Biotech and Biological Engineering career prospects

In summary, the individual is finishing their Biomedical Engineering BS degree and wants to explore Molecular biology by taking a year in the field before choosing between BioEngineering or Biotech. They are interested in the job and salary outlook for both fields, with concerns about the potential limitations of being a biotechnologist. They also mention their skills in problem solving and programming, wondering if these would be useful in the biotech market. They have questions about the differences between being a biotechnologist and an engineer, and the potential for management and responsibilities in each field. They are also interested in the concept of biotech but are unsure if it is worth pursuing. The speaker mentions that biomolecular engineering may be more suited for those interested in mechanical engineering and electronic
  • #1
Jarfi
384
12
I am finishing my Biomedical Engineering BS next semester but I want to learn more about Molecular biology so I've decided to take a year or so in Molecular biology BS and get a better feel for it. Then going into either BioEngineering or Biotech.

Which is better for job and salary outlook? I have heard Engineers are more sought after and have more power on the job market while biotechnologists seem to be stuck on funding and research but I also enjoy research. I have good problem solving skills and I'm a skilled programmer. I want to use this somehow though because I can code complicated systems fast. This is useful in Bioinformatics as far as i can tell but I'm not sure if it'd give me as much of an edge in the biotech market.

Are Biotechnologists stuck writing reports? Or do they get to do fun stuff as well. Which is better for freedom/independent career with choices. I'm very interested in the concepts of biotech but is it worth it?
 
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  • #2
Well, if you are a biotechnologist, aren't you an engineer? I don't know how you, or others for that matter, use their definitions. But you may be an engineer in biotechnology processes/reactors. Or you may be an engineer in synthetic biology. Those are different things, granted.

If you want to manage/have responsibilities, running (part of) a factory is probably the better route. And there process technology and the engineering associated with it will be more helpful. Not so much molecular biology, and what MolBio is evolving into.

To me biomolecular engineering always seems to be a subdiscipline of mechanical engineering, involving electronic equipment as well as mechanical implants. And thus not so much the chemistry and physics of biological systems. Or things like bioinformatics or systems biology.

And to me biotechnology is a subdiscipline of chemical engineering, with a focus on using living cells inside your reactors.

Don't know for sure about salaries, but somehow life science salary numbers always seem on the low side. Seems pure chemists and specialized pharma jobs seem to pay better.

That said, I always hear many things about more need for bioinformaticians.
 

1. What career opportunities are available in the field of biotech and biological engineering?

There are numerous career opportunities in biotech and biological engineering, including roles such as research scientist, biochemist, bioprocess engineer, genetic counselor, and pharmaceutical sales representative.

2. What industries can I work in with a degree in biotech and biological engineering?

Graduates with a degree in biotech and biological engineering can work in a variety of industries, including biotechnology, pharmaceuticals, healthcare, agriculture, and environmental science.

3. What skills are important for a successful career in biotech and biological engineering?

Some important skills for a career in biotech and biological engineering include strong analytical and critical thinking skills, attention to detail, problem-solving abilities, and proficiency in scientific research methods and techniques.

4. What is the job outlook for biotech and biological engineering careers?

The job outlook for biotech and biological engineering careers is promising, with a projected growth rate of 7% from 2019 to 2029, according to the Bureau of Labor Statistics. This growth is fueled by advancements in technology and an increasing demand for medical and agricultural products.

5. What type of education and training is required for a career in biotech and biological engineering?

Most entry-level positions in biotech and biological engineering require at least a bachelor's degree in a related field, such as biology, biochemistry, or engineering. However, advanced positions may require a master's degree or PhD. Additionally, hands-on laboratory experience and knowledge of current technology and techniques are important for success in this field.

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