Official NUC CCMAS syllabus
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Start studying BME 526 free →Computer Aided Design (CAD): Introduction; basic principles of CAD; CAD hardware and software; the drawing tools; design management; introduction to 3-dimensional (3-D) design; 3D modeling; the printing and plotting process. Design of biomedical systems: Use of CAD in the design of medical equipment. Practical applications - Biomedical applications of CAD: applications in medical imaging; applications in medical diagnosis of various diseases e.g. lung diseases, breast cancer, stroke, sleep disorder, epilepsy, liver cancer, microcalcifications, and artery disease. Minimum Academic Standards Equipment The professional skills necessary to practise biomedical engineering can be acquired first and foremost from the training using institutional facilities designed and equipped to stimulate the practice of the profession. It should, therefore, be adequate in quality and quantity.The number of laboratories each department has will depend on the number of biomedical engineering specialty options offered. As an example: 1. A-one- option department is expected to have one standard multi-specialty workshop and one standard inter-disciplinary laboratory. 2. A two- option department is expected to have one standard multi-specialty workshop and two standard specialty laboratories (reflecting the two options). 3. A three- option department is expected to have one standard multi-specialty works
Source: the Nigerian Universities Commission (NUC) Core Curriculum and Minimum Academic Standards (CCMAS). StudyOps loads this syllabus automatically when you study BME 526.