As healthcare and medicine in this century becomes more sophisticated, the demand for high skilled biomedical scientists who can perform and analyze a number of technical procedures for screening, maintaining and improving human health keeps growing. Without biomedical science or biomedical scientists, hospital departments like accident, emergency or operation theaters will not be able to function properly. Some of the various roles of biomedical science include tests on patients’ samples, who might have cancer or who have overdosed or suspected of heart attack; tests for blood grouping and emergency transfusion of blood. The successful execution of these key functions in the modern healthcare depends on the biomedical scientist’s efficiency and accuracy, as the lives and treatments of the patients depend on their knowledge and skill. A few of the medical conditions investigated by this science include toxicological study, anemia, diabetes, meningitis, cancer, AIDS, hepatitis and blood transfusion. It also performs an important role in screening of cervical smears, identifying various diseases and viruses and monitoring the medication and treatment’s effects. Biomedical scientists learn working with sophisticated automatic equipments, various high tech laboratory equipments, microscopes and computers. Also, a great range of modern and complex techniques are employed by them.
Biomedical Science is a dynamic profession that is continually changing and has a long term career prospect which include, research, management, specialized laboratory work and education. It presents an opportunity for people to put their scientific knowledge into use practically and perform an important role in medical healthcare, thus offering career satisfaction to many in this profession. The skills and qualifications achieved by biomedical scientists are recognized throughout the world. Those who want to pursue the subject of biomedical science and become biomedical scientists have to complete a university science degree on biomedical Science which provides the students basic scientific training and knowledge. After this, they can specialize in one of the laboratory disciplines which include clinical chemistry, medical microbiology, hematology, cytology, histopathology, transfusion science, virology and immunology.
There are several science articles written on each branch of biomedical science. Many such short science articles are also published on websites like explain stuff.
Biomedical science jobs can direct to a wealthy career and profession nowadays in UK. Biomedical sciences are the one of the most and professional jobs oriented sectors in United Kingdom.
What is Biomedical Science and what do Biomedical Scientists do?
Biomedical science is the application of biological science in clinical analysis. Biomedical scientists often work in hospital laboratories where they analyse blood samples, tissues samples, and bodily fluids to diagnose diseases, improve health and monitor the treatment of patients with conditions such as cancer.
Biomedical scientists are an integral part of the health care function and work along side doctors, nurses and other healthcare professionals in the care of patients.
How do I enter the Biomedical science profession?
If you enjoy science and its practical application in healthcare and research, then a qualification in biomedical science may be for you. Students need to study biomedical science at degree level in order to enter the profession. University entrance usually requires ‘A’ levels or equivalent in Biology and chemistry and GCSE level or equivalent in mathematics. Subjects covered at degree level are based on the application of biological science to clinical diagnosis. There are many areas covered that include microbiology, pharmacology, clinical and medicinal chemistry, physiology, pathology, cytology and many more.
What are the job opportunities in Biomedical Science?
Although many biomedical science graduates work in hospitals, many are also employed in the public health, forensics, pharmaceutical, veterinary, and medical research sectors. Many students also use it as a stepping stone for further medical training.
BIOMEDICAL ENGINEERING : The most promising career
Biomedical engineering involves the application of engineering principles and technology products to field of health care .Their job includes developing various medical products like artificial organs, limbs, knees, hips,heart valves and dental implants . They have to use physics , mathematical models, mechanical engineering , electrical engineering as well as chemical engineering .
Biomedical engineers are employed on health care centers, medical equipment manufacturing companies and research departments .
A biomedical engineer have different titles depending upon the job , place of work and skill .These titles are bio engineer , design engineer and clinical scientist .
DUTIES OF BIOMEDICAL ENGINEER:Various activities that a biomedical engineer do are:
1.using computer softwares and mathematical models to develop medical equipments. This can also involve building prototypes , programming electronics as well as trouble shooting problems .
2.coordinating with technicians , manufacturer to develop the final product .
3.collecting data,conducting interviews and conferences to solve problems .
4.working closely with other members of medical fraternity like doctors and therapists to make a product that satisfies everybody’s needs.
5.doing modifications being suggested by professional and patients .
6.making arrangements for conducting the clinical trails .
7.convincing marketing companies and industry to sell the product in market .
8.conducting seminars and exhibitions to present your work before audiences .
9.arranging meeting with senior health care staff to discuss latest finding .
10.helping and training new staff members in using equipment properly .
11.taking measures to prevent safety accidents .
12.reading reports about the latest advancements in this field .
The field of biomedical engineering is an interesting field at the same time a promising career . There are more and more jobs being produced in this field of engineering across the world . Engineers who work sincerely in this field are sure to achieve success in coming years .
Top industries employing biomedical engineers: 2009
Medical equipment and supplies manufacturing: 3,440
Scientific research and development: 2,680
Pharmaceutical and medicine manufacturing: 2,410
Instruments manufacturing: 1,260
General medical and surgical hospitals: 1,200
Source: Bureau of Labor Statistics
With increase in health awareness among the people , there is a growing demand of medical equipments . With this increase in demand of complex equipments , the demand of biomedical engineers is also increasing . According to a survey , more than 26,000 jobs will be produced in this field of engineering by 2018 .
Lots of professional and specialized schools and community colleges provide biomedical engineering training made to express the fundamental understanding of electronics and microprocessors utilized in biomedical devices. A college degree in biomedical engineering provides ambitious biomedical professionals along with standard engineering skills for evaluation, issue fixing, and applying technological innovation to complicated issues that might be experienced with healthcare products and instrumentation.
Learning biomedical engineering creates college students with familiarity with techie health equipment and devices; to utilize some other medical authorities within the layout of instrumentation, products, and software; to produce new treatments; and to carry out investigation that eliminates issues with digital and electric biomedical devices.
Biomedical engineering education and learning consists of tutorials in managing, keeping, and trouble shooting gadgets, for example defibrillators, EKG machines, dialysis tools, and ultrasound exam instruments. Lessons in biomedical engineering grow information via courses in biomaterials, bio-mechanics, medical imaging, treatment engineering, memory foam engineering, and much more.
Various sub-specialties of biomedical engineering give you excellent opportunity to engage your own prospective within your selected market. The real key regions of are: Bioinformatics, BioMEMS , Biomaterials, Biomechanics, Biosignal Processing, Biotechnology, Clinical Engineering, Genomics, Imaging and Image Processing, Information Technology, Instrumentation, Sensors, and Measurement, Micro and Nanotechnology, Neural Systems and Engineering, Physiological Systems and Modeling, Proteomics, Radiology, Robotics in Surgery, and Telemedicine.
To follow a profession with biomedical engineering, you’re looking for no less than four years of university education and learning. You might presume a beginner executive position in the healthcare device or pharmaceutical drug company, a product sales situation for biomaterials and biotechnological business, or a medical engineering position inside a hospital establishing. Post graduating within the same provides more gratifying chances in research and growth for almost any industrial, academic, or federal government setting. A few biomedical engineering students might wish to enter in healthcare or dental school after generating their Bachelor’s degree. You may also act as a obvious attorney to safeguard rational property rights for biomedical inventions.
Biomedical Engineering – engineering having the very sensitive feel is among the professions in engineering that educates you to definitely mix your understanding of biology and treatments with engineering concepts and methods for methods to health and medical connected issues.
