What chem classes would you have taken

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Discussion Overview

The discussion revolves around the most beneficial chemistry classes for undergraduates, particularly in relation to their future careers in various fields of chemistry. Participants share their experiences and opinions on specific courses, including general chemistry, physical chemistry, organic chemistry, and quantitative chemistry, as well as the importance of programming and advanced mathematics in the field.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • Some participants suggest that General Chemistry and Quantitative Chemistry are foundational courses that provide essential knowledge for various applications.
  • One participant emphasizes the value of physical chemistry and its laboratory component for understanding experiments, while another highlights the importance of programming skills for chemists.
  • There is a viewpoint that organic chemistry is crucial for materials research, although its necessity is contested by others who argue it may not be as relevant for certain fields.
  • Some participants advocate for the inclusion of advanced mathematics courses, particularly for those interested in quantum mechanics and physical chemistry.
  • Concerns are raised about the relevance of General Chemistry in corporate settings, with one participant suggesting it may be seen as insufficient for serious chemistry work.
  • Another participant counters that General Chemistry can still provide valuable skills and knowledge applicable in various industries, including analytical techniques.
  • There is a discussion about the varying importance of different chemistry courses depending on the specific career paths and industries participants are considering.

Areas of Agreement / Disagreement

Participants express a range of opinions on the importance of specific chemistry courses, with some advocating for foundational courses like General Chemistry and Quantitative Chemistry, while others argue for the necessity of more advanced topics and skills. The discussion remains unresolved regarding the relative importance of organic chemistry and the applicability of General Chemistry in professional settings.

Contextual Notes

Participants' views are influenced by their individual experiences and career aspirations, leading to differing opinions on the relevance and necessity of various chemistry courses. The discussion reflects a diversity of perspectives on educational pathways in chemistry.

gmunoz18
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I am an undergrad student studying chemistry and I was wondering from the pros what classes you thought were the most interesting or helpful after school.
 
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General Chemistry and Quantitative Chemistry
 
Gen Chem
 
At least from my perspective (physical/biological chemistry focus), I wish I had taken a computer programming/applications course for chemists (scientists) as an undergrad. Would have saved me some trouble later along the way.

I personally thought p.chem. was invaluable, but again, that's a personal bias. P.chem. lab was also highly useful, in terms of thinking about and analyzing experiments.
 
If you are interested in p-chem, definitely take some advanced math courses. I found an abstract algebra course covering linear algebra and group theory to be especially useful for quantum mechanics.
 
Organic chemistry is crucial for materials research. It's also a really hard class that uses no math. Even though I didn't like it that much, it was really satisfying when I did well in it.
 
leumas: I beg to differ my friend. Organic chemistry is not that crucial, maybe if your into polymers and plastics, but not if you're into more hard/condensed materials.

gmunoz: I would get as much experience doing computational work. It's a much needed skill in both academia and corporations. Also, doing computational quantum and physical chemistry is probably a good breadwinner. Learn to program, preferably matlab/C/fortran. And, do as much physics you can. Not just some mechanics and some steppingstone - physics, but real physics like solid state physics, quantum mechanics and the like. I think it would be easier to land a R&D job that way.

Besides, general chemistry? come on guys! That is like playstuff for a real chemist. I don't really think you have that much need of a gen chem course in corporate life? Although if that is the only chem you're using in the companies where you work I don't think they're doing very well... gen chem is only a stepping stone on the chemical ladder.
 
Fearless, about post #7:

Beyond General Chemistry, which courses are important depend on what work a person expects to do. Sometimes a company which does not do very well needs a couple of people with some strong general knowledge which may be adequately taken from General Chemistry; and sometimes that is the course which is adequate in a company which is doing reasonably well. You can become at least briefly acquainted with several different analytical tests/measurements in a General Chem. lab section. A variety of gravimetric measurements may be done as exercises in the lab section, and some companies still rely on old-fashioned gravimetric methods. A few companies still use a few qualitative inorganic tests and many of such tests are instructed in General Chemistry.


Beyond General Chemistry, the most likely course of great value is Quantitative Chemistry so that you are ready to be trained and understand many titrations, or electroanalytical analysese, or spectrophotometric analyses, or possibly chromatographic methods (Yes, a person may often be trainable for any of those also without having coursework beyond General Chemistry - he's just ready to understand more.). A chemist may at times need some theoretical knowledge for analytical chemical situations which he may have studied in the Quantitative course.
 
Symbolipoint: Which country are you referring to? I believe that in most hightech industrialised countries there doesn't exist such enterprises which are so lowtech. Of course there are exceptions, but science jobs which only really challenges you up to generel chemistry are not that abundant. I can somewhat relate to quantitative chem to being a good course, but only for lab-related work.
 

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