Course Description
Fundamentals of Biomedical Engineering
Discover the development of modern medical solutions through bioinformatics and advanced research in this free course. Medical breakthroughs have resulted from the integration of biology, engineering, and medicine. This course explores ongoing biomedical engineering research that addresses the growing demand for advanced healthcare solutions. You will study bioinformatics, biomedical engineering, genetic analysis, phylogenetics, and advanced genomics and pathway analysis. Enroll now to be part of innovative medical research and contribute to modern healthcare.
The Fundamentals of Biomedical Engineering course at Alison is listed in Courses.ie's national courses finder.
| Training Provider | Alison |
| Course Type | Online Learning |
| Course Qualification | CPD Certificate |
| Course Duration | 3-4 hours |
| Course Fee | Free |
| Entry Requirements | Like all courses on the Alison Free Learning platform this is a free, CPD-accredited course. A Graduate can choose to buy a certificate or diploma upon successful completion of a course, but this is not required or necessary. At Alison we believe that free education, more than anything, has the power to break through boundaries and transform lives. Alison is the world’s largest free online empowerment platform for education and skills training, offering over 5000 CPD accredited courses and a range of impactful career development tools. It is a for-profit social enterprise dedicated to making it possible for anyone, to study anything, anywhere, at any time, for free online, at any subject level. Through our mission, we are a catalyst for positive social change, creating opportunity, prosperity, and equality for everyone. |
| Career Path | What You Will Learn In This Free Course • Define bioinformatics and state its core principles • State the challenges of Sequence alignment and database searching • Recall some ethical considerations in biomedical engineering • Identify the algorithms used for sequence alignment • Outline the various methods of predicting the structure of protein • Define phylogenetic analysis and explain various phylogenetic reconstruction methods • Recognize the different techniques for analyzing gene expression • Outline the platforms and technologies used in NGS and the challenges associated with NGS • Summarize the steps for interpreting pathway analysis results • State the techniques for identifying key pathways in biological data • Explain Systems biology and state the approaches to modeling biological networks • Discuss the various types of machine learning used in bioinformatics |
| Course Code | 7338 |
For more information about Alison, please visit our College page on Courses.ie by clicking here.
