Under the paradigm of sciences, biotechnology is considered as one of the most remarkable fields of study because of its ‘timeless’ role in science and the society. Even over a thousand years ago, the use of technology (along its dynamic evolution) has been manipulated by generation after generation of brilliant scientists trying to improve humankind’s overall quality of life.
For example, crops were genetically engineered and biotechnologists created Genetically Modified Organisms (GMOs) that lead to the enhancement of different qualities of crops. This has improved crop growth efficiently, and makes life much easier as science aims to be.
In more low key or subtle ways, biotechnology is practically and virtually everywhere - from your groceries, the produce you buy from farmers, the meals you cook, the clothes you wear, and a lot more.
As the world demands more scientific solutions for better life experience, the more biotechnology has developed. And as specializations under biotechnology expand, the number of career opportunities under the discipline increase more and more too.
Thus, pursuing a degree and a career in the biotechnology field can easily offer you a lot of opportunities. So if you’re passionate with scientific research and technology, as well as the thought of contributing to science and society, then this may be your calling.
Since biotechnology courses do not solely focus on the subject itself and instead correlate with other natural sciences and act as an interdisciplinary. Because of this, career paths under biotechnology can be vast and extensive. As you will see from our list, these careers can usually be pursued if you have academic and professional experience in not just biotech, but also in other fields.
A lot of biomedical equipment is currently needed today because of the increasing demands from patients all over the world. In addition, the role of technology in medicine has also been growing because of its limitless use. With the abundance of modern resources, it is practical and efficient to engineer biomedical apparatus through technology.
As a biomedical engineer, you will be spending a lot of your time doing technological innovations aimed at improving patients’ quality of life. You will also be inventing and designing peripherals that can be used in healthcare industries through your expertise in biotechnology and engineering.
If you like to observe these interesting dynamics and want to improve our overall healthcare system,take a career path on biomedical engineering (usually referred to as ‘bioengineering’).
Biochemists mainly use principles and methods under chemistry to analyze and study biological processes through research and laboratory experiments. Ultimately, you will be doing grounded applications of your research and examine how the combination of chemistry, biology, and technology can help ease the modern struggles.
For example, you may research on the chemical properties and effects of several drugs on the human body and how engineered products such as medications or food additives can enhance human health.
In your biotech degree or program, you will be taking a lot of basic and advanced chemistry subjects. So if you like chemistry, you may enjoy taking a career path towards becoming a biochemist.
Microbiologists mainly study and focus their research on living microorganisms (tiny living organisms that cannot be seen by the naked eye like bacteria, fungi, etc.). They usually work in pharmaceutical companies or medical industries that play a key role in the manufacture or production of medicine. There, they test and monitor microbial contamination throughout the manufacturing process to make sure that the medications are consistently made and are of safe and good quality.
Just like microbiologists, biomanufacturing specialists are in-charged with the overall manufacturing process of a variety of products made by companies. They need to monitor and guarantee that the products manufactured meet certain stringent requirements of safety and quality through the use of different biotech equipment and methods.
Some biotechnology companies need business development managers and product strategy directors to keep the firm’s business operation up and running.
While this requires a great amount of knowledge on business, some companies also prefer employees with a major background in biotech because they are more likely to understand how the business’ products work in both a biotech and business perspective.
If you’re passionate with both business and science, then becoming a business development manager or commercialization director can be your way to go.
Also known as medical laboratory scientists, biological or clinical technicians operate lab instruments, advanced and specialized computer software, and other sci-tech apparatuses to collect samples of body fluids, tissue, bacteria cultures, and micro-substances. After such tests, they will model and design clinical results by analyzing the data gathered from the experiments.
Biological and clinical technicians make great contributions to the generation of scientific knowledge in a laboratory. With these constant and new scientific studies, they will be able to help other scientists address scientific issues related to laboratory tests.
These biotechnological-related careers will definitely give you a competitive edge. However, as biotechnology primarily aims to use technology to improve humankind’s quality of life, you should not forget about this main responsibility.
Most of the time, a lot of people find themselves getting exhausted with their jobs for reasons such as repetition or a lack of purpose. However, if you work with the motivation that you are helping other people, you will be motivated to do better in your career and will always be up and running.
So before choosing your career path, it’s important to consider what you’re really passionate about and what it could mean to the growth of science and the development of our society.