While it takes great interest in biomedical techniques, the field of biomedical science is mostly esoteric and cannot be explained. In this post, guests talk about the discipline name ray (and how it differs from biomedical techniques), what types of work and salaries you can get, cracks in the field, and biomedical science degrees in India and outside. Requires scope.
Biomedical Science Jobs and Careers Opportunity:
This article will focus more on academic and career aspects and work prospects in biomedical sciences.
What is Biomedical Science?
Biomedical science is the field of applied life and natural sciences used to diagnose, prevent, and treat human diseases. Human biology, science pathology, biochemistry, molecular and biological cells, genetics, pharmacology, immunology, applied or clinical chemistry, microbiology, epidemiology, and biological sciences are different streams.
Biomedical science is always changing and dynamic, therefore providing lucrative career opportunities in service to human society, laboratory work specialists, consultant work, research, education, and management. Conclusion Biomedical scientists are very useful in the advancement of modern medicine. However, the subject should not be considered a medical option.
Biomedical Engineering Jobs vs. Research Careers:
The difference between biomedical engineering and biomedical science boils down to engineers and scientists in any field. In biomedical engineering assignments, you will focus on execution, manufacturing, and development. At the same time, the scientist will pay more attention to the investigation aspect.
While biomedical scientists focus more on biology, chemistry, and medicine, they work around equipment and biomedical engineering techniques. Engineers to discover new tools and technology for diagnosis, care, and monitoring diseases, liaison with doctors, doctors, and biological scientists. For the sake of this post, we will not draw on the strict boundaries between biomedical and science techniques.
Biomedical Science Jobs:
Biomedical scientists usually work in the laboratory. They handle organic samples (blood, urine, cells, and networks) and use various laboratory equipment, from test tubes, chemicals, and pipettes to computers and high-tech equipment.
Some of the roles of public work and responsibilities of biomedical scientists are:
testing and screening for lifestyle diseases such as diabetes, cancer, or heart disease; Screening for infectious people such as rubella, hepatitis, or Ebola
Disease, profile, and mechanism of progression and understanding
Find new, effective and innovative ways to detect diseases as quickly as possible (eg, new biomarkers or new methods for detecting biomarkers)
work towards the development and treatment of treatments that can be preventive (vaccines) and/or therapy (drugs and drugs)
Having studied biomedical science (or technology), employed in various job roles in scientific research and development, biotechnology, pharmaceutical, design and drug delivery, medical device manufacturing and supply, and hospital and health care. can do
It is possible to get a place on the four-year undergraduate reception line to study a medical degree for a good degree in Biomedical Science. So you can become a medical doctor (MD), even if you haven't completed your 10+2. After success in the medical entrance examination.
Biomedical Science courses:
A bachelor's degree is required to become a biomedical scientist. The first title could be BSc if a beginner wants to streamline in Molecular Biology, Genetics, Pharmacology, Chemistry, or Biochemistry.
It is always possible to go to the other because it is all related. Or, a B.Sc can also do it. Take in Biomedical Science or a B. For general review about all fields, Biotechnology or Biomedical techniques, or even in Bachelor of Pharmacy (B Pharma). A bachelor's degree can take you to various opportunities, but a master's degree requires better career prospects. If you aim for a scientific and managerial position, you need a Ph.D. or MBA.
Biomedical Salaries, Higher Studies, and Career Growth in India and Abroad:
Getting a job in the biomedical sector is very competitive. Biotech companies and research institutes offer 1.2 - 2.2 lakhs per year in India. However, graduates can get Rs 3 million per annum—package like fresh. Major degree holders will be between 1.8 - 3.2 million per year.
You can also work as a fellow research fellow (JRF) or senior research fellow after clearing the CSIR-NET entrance exam and eventually work towards your Ph.D. JRF can earn 12,000 - 18,000 per month, while SRF can get 25,000 per month. After completing a Ph.D. (it will take 4-6 years in India), you can enter the faculty members involved in teaching and research while producing 4-6 lakhs per year with many benefits.
For better exposure, training, and career opportunities, you can look for a master's degree abroad. Studying scholars abroad is a great option, but it is also expensive. Popular targets for biomedical studies and research are traditional ones such as the US, UK, Australia, New Zealand, Singapore, Canada; NEW (New tuition fees in these countries are very competitive compared to traditional ones in Germany, Netherlands, Denmark, Sweden, Switzerland, Norway, Finland, Belgium, Austria, France, Italy Ireland, Japan, South Korea.
After completing a Bachelors's or Masters's degree in Biomedical Sciences, you can land a job offer of 24,000 to 30,000 Euro per year. In Europe, or USD 45,000 per year. In America. Hence, starting salaries abroad are pretty handsome, and you can expect a salary increase of 5-10% every year. After working as Research Assistant or Staff Scientist, you can also go for MBA (Specialization in Technology Management, Strategic Management, Innovation Management, Marketing, International Business, or Entrepreneurship) if you are doing business with global pharmaceutical and biotech giants. Willing to pursue development and consulting roles. ,
To conduct independent research within an academic setup or aspire to a senior position in a company, or start your own business, a doctoral degree (Ph.D.) is not only easy but is required in most cases. Ideal for registering for a Ph.D. program, you need 1-4 years of quality research experience (and one or two publications) and a master's degree (you can get a 4-year bachelor's degree). During your Ph.D., you can get clean monthly, net monthly 2000 - $2000 - $2,000 - $2600 in other European countries 1100 - 1800 GBP, in other European countries.
To do a Ph.D. abroad takes 3 to 4 years depending on the university, your PhD supervisor, determination, hard work and creativity, and less luck. After completing a Ph.D., you can go to industry or work in academia as a post-doc (researcher or post-doc scientist). As a post-doc, you can expect to receive 40,000 - 50,000 Euros every year. Assistant or associate professorship can take 5–10 years and produce 60,000 - 80,000 euros per year. The industry will pay you 10-20% more at that level.
The blame in the West is that even if your qualification (bachelor's or Ph.D.) is not going to get you permanent jobs (academia or industry) in the first 10-20 years. This will always be a contract-based job. People start with a contract and a maximum contract of 5 years. However, if you put in a lot of effort and end up with some interesting lab findings, you can keep your work with a single employer through a series of contracts. You will get an opportunity to settle abroad during this time.
You can return to India after 3-5 years post as a post-doc (or more time if you want) and join as a group leader or senior scientist in a pharmaceutical/biotech company. At that stage, the industrial package will not be the same as in the West but will be exciting and with good profits. If you are ambitious enough to become the vice president of multinational companies or global research, the EMBA will grow 10-15 years after the Ph.D.
After returning to India, another option is to take up faculty positions with research institutes and universities. You can take Rs 65,000 - 120,000 per month in your career stage. Most importantly, if you get something good (drugs, biomarkers, or technology), you will lead and motivate students with academics; if you get something good (drugs, biomarkers, or technology), you Find that your findings may be outright with patents and licenses. You can also start your start-up based on your search.