Introduction
Is A Masters In Biomedical Science Worth It? One of the top healthcare degrees you can earn is a master’s in biomedical science! You have the rare chance to explore numerous scientific disciplines without having to choose a career route before you know what you enjoy most if you enroll in a master’s degree in biomedical science.
Your master’s degree in biomedical science may open doors to careers in teaching, research, sales, medical practice, hospitals, and other institutional settings. To become a medical doctor, dentist, podiatrist, etc., students can also use this degree to pursue postgraduate studies in the health sciences. The first-professional programs at National University, where you can study to become a chiropractor or naturopathic doctor or follow the programs in acupuncture or oriental medicine, are also made easier for you to enter with this degree.
Reading through this article should be able to answer the question ‘Is a masters in biomedical science worth it”
What Is Biomedical Science?
All healthcare practitioners’ expertise is built on biomedical science (BS). It is a comprehensive field of knowledge that encompasses all scientific research on biology as it relates to health care.
The research area known as biomedical science (biomedicine) focuses on the branches of biology and chemistry that are important to healthcare. There are three main areas of specialization in this extremely diverse field: biological sciences, physiological sciences, and bioengineering. The majority of biomedical science careers focus on research and laboratory work to advance medical understanding.
This discipline’s diversity provides graduates with numerous alternatives to specialize already during their studies and, as a result, provides a wide range of job options. It is a discipline that is highly “real world.” Biomedical researchers frequently garner media attention for advancements in their professions, with tangible outcomes. A biomedical scientist might be developing a novel cancer treatment or developing embryos for IVF or 3D printing a heart. The field of biomedical science is where biology, chemistry, and altering the world come together.
Reasons To Study Biomedical Science
There is a lot of material to consider and a huge decision to make when selecting your course. Here are some reasons why majoring in biomedical science is a wise decision:
- It Is Very Broad
The field of biomedical science is extremely large and diversified. Before deciding on a course of study, you will have the opportunity to investigate a wide range of life science topics. However, avoid specializing too early in your study to avoid limiting your postgraduate and job prospects.
- The Potential To Have An Impact
The primary basic principle of medical practice is biomedical science. Health care practitioners are unable to accurately assess, diagnose, and treat ailments without a thorough understanding of the interior anatomy. It is a significant topic that is crucial to enhancing the wellness of the global populace.
- Develop A Strong Skill Set
Among the many skills, you’ll learn are how to operate in a lab, arrange experiments, conduct research, and interpret data. All of them are impressive in an employer’s eyes, and many of them are also transferable if you decide to go into a different field of work.
- It’s A Desirable Characteristic
Biomedical scientists are needed in many other fields, and the skills they acquire are often transferrable.
- The Power To Change The World Is In Your Hands
Biomedical researchers are at the front of all medical advancements, disease cures, and environmental studies!
- Several Possibilities For Careers And Studies
The body is made up of innumerable distinct systems, and medicine is a large field. Students studying biomedical sciences have many options for specializing. Pick from disciplines including zoology, pharmacology, psychology, pharmacology, anatomy, and physiology. This degree might be right for you if you’re interested in the science of medicine but aren’t sure you want to be a doctor.
- Help Yourself And Others.
Many career possibilities that result from pursuing a degree in biomedical sciences assist in providing care for the sick. The information you learn from such a degree also encourages leading a healthy lifestyle for yourself while also supporting friends and family members.
- Good Prospects For Graduates
Students studying biomedical sciences have excellent graduate chances. Within six months of graduating, the vast majority of students find further education or professional work.
Masters in Biomedical Science
What Is A Masters In Biomedical Science?
The Masters in Biomedical Science degree program uses cutting-edge biological technologies, research, and analysis to advance human health. The curriculum offers instruction in quantitative data analysis, mathematical modeling, systems analysis, and informatics to students whose undergraduate degrees are in the fundamental life sciences (such as biology) or paramedical fields. The application of quantitative analysis and fundamental biological research to human health is the focus of the large area of biomedical science.
Coursework & Curriculum
The masters in biomedical science is worth it because the education required to become proficient in the life sciences is offered as part of the core curriculum. Students majoring in biomedical science gain depth in the processing and display of biomedical information as well as the modeling of biological systems.
The capacity to combine elements of physiology and molecular biology with quantitative analysis, mathematical modeling, and computer processing to produce a systems approach to biomedical research and applications is a distinctive feature of the biomedical sciences program. Biological Controls Systems, Genome Information Engineering, Pharmacogenomics, and Chrono Bioengineering are examples of elective courses that highlight the School’s emphasis on transdisciplinary approaches to the most recent biological and medical research.
Core Curriculum
- Mathematics for Biomedical Science I
- Mathematics for Biomedical Science II
- Mathematics for Biomedical Science III
- Biomedical Statistics
- Principles of Systems Analysis Applied to Biomedicine I
- Principles of Systems Analysis Applied to Biomedicine II
- Experimental Design in Biomedical Research
- Biomedical Ethics and Law
- Biocomputational Languages
- Seminar x Three Terms
Requirements
The majority of the 45-course credits required for the master’s in biomedical science are three credits apiece, and the core requirements can typically be finished in two years. Although a thesis is advised, there is also a Non-Thesis alternative available.
Areas of Specialization
The masters in biomedical science is worth it because students have the option of pursuing a dual-degree MS program or specializing in a field such as biomaterials and tissue engineering, bioinformatics and systems biology, neuroengineering and neuroscience, or biomechanics and human performance. After receiving their master’s degrees in biomedical science, students frequently continue their clinical training in the fields of medicine, dentistry, or veterinary medicine, pursue additional graduate work toward a Ph.D., or find employment in the private sector in industries like healthcare, pharmaceuticals, biotechnology, medical devices, etc.
What Will Be Studying For The Biomedical Science Master’s (Msc) Program?
Most biomedical science students select a specialization throughout their Master’s program, while a wide degree is still a possibility. Your undergraduate course preferences will likely match your postgraduate course preferences. If you studied genetics in-depth for your Bachelor’s, for instance, choosing a Master’s program that significantly emphasizes genetics will be easier than if your past interests were elsewhere.
This is an excellent opportunity to consider where you want your career to go because the Master’s program you choose will have a big impact on it. In the same way, if you want to pursue a Ph.D., you must make sure that your MSc is relevant to the type of work you wish to conduct. Therefore, when choosing a Master’s program to apply to, pay close attention to the course content outlined in the curriculum.
Like undergrad courses, postgraduate courses are typically one or two years long and combine classroom and lab instruction. To be eligible for an MSc, you typically need to have earned a strong final grade in your BSc degree. That often refers to a Bachelor’s degree with an upper second-class (or “2.1”); in other nations, the requirements may be different.
Career options for master’s in biomedical science
- Biochemists and Biophysicists
The typical educational requirement for biochemists and biophysicists is a Ph.D., but there are entry-level roles open to holders of a bachelor’s or master’s degree. People having training in biomedical sciences, like chemists, can work as biochemists or biophysicists who specialize in medicine. To comprehend how biological processes function and how other substances, such as pharmaceutical medications, may alter them, scientists examine the chemical and physical aspects of those processes. They might contribute to the research of diseases, the creation of techniques for testing for genetic problems, and other aspects of medicine. They document all of their discoveries in thorough scholarly papers and publications.
Biomedical engineers and other entry-level scientists working in the medical industry can pursue jobs with a master’s degree in biomedical sciences. These jobs can be pursued professionally or until a student obtains a higher degree.
- Epidemiologists
Although additional degrees are prevalent, epidemiologists must possess a master’s degree at the very least. These professionals will benefit from having a foundation in biomedical sciences as they investigate human diseases and other medical disorders to spot any trends or particular causes. They may collect data through surveys, interviews, or sample collection to evaluate it and come to conclusions for health officials and policymakers. Many of these specialists have a particular area of expertise, such as infectious diseases, mental health, or environmental health, and their findings may have an impact on public health policies and/or initiatives.
- Natural Sciences Managers
Managers in the natural sciences must have years of job experience in addition to a degree in the sciences, whether it be a bachelor’s, master’s, or doctoral level. Since these managers typically supervise teams of scientists in their specific area as they collaborate on a project, a master’s degree in biomedical sciences could lead to a management post with a biomedical research firm. Keeping projects on schedule and under budget, communicating with clients about any progress, and ensuring that all lab procedures are strictly adhered to are all tasks that natural sciences managers are tasked with performing. They may assist or instruct scientists in the lab, but they also carry out managerial and administrative duties, such as creating project goals and keeping inventories.
- Chemists
Chemists can start their careers with a bachelor’s degree, but to work in research they often need a master’s or doctoral degree. Biomedical scientists may choose to work as forensic or organic chemists who analyze biological materials, or as medicinal chemists who assist in the development and testing of novel medications. Chemists generally perform research projects and experiments to examine chemicals and other substances at the molecular level to better understand how the material functions, its potential applications, and whether it is secure for use in various roles. Chemists document their discoveries in academic journals and technical reports.
- Biomedical Engineers
Even though they typically have at least an undergraduate engineering background, some biomedical engineers need a master’s degree. A master’s in biomedical sciences could aid these experts as they develop various biomedical equipment. They may create artificial organs, software, medical diagnostic machines, and other biomedical equipment, then install and manage it. Typically, biomedical engineers are required to make sure that the equipment is safe to use and to train healthcare workers on how to utilize it. Many of these experts engage in research as well and may publish their findings in academic journals geared toward other scientists, engineers, and healthcare professionals.
Biomedical Science Vs Medicine
Maybe you’ve considered studying medicine or biomedical science if you’re passionate about the healthcare business in general, about saving lives, or about creating novel treatments for diseases.
But how do the two fields differ from one another? And how do you make your decision? Here are a few of the key distinctions between biomedical science and medicine.
| Parameters | Biomedical science | Medicine |
| Biomedical science focuses on the development of treatments while medicine deals with disease diagnosis and patient care. | Biomedical science is focused on investigating and researching the human body to advance medical science. To better understand a wide range of illnesses that may be employed in the creation of novel medications and therapies, biomedical professionals perform research and tests. | In medicine, a disease, sickness, or damage is identified, treated for, and prevented using science and knowledge of the human body. Doctors directly affect the lives of their patients by using their scientific expertise to treat them. |
| Compared to biomedical science, the curriculum for a medical degree is more thorough. | Comparatively, the biological science program has a very typical layout. Although you will spend some time studying research techniques and performing lab work, the majority of your study will take place in a classroom. There will be practical attachments and internships, but they won’t be as extensive as clinical training in medicine. | Typically, the medical program is broken up into two distinct sections. Pre-clinical training, which takes up the majority of the first phase, will teach you the fundamentals of medical science through courses in anatomy, biochemistry, pharmacology, and other related topics. As you concentrate on the theoretical side of medicine, learning happens in a classroom context. You will then proceed to the second phase, where you will start your clinical training. You can anticipate doing clinical rotations as a medical student at hospitals and clinics, where you’ll put what you’ve learned thus far into practice. You will gain experience working in several departments, including surgery, pediatrics, and internal medicine, and you will learn how to interact with patients. |
| Doctors treat patients, whereas biomedical researchers work in laboratories. | Biomedical scientists usually carry out experiments in labs or perform tests in support of disease diagnosis or treatment. Your daily work will need you to use computers, microscopes, and other cutting-edge lab equipment. This makes it a fantastic profession for those who are introverted and like to work alone. | A profession as a doctor is normally the result of a medical degree. Regardless of your position or area of medicine, you will frequently interact with patients. To do this, it is necessary to carefully listen to patients to comprehend their symptoms, clearly explain treatments or medical procedures, and possibly deliver unfavorable news in an empathic way. This makes it a fantastic choice for those who enjoy interacting with others. |
| To practice medicine, you must have a license, and biomedical science supports postgraduate education. | The path to becoming a biomedical scientist is less difficult in comparison. After graduation, you can begin practicing your craft without really needing any additional qualifications. To advance in your profession as a biomedical scientist, it is suggested that you acquire a postgraduate degree. | The road to becoming a doctor is long and difficult, but it is inevitable given that you are directly in charge of saving lives. |
Conclusion
Is A Masters In Biomedical Science Worth It?
This question was asked in the introductory part of this article, and Yes, a masters in biomedical science is worth it since it offers a variety of exciting employment options for those who appreciate science and are motivated to work hard to advance in their careers.
It is also appropriate for those with a strong interest in research with a focus on human disease and functions in health. Do not be concerned that biomedical science is uninteresting.
Biomedical science is developing and moving forward at a dizzying pace, with discoveries and scientific breakthroughs occurring frequently. It is a very exciting and engaging industry to start a career in just because of this.
Graduates of biomedical sciences contribute significantly to the improvement of human health by performing studies that do so.
Frequently Asked Questions (FAQs)
Is Biomedical Science On Demand?
- Though there are still few career opportunities in some specialized fields, skilled biomedical professionals are nonetheless in high demand. Those who are interested in product development or training and education frequently have other job options.
Does The Field Of Biomedical Science Have A Future?
- Biomedical research is quickly evolving, with new professions and distinct specialties emerging all the time. The primary employment path for biomedical graduates is in laboratory-based research positions, which include jobs like microbiologist, forensic scientist, and biomedical scientist.
Are Biomedical Scientists Employed By Hospitals?
- Though many of them work in clinical pathology labs within hospitals, biomedical scientists often hold research and development positions in academic institutions or pharmaceutical companies rather than in a medical setting.
You can also read, “Is A Masters In Biology Worth It In 2022?“
