WHAT is Biomedical Sciences? A student's perspective - UTU Masters
post-template-default,single,single-post,postid-28268,single-format-standard,ajax_fade,page_not_loaded,,qode-title-hidden,side_area_uncovered_from_content,qode-child-theme-ver-1.0.0,qode-theme-ver-10.0,wpb-js-composer js-comp-ver-4.12,vc_responsive

WHAT is Biomedical Sciences? A student’s perspective

Considering the International Biomedical Sciences Program at UTU? This one’s for you …
The first reaction I usually get when I tell people what I’m studying is “wow that sounds difficult”. If the conversation comes up again, what they usually remember of my major is ‘Bio something’. The name may sound slightly complicated but in reality the course is interesting and challenging! And I’ve always felt that life is a drab without challenges pushing you forward.
One of my favourite things about UTU is their versatile and unique International master’s degree programs. If you browse through the programs offered, you’ll notice that there are rather distinctive and specialized masters programs. One of the biggest parts of doing a master’s is finding a program which is a right fit for you. While there are many different aspects to consider, I narrowed the three important ones for me being- what I’ve studied before, familiarity and interest in the master’s curricula, and prospective job market for graduates of this master’s program.

The master’s in biomedical sciences degree has four separate tracks – medicinal and radio-pharmaceutical chemistry, drug discovery and development, biomedical imaging and molecular biotechnology and diagnostics. Each of these tracks have different curricula and leads to different kinds of job prospect. As you might have already deduced, the medicinal and radio-pharmaceutical chemistry involves a lot more of chemistry than biology. The program involves studies on structure and reactivity of reactions, reaction synthesis, chromatography methods, and bio-active compound screening among much more. Studies in the drug discovery program is versatile with courses in computer aided drug design, mechanism of action of drugs, and clinical trial design to name a few. Biomedical imaging is another popular track which involves medical imaging, fluorescence studies, biomedical instrumentation and microscopic studies.

The program that I’m studying is the Molecular Biotechnology and Diagnostics track. The track combines studies of molecular biotechnology techniques with studies on the modern day tools utilized in diagnostics. I think that the combination of these two aspects make this program very useful. On one hand, you’re learning about various techniques such as immunoassays, phage display, antibody engineering, sequencing methods while on the other you’re learning about how these techniques are currently being utilized for improving therapeutic and in-vitro diagnostics. The course combines theoretical studies along with hands-on experience of working in the lab. This program is great for individuals interested in joining the biotechnology or IVD industry as well as for those passionate about a career in academic research.

Summarizing a two year master’s program into a couple of paragraphs can be a slightly difficult task and might not paint the entire picture. I’ve tried to narrow it down to some of the important things a potential student might want to know. It’s possible to know more details from the faculty website, or reach out to the helpful admission services at UTU. You’re also welcome to contact me (or any other UTU ambassador) and we’ll always try to lend you a helping hand!

Till next time,


Meghadipa Goswami
No Comments

Post A Comment