- Industrial employment for Biomedical Engineer
- Lecture at the Faculty of Biomedical Engineering, CTU in Prague
- Biomedical Engineering Laboratory
- Petty Officer 1st Class Sean Buckley and two of the three-person Afghan team he mentors stand in the biomedical engineering shop at Afghan National Army Camp Shaheen regional hospital (4632385674)
Volunteer Editor
- This is a wiki project - an open source, free access reference book. Anyone is welcome and encouraged to contribute anytime, anything (as long as it relates to Biomedical Engineering).
- Hanjin Deviasse Toronto,ON,Canada
Table of contents
- Introduction
- Physiological System
- Physiological Modeling and Simulation
- Theory of Bioelectric phenomena
- Bioelectric phenomena(Application)
- Neuro engineering
- Concept of Biomechanics
- Biomechanics II,Biomechanics of Bone and Tissue
- Biomechanics III,Biomechanics of Auditory System
- Biomechanics IV, Biomechanics of Heart and Blood
- Biomechanics V, Biomechanics of Blood and Lymphatic transportation
- Rehabilitation Engineering
- Biomaterials
- Oncology
- Medical Imaging & Analysis
- Biotechnology
- Biosensors & Biochips
- Health Informatics
- Clinical Engineering
- Ethics
- The Technological Tools
- Introduction to Biostatistics with R for Bioengineers
- Introduction of R
- R Language
- R Programming
- R Graphics
- Descriptive statistics with R
- A Probability Model from the Sample Data
- Statistical Inference
- Further reading
See also
- Medical Suction Machines and Aspirators; Operation and Maintenance
- Wikiversity:School:Medicine
Acknowledgements
This Wikibook was inspired by the concept of a Wikibook Class Project and by the good leading example of Embedded Control Systems Design Wikibook.
This article is issued from Wikibooks. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.