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Is Biomedical Engineering a good Major?

Biomedical Engineering (BME) is the application of engineering principles in biological and medical problems to help improve health care. Biomedical engineering techniques are evident throughout modern healthcare, from diagnosis, analytical treatment, and recovery methods to public consciousness and general health awareness; through the invention of implantable medical devices, such as artificial hips, a more futuristic technological approach led to the invention of stem cell engineering and the 3-D printing of biological organs. Thanks to biomedical discoveries, these are new advanced ways of studying and better understanding the way the biological system works.

Engineering is an innovative field of study developed from basic ideas and led to the invention of much-advanced automobiles, aerospace, skyscrapers and sonar technologies. In the same sense, Biomedical engineering focuses on applying these ideal logical advances to improve human health and health care at all levels through the invention of such technologies.

Why Study Biomedical Engineering?

A biomedical engineering major uses scientific and engineering techniques to find innovative solutions to concerning issues in medicine and biology. Students are taught about economic, social, global and environmental factors affecting our daily lives and possible solutions. As an interdisciplinary course that explores various subjects and topics blended to provide students with theoretical advances that would help enlighten them more. 

Students who Major in biomedical engineering are taught to pair biological science with engineering principles to design medical devices and therapeutic solutions. Students carry out experiments, analyze and interpret data, and then apply engineering principles to judge the results and come up with conclusions based on the results. Biomedical engineering collaborates with various other fields to achieve the optimum academic curriculum that best benefits students.

Biomedical engineering careers offer exciting opportunities to work on the cutting-edge of medicine and technology. Rapid bioengineering advances are being made in artificial organs, implants, bionic arms and life-saving medical equipment. Biomedical engineers contribute to society by introducing medicines, machines and devices that help physicians diagnose and treat patients with disease conditions, injuries or disabilities.

Benefits of Studying Biomedical Engineering

Biomedical engineering applies engineering principles to create solutions for biological problems; by combining science, engineering, technology and medicine, it can create innovative tools, devices or processes for a wide range of uses related to improving human health.

On the Student

As a biomedical engineering student, you will have a combined knowledge of biological, chemical and computer science with engineering principles. This gives students the unique opportunity to explore engaging aspects of different fields to make a United discipline. 

On our Society 

The combination of traditional engineering with health has become a more useful tool in recent years; with the incredible rise of technology, and medical resources, Biomedical Engineering has been able to break into the next lev of human development. Through the advances in healthcare tools, devices, and software, man has conquered many healthcare problems, providing solutions that have made the world safer and more productive.

Career Opportunities in Biomedical Engineering

Biomedical Engineering has its industrial sectors, which offer interesting challenges and high salaries. Biomedical engineers work on research and development of new medical devices such as diagnostic equipment and artificial body parts like kidney and heart organs. Biomedical engineering attracts an average annual salary of ​$104,010​ as of 2020, according to the Bureau of Labor Statistics, and is continuously growing as the work advances. Career opportunities in biomedical engineering include;

  • Bioengineering 
  • Software Development
  • Tissue Engineering
  • Medical Laboratory Scientist
  • Biomedical Engineer Manager
  • Manufacturing Engineer
  • Neuroscientist 
  • Rehabilitation Engineer
  • Scientific Consultant

Biomedical Engineering is a futuristic Major that provides many opportunities in the science and tech space for students considering a major in it. It exposes you to advanced scientific models, artificial intelligence, advanced transplants, artificial organs and many other nanotechnologies.

What do you think?

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