When people think about biotechnology, they often picture scientists in a lab creating drugs or any medical product. But, the reality is that biotechnology is more than lab work. With the latest modern discoveries, there are new challenges to be solved. Biotechnology provides a wide range of opportunities for several different professionals. For them to develop and make a career in the biotech industry.
It’s not a secret that the biotechnology industry is a huge economic driver. It generates about $140 billion in revenue. Currently, biotech companies in the US employ thousands of people per year. The number rounds to 1.66 million people in biotech positions. Experts affirm that the demand for skilled professionals will keep growing in the upcoming years.
Due to this, the field of biotechnology is growing fast. Especially the biotech laboratory analytical instruments. As their demand for these skilled professional keepers is rising, so do the competitive salaries.
So, If you’re wondering “is biotechnology laboratory analytical instruments a good career path? Don’t worry! Keep reading to find it out.
What Is a Biotechnology Laboratory Analytical Instrument?
There are several professions related to the biotech industry. The biotechnology laboratory analytical instrument is one of them. This last one is a machine whose duty is to analyze samples of living things. Such as DNA, cells, RNA, and proteins. These instruments are used to research, when studying how the genes work, and to develop new treatments and medicines.
The professional in charge of operating this machine is the biotechnology laboratory analytical instrumentation. This person helps to understand how these living materials work, and how to manipulate them and improve them.
These machines are essential. They allow the biotech professional to progress in medicine, and treatments for the most complex human issues.
Top Question: Is Biotechnology Laboratory Analytical Instruments a Good Career Path?
With the high demand for new careers, it’s common for people to ask for information about these careers. And when it comes to careers like biotechnology laboratory analytical instrumentation, people often ask “is biotechnology laboratory analytical instruments a good career path?”. The answer is yes, it is!
To become a biotechnology laboratory analytical instrumentation, highly specialized education is required. The knowledge of this person can’t be replaced by a machine. It involves high degrees, such as medicine, manufacturing, or research. The biotech lab analytical instrumentation is mostly well paid. And since an in-demand career is hard to replace.
Biotech keeps expanding and diversifying its staff like any other industry. This means there are a lot of opportunities for people in this field. If you are interested in careers like biology, technology, or medical equipment related, this is a career path you should consider. Keep in mind that you don’t need to focus on one career in these three sciences, but you can focus on the one that interests you the most. And develop your skills in the area that catches your attention.
Reasons To Become a Biotechnology Laboratory Analytical Instrumentation
Stability: People that work in this field have come to stay and they won’t be replaced anywhere soon.
Well-paid profession: The average salary for a biotechnology laboratory analytical instrumentation can go up to $64,000 per year.
Growing opportunities: The Biotech industry is known for constantly looking for growth. That’s why if you want to grow within a company and gain experience, this is a great option.
Top 8 Most Demanding Biotechnology Careers
If you’re still not sure about the biotech industry and keep wondering “is biotechnology laboratory analytical instruments a good career path? We will share with you a list of the six most demanding careers in the field of biotechnology.
Average Pay: $97,410
Biomedical engineers mix both biological expertise with the fundamentals of engineering. They are capable of designing solutions to solve problems in the biology and medicine fields. Their goal is to improve the effectiveness and quality of patients’ healthcare. These professionals are trained to design biomedical equipment, medical software, and devices. They can also design diagnostics machines, prostheses, and artificial organs.
Average Pay: $102,270
These professionals study the chemical properties of living materials. As well as the biological processes, such as cell growth, cell development, disease, and heredity. Biochemists lead complex research projects. They analyze, isolate, and synthesize lipids, proteins, DNA, carbs, and other molecules.
When it comes to the drug area, they research the effect these drugs, hormones, and nutrients have on tissues. This way, they can develop products that can improve human health and life expectancy.
Average Pay: $95,310
Medical scientists drive clinical research, to improve the patient’s health by investigating diseases and prevention methods. These professionals are also in charge of developing and testing medical devices. They prepare, and analyze medical samples, to then research and look for the causes and treatment of pathogens, chronic diseases, and toxicity. These scientists also help to make standards for drugs, such as doses, and potency. For the manufacturers to market these drugs and their compounds.
Average Pay: $57,800
This profession includes biological technicians and medical laboratory scientists. They collect samples, analyze results of blood, fluids, tissues, and bacteria tests, and even perform tests themselves. Technicians in this area use advanced robotics tools, lab instruments, specialized software, and highly specialized equipment.
Average pay: $122,602
These professionals design experiments based on statistics, which analyze data and interpret results. They can work in several different areas, like pharmaceutics, biotechnology, and medicine. For this job, people need to have previous experience with programming languages and statistical software.
Average pay: $65,554
People in these positions work in biotechnology labs, assisting scientists with their tasks and research. Labs assistant set up experiments, collect data, and many other tasks led by the manager scientist. If you want to become a lab assistant, you need to have great communication skills and be detail-oriented. As well as analyze data and make predictions with it as the foundation.
Average pay: $132,821
Scientists in bioinformatics use computers to organize, store, and analyze biological data. They can work in different fields, such as biotechnology, medicine, and pharmaceutics. To become a bioinformatic scientist, you need to have the expertise to work with several different machines and computer software.
Average pay: $110,750
These professionals work in biotechnology labs. They are trained to use molecular techniques to diagnose and treat a wide variety of diseases. They also perform on developing new methods to treat and diagnose diseases.
If you want to become a medical technologist, you must pay special attention to details, and work well with lab equipment.