Why get a master’s degree in biotechnology?
The field of biotechnology is ever-changing, fueled by exciting developments in almost every field of science. Biotechnology is at the interface of biological sciences and engineering sciences with the goal of using whole organisms or parts of organisms for products and services from food to fuel, from artificial snow on ski slopes to insulin, from therapeutics to nature conservation. The demand for educated professionals is no doubt on the rise, especially as technology continues to become more advanced.
If you are passionate about biology research, eager to contribute to the development of lifesaving research, or fascinated by the intersection of science and business, then a master’s in biotechnology might be for you!
Getting a graduate degree in biotech can open opportunities in several industries, such as:
- Healthcare
- Agriculture
- Biodefense
- Environmental science
- Forensic science
- Food and beverage
- Biotech research and development
Participating in a biotechnology graduate program will also help you hone in-demand job and laboratory skills and techniques. Under the guidance of experienced instructors, you will have an opportunity to learn best practices from professionals.
Who can get a master’s degree in biotechnology?
Getting a master’s degree is typically pursued by people who have completed an undergrad degree in a related field, such as biology, biochemistry, molecular biology, engineering, or a related discipline. However, eligibility for specific programs varies between institutions.
Some students choose to pursue a biotechnology master’s degree directly after completing their bachelor’s degree. Other people choose to go into the field and gain some relevant work experience before going back to pursue a graduate degree. Some programs also offer options for part-time or online study, such as WPI’s online MS in Biotechnology program.
Ultimately, a master’s in biotechnology is great for people who are passionate about the field, have strong academic backgrounds in the sciences, and are eager to contribute to the exciting advancements of the industry.
What does a master’s program entail?
A master’s degree in biotechnology will certainly include foundational biology courses. You may start with more general biology classes that discuss molecular biology, advanced lab techniques, and biotech math courses. You may also study such topics as cancer cell biology, drug resistance, infectious diseases, regenerative medicine, epigenetics, gene regulation, and more.
Many of your classes will also likely have a laboratory component, where you will participate in research and projects and practice your lab techniques. However, some programs, like the one at WPI, are customizable and allow students to complete their degrees fully online by leveraging skills-based courses, such as bioinformatics, without a lab component if they wish.
In summary, you will take a comprehensive curriculum in various aspects of biology. With a blend of theoretical knowledge and hands-on laboratory experiences, you will gain highly sought-after skills for diverse career paths in many industries.
What jobs are available, and how much can I make?
You can do many types of jobs with a master’s in biotechnology, but most are as engineers and analysts in the tech and science industries. It is important to note that all industries need technical skill sets, so your options extend beyond one industry. Here are some jobs and average salary ranges you could expect to see with your new degree, according to PayScale. Keep in mind that salaries will vary greatly depending on the company, location, industry, and personal experience:
- Biotechnology research associate ($48,000–$87,000)
- Senior research associate ($68,000–$101,000)
- Senior biotechnology research scientist ($62,000–$128,000)
- Biotechnology research scientist ($53,000–$103,000)
- Laboratory manager ($46,000–$103,000)
- Associate research scientist ($50,000–$97,000)
- Quality assurance manager ($61,000–$127,000)
- Medical science liaison ($108,000–$188,000)
- Clinical research associate ($49,000–$103,000)
- Bioinformatician ($56,000–$121,000)
Whether you’re seeking a career change or aiming to enhance your expertise, a master’s degree in biotechnology offers versatile opportunities. With programs available both online and on campus, you can tailor your studies to fit your schedule. Explore WPI’s master’s in biotechnology today!