Biomedical Engineering Technology
One of the advanced degree programs in the field of technology is Biomedical Engineering Technology. It is a revolutionary idea in which chemistry, mechanical engineering, electrical engineering, physics, and computer science knowledge and techniques are combined to solve biomedical problems and diagnose diseases earlier and treat them for example, implants, robots. It also assists students to recognize and critically assess new growing biomedical concerns before developing a more advanced solution. For high-quality research work in laboratories, biomedical engineers frequently collaborate in groups. The ultimate purpose is to stimulate research, boost the healthcare sector, and provide services to humanity.
- Biomedical Signal Analysis
- Biomedical Electronics
- Clinical equipment
- Basic mechanical technology
- Linear circuit analysis
- Basic Biology
- Applied Physics
- Applied Mathematics
- Intermediate ( FSc pre- medical or equivalent).
- 50% marks in previous degree.
- Passing marks in Entry test.
The scope of Biomedical Engineering is constantly growing because it is a diverse and innovative applied discipline. Because of the tremendous expansion in the world’s population, the health sector is overburdened; as a result, there is a need for faster diagnosis and treatment of ailments and patient convenience. Biomedical engineers play an essential role in achieving this goal. National and worldwide health institutions, biomedical research centers, hospitals, and other organizations hire biomedical engineers. It’s a multidisciplinary program that calls for passion, perseverance, and critical thinking, as well as intriguing employment options and even leadership roles in biomedical initiatives. In the private medical sector, where a wide range of biomedical engineering products is synthesized, skilled biomedical engineers are in demand. For example, Synthetic heart vessels, silicone bionic hands and feet, diagnostic kits, implants, and prosthetic skin. The following are some healthcare market domains where graduates can apply for high-paying job opportunities:
- Research and development.
- Equipment testing and field servicing.
- Clinical patient evaluation.
- Technical documentation.
- Software and hardware engineering.
- Medical device industry.
- Innovative design and development.