How great is the demand for materials science/engineering?

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SUMMARY

Materials scientists and engineers are in moderate demand compared to electric and mechanical engineers, with opportunities spanning various energy sectors. The choice of degree, whether from a chemistry or engineering department, should align with career interests in manufacturing or applications. Materials science encompasses diverse areas such as thermal coatings, photovoltaics, and semiconductors, all crucial for developing efficient energy devices. While the demand for research in this field may be lower due to its long-term nature, the work is rewarding and can lead to innovative breakthroughs.

PREREQUISITES
  • Understanding of materials science principles
  • Familiarity with energy systems and applications
  • Knowledge of manufacturing processes in materials engineering
  • Basic concepts of chemistry related to materials
NEXT STEPS
  • Research the differences between materials science and materials engineering degrees
  • Explore career opportunities in energy sectors such as photovoltaics and thermal coatings
  • Learn about the role of materials in energy efficiency and device performance
  • Investigate the impact of material selection on manufacturing processes
USEFUL FOR

Students and professionals in engineering, materials science, and energy sectors seeking to understand career paths and educational choices in materials engineering.

garbiiiiis
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Are materials scientists and engineers in relatively high demand compared to say, electric or mechanical engineers?

Which degree would be best if I want to work in the "energy" field?

And what kind of energy would each be dealing with?
 
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All would be good, and all work with all types of energy and all ways of using the energy.

Better to decide which interests you the most and go for it.
 
Too broad. You can go anywhere from thermal coatings to photovoltaics and semiconductors which have nothing to do with each other. Think about what you find interesting (mechanical, thermal, electronic materials? devices? systems?) and it will guide you.
 
You could design ferrite materials for inductors, dielectrics for capacitors, conductive and insulating heat sink materials, adhesives, lubricants... the list is long. All of these things are essential for building better, more efficient devices. It is an energy field.

The question is whether you can find someone who is willing to invest in your activities. Ultimately, such research is for the long term, so demand tends to be lower. But it is rewarding work. Even failures can be interesting. Just ask the guy who came up with Post-It adhesive...
 
Thx guys.
Also I've noticed that the MS degree at some universities is in the chemistry department (chemistry-materials) whereas in other universities its in the engineering department (MSE).
Knowing my intentions which one would you recommend and what are the differences?
 
Anyone?
 
It depends if your interest is oriented towards manufacturing or applications. In a material manufacturing setting, chemistry tends to be more important. Where material selection is the focus, engineering aspects are more important. There are more jobs related to material applications, but, jobs in the production sector tend to pay better.
 

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