Biomedical Engineering
About Biomedical Engineering
The application of engineering concepts and design principles to biology and medicine for healthcare reasons is known as biomedical engineering or medical engineering. Biological engineering is also referred to as "bioengineering," another BME name.
Why is Biomedical Engineering important?
From 2016 to 2026, it is anticipated that the employment of biomedical engineers will increase by 7%, which is approximately average for all occupations. Because of the expanding opportunities presented by new technologies and the growing number of applications to medical equipment and systems, biomedical engineers are anticipated to experience an increase in employment.
Excellent perks are offered to biomedical engineers. These include retirement plans, health insurance, paid time off, sick leave, and dental coverage. There may also be life insurance and vision coverage.
Who should take the Biomedical Engineering Exam?
- Biomedical Enthusiasts
- People who want to start a career in Biomedical Engineering
- Bioelectrical Enthusiasts
- Electrical Engineers
- Electrical Engineer Students
- Biomechanical engineering students
- Biomedical Engineering students
- Bioelectrical Engineering students
Biomedical Engineering Certification Course Outline
- Anatomy
- Bioinstrumentation
- Signal processing
- Biomedical Image Processing
- Biomechanics
- Biomaterials
Certificate in Biomedical Engineering FAQs
What is the primary purpose of the Biomedical Engineering Certification Exam?
The exam is designed to assess a candidate’s ability to apply engineering principles to medical and biological problems, ensuring readiness for roles in medical device design, clinical engineering, or biomedical research.
Do I need a degree to take the certification exam?
While a degree in biomedical engineering or a related field is not always mandatory, candidates should have equivalent academic or professional experience to succeed in the exam.
What topics are covered in the exam?
The exam includes topics such as human anatomy and physiology, biomaterials, biomedical instrumentation, medical imaging, biomechanics, signal processing, and regulatory standards.
Is the exam theoretical, practical, or both?
Most versions of the certification include both theoretical multiple-choice questions and practical assessments such as case study analysis, project design, or system simulation.
How long is the Biomedical Engineering Certification Exam?
Exam duration varies by institution but typically ranges from 2 to 3 hours for the written component, with additional time allocated for practical or project-based evaluation.
What is the difficulty level of the exam?
The exam is designed for individuals with intermediate to advanced knowledge in biomedical engineering, and is comparable in rigor to final-year undergraduate or early graduate-level coursework.
Are there any preparatory resources or courses available?
Yes, many institutions offer prep courses, mock tests, and study guides focused on medical device design, biosignal processing, and regulatory compliance.
Can I take the exam online?
Depending on the certifying organization, the exam may be offered either online with proctoring or in-person at authorized testing centers.
What is the passing score for the certification exam?
The passing score is typically set between 60% and 75%, depending on the structure and scoring policy of the certifying body.
Will this certification help me secure a job in the biomedical industry?
Yes, the certification serves as a strong credential that demonstrates your competence and commitment, enhancing your employability in roles related to biomedical design, research, or clinical technology management.