SUPERVISORS |
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| Supervisor - 1 | Dr Lim Tau Meng |
| Supervisor - 2 | - |
DETAILS |
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| Proj No | A058 |
| Title | Transcutaneous energy transfer (TET) system |
| Objective | A prototyped transcutaneous energy transfer (TET) system has been developed by past FYP student to power implantable devices such as artificial hearts. Transcutaneous coupling of power to these implanted devices remains a favorable alternative as percutaneous lines are avoided in order to eliminate the potential of infection and allow patient mobility. |
| Scope | In vitro, in vivo and human cadaver studies of the axial flow pump ventricular assist device TET have demonstrated that power can be transmitted over a range of skin thicknesses of 3-15 mm. The TET is a feasible alternative for tether-free power transmission. Further studies on the system power transfer efficiency for power demands from 5 to 70 W are required. Care must be taken to ensure up to 40 W of power can be delivered to an implanted load without the tissue-contacting surface of the coil exceeding 42 degrees C. |
| Prerequisites | - |
| Area - 1 | Mechatronics |
| Area - 2 | Measurements |
| Area - 3 | Design |
| Category | Design and Development |
| SRP | - |
| Stream | Mechatronics |
| ISP | No |
WEIGHTAGE |
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| Literature Survey | 20 |
| Software development | 10 |
| Software Application | 10 |
| Design | 15 |
| Fabrication and testing | 15 |
| Laboratory/site investigation | 20 |
| Numerical analysis and mathematical formulation | 10 |