, suggesting that chemical engineering may focus more on traditional processes like distillation and reactor design.

Areas of Agreement / Disagreement

Participants generally agree that materials research is a dynamic field with many active areas of study. However, there is a disagreement regarding the focus of study, with some advocating for materials science over chemical engineering.

Contextual Notes

Some discussions may depend on specific definitions of materials science and chemical engineering, and there may be unresolved assumptions about the curriculum and focus areas of these disciplines.

Who May Find This Useful

Individuals interested in materials science, chemical engineering, or related research fields may find this discussion relevant.

Bladibla
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Hi

I've recently applied for Chemical engineering at UMIST (Or Manchester university) to, in my mind at the moment, research properties of materials relating to its physical properties, and conductivity.

So I would like to ask: What are the current main 'outstanding' problems in materials reasearch? Any information would be grateful.
 
Engineering news on Phys.org
UMIST ... perhaps at some point you'll get to know Prof. Andy Sherry, an old acquintance who left there to run the Materials Performance Centre (I think that's what it's called...). Great place anyways.

I think answering your question is really difficult, but if I write something to get started perhaps others will run to make better replies :biggrin: .

The simple answer would be 'everything' of course, but to point out something 'close to home', I'd say computational multiscale work for material properties is a successful field which is likely going to gain more and more importance as its successes continue pile up (like [computational] quantum chemistry). Special fields like biomaterials, nanomaterials, smart materials, polymers & composites (in general let alone the exotic appls) will probably enjoy continued interest as 'specific' areas of research (+new interesting alloys & materials seem to surface at a consistent pace). Many (or really "all") fields under corrosion & environmental behavior, high temperature behavior, damage & failure etc. etc. of materials don't really seem to be showing symptoms of slowing down ... requirements for materials advance and in the process enable "weird" applications with harsh demands for ever better properties. Any way to narrow this a bit?
 
I think PerennialII covered all the areas. Basically any area in materials is still hot with R&D. I'll look in some of my resources to find some specific areas.
 
Can't answer the question, but...

You've made a cracking choice, especially since UMIST has now merged with The University of Manchester. The materials science centre there is amongst the top in the country, and while chem eng isn't part of that facility, they work so closely together that they it may as well be.

You'll come across Tracy North too at some point (you probably already have), get to know her, she's an extremely useful member of admin staff to know!
 
Why not just study materials science/engineering instead of chemical engineering ? Unless the curriculum has changed in 5 years chemical engineering was mostly designing distillation columns, chemical reactors, and heat exchangers.

Best Regards

Modey3
 

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