Fluid Power Automation, 30 op
Opintokokonaisuuden tyyppi
Advanced Studies
Yhteyshenkilö
Jouni Mattila, Reza Ghabcheloo, Kalevi Huhtala, Seppo Tikkanen
Osaamistavoitteet
| - | After completed the study module
- student is familiar with different applications where fluid power is used and has knowledge of the fluid power automation and the control possibilities of it. - is able to design, model, simulate and control fluid power automation systems - is able to apply his/her knowledge to stationary and mobile hydraulic components and systems and to electrohydraulic components and systems After completed the study module student is able to do master thesis. |
Esitietovaatimukset
| Opintokokonaisuus | Opintopisteet | P/S |
| 30 op | Advisable | |
| 27 op | Advisable |
IHA-1102 Hydrauliikan ja koneautomaation perusteet ( Mandatory )
IHA-2101 Hydraulitekniikka ( Mandatory )
ASE-1130 Automaatio ( Mandatory )
Sisältö
Pakolliset opintojaksot
| Opintojakso | Opintopisteet | Vuosikurssi |
| IHA-2306 Mobilehydraulics | 5 op | IV |
| IHA-2506 Electrohydraulic Servo Systems | 5 op | IV |
| IHA-2609 Modelling of Fluid Power Components | 5 op | IV |
| IHA-3307 Model-based Real Time Control and Rapid Prototyping | 5 op | V |
| Yhteensä | 20 op |
Täydentävät opintojaksot
Should be completed to the minimum study module extent of 30 ETCS
| Opintojakso | Opintopisteet | Vuosikurssi |
| ASE-9416 Discrete Automation Systems | 4 op | IV |
| DEE-33036 Electric Drives | 5 op | V |
| IHA-1701 Hydrauliikan ja koneautomaation mittaukset ja analysointi | 5 op | IV |
| IHA-2240 Teholähteet | 3 op | III |
| IHA-2576 Digital Hydraulics | 5 op | IV |
| IHA-2586 Advanced Course in Digital Hydraulics | 6 op | IV |
| IHA-2706 Modelling and Real Time Simulation in Machine Automation | 5 op | IV |
| IHA-2807 Project Work in Fluid Power Automation | 5-7 op | V |
| IHA-4206 Mechatronics and Robot Programming | 5 op | V |
| MEI-56306 Robotics Project Work | 6 op | V |
| MEI-71056 Control of Mechatronic Systems | 5 op | IV |
Lisätiedot
Fluid power study module gives the advanced knowledge of fluid power and automation and gives readiness to design, model and simulate these systems. The studies introduce student to non-road mobile machine hydraulics and hydraulic servo systems and control of such systems.