Bioengineering, Biochemist, Molecular Biology & Nanotechnology: Majors & Jobs

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Discussion Overview

The discussion revolves around the differences between various fields of study related to bioengineering, biochemistry, molecular biology, and nanotechnology, as well as potential career paths associated with these disciplines. Participants explore the definitions and applications of these fields, along with their educational requirements and interdisciplinary connections.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant describes bioengineering as modifying genetic structures to enhance characteristics in plants, suggesting a job involving lab work on rice plants to increase harvests.
  • Another participant provides a broader definition of biochemistry, stating it involves observing chemical reactions in biological lifeforms, though they express uncertainty about specific job roles in this field.
  • There is a suggestion that a minor in nanotechnology could complement a major in bioengineering, with one participant expressing interest in the potential of nanotechnology.
  • A participant mentions that bioengineering is not well-defined and encourages looking into specific curricula, noting its applications in engineering devices for biological and medical purposes.
  • Another participant points out that genome sciences may not be an undergraduate major and emphasizes the importance of a strong background in chemistry and biology for pursuing this field.
  • A link to a Wikipedia page on molecular nanotechnology is shared, indicating interest in further exploration of the topic.

Areas of Agreement / Disagreement

Participants express varying levels of understanding and definitions of the fields discussed, with some uncertainty about the specific educational paths and job roles. There is no clear consensus on the definitions or the existence of certain majors.

Contextual Notes

Participants mention the need for a strong background in chemistry and biology for certain fields, but there are unresolved questions about the specific curricula and job descriptions associated with each discipline.

Who May Find This Useful

Students considering majors in bioengineering, biochemistry, molecular biology, or nanotechnology, as well as those exploring potential career paths in these interdisciplinary fields.

Leinad
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Hello. I have a few questions as to the differences in some specific fields along with majoring differences. Can you please help me describe some sample jobs, and correct me on my descriptions.

Bioengineering: modifying the genetic structure to give certain characterics to i.e. plants.
Sample job could be working in lab on rice plants to increase the amount of havests in a crop cycle.

Biochemist: Observing the chemical reactions in biological lifeforms, i.e. when a human becomes angry - what type of chemicals are released.
Sample Job: eh... I dunno

Also wanted to find some more about molecular biologists, and about the nanotechnology.

I think it'd be sweet to go into nanotechnology - maybe even a minor would fill me up (would nano help with a bioengineering or something?). Right now bioengineering, from my understanding, looks very appealing. Anyone's take on any of this? Thanks!
 
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Genetics --> Genome Sciences or a similar name. But it's not uncommon to see a biologist or biochemist doing research relevant to this. "Your major is not your career."

Biochemistry is chemistry as it applies to biology. You seem to more or less have that down. It's a little broader than that, but you've got the rough idea.

Bioengineering is actually not as well-defined yet as it is usually a relatively new program, so you will need to look at the specific curriculum. Generally this involves engineering devices relevant to biological and medical applications, or engineering things like assistive devices or artificial organs.

Nanotechnology is highly interdisciplinary, but tends to incorporate a lot of chemistry and physics. It has plenty of potential applications to a wide array of things, so you will see some people in the fields you're interested in researching it or researching uses of it.
 
Alright, this is very helpful. We've all seen the discovery channel or whatever it is. So genetic major, or genome sciences is more of alter genetic structures to the example I mentioned earlier?
 
Discovery channel?

Genome sciences is not usually an undergraduate major. I would hazard, never. You should have a strong background in chemistry (at least through OChem & lab) and biology (at least a year of "for majors" biology requiring chemistry, and probably some topics courses) if that's what you want to pursue.
 

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