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Opinto-opas 2014-2015
Fluid Power, 30 op |
Opintokokonaisuuden tyyppi
Advanced Studies
Yhteyshenkilö
Erno Keskinen, Kalevi Huhtala
Osaamistavoitteet
| - | After completed the study module student is able to apply knowledge to stationary and mobile hydraulic components and systems and to electrohydraulic components and systems. |
| - | After completed the study module student is able to design, model and simulate fluid power systems. |
| - | After completed the study module student is able to do master’s thesis. |
| - | After completed the study module student has deepen knowledge of the fluid power and the control possibilities of it. |
| - | After completed the study module student is familiar with different applications where fluid power is used. |
| - | After completed the study module student has ability to start post-graduate studies. |
Esitietovaatimukset
| Opintokokonaisuus | Opintopisteet | P/S |
| 25 op | Mandatory |
Sisältö
Pakolliset opintojaksot
| Opintojakso | Opintopisteet | Vuosikurssi |
| IHA-2306 Mobilehydraulics | 5 op | IV |
| IHA-2406 Fluid Power Applications | 7 op | IV |
| IHA-2576 Digital Hydraulics | 5 op | IV |
| IHA-2606 Modelling of Fluid Power Components | 5 op | IV |
| Yhteensä | 22 op |
Täydentävät opintojaksot
Should be completed to the minimum study module extent of 30 ETCS
| Opintojakso | Opintopisteet | Vuosikurssi |
| IHA-1700 Hydrauliikan ja koneautomaation mittaukset | 5 op | IV |
| IHA-2350 Hydrauliset konemekanismit | 5 op | IV |
| IHA-2376 Simulation of Machine Systems | 6 op | IV |
| IHA-2500 Sähköhydrauliset servojärjestelmät | 5 op | IV |
| IHA-2580 Digitaalihydrauliikan jatkokurssi | 6 op | IV |
| IHA-2700 Hydraulijärjestelmien mallintamisen ja simuloinnin jatkokurssi | 5 op | IV |
| IHA-2806 Project Work in Fluid Power Automation | 8 op | V |
| IHA-3150 Automaatio työkoneissa | 5 op | IV |
| MEI-66300 Vesihydrauliikan komponentit ja järjestelmät | 5 op | IV |
Lisätiedot
Fluid power study module gives the advanced knowledge of fluid power and gives readiness to design, model and simulate these systems. The studies introduce student to digital hydraulics, off-road vehicle hydraulics and hydraulic servo systems.