The focus of my research is design and control of robotic mechanical systems at large as well as their mechanical components, such as drives and sensors. A major activity here is the development of speed reducers meeting the strict requirements of robotic and mechatronic applications: low backlas...
The focus of my research is design and control of robotic mechanical systems at large as well as their mechanical components, such as drives and sensors. A major activity here is the development of speed reducers meeting the strict requirements of robotic and mechatronic applications: low backlash; low friction; and high stiffness. While meeting these demands is quite challenging, we are trying hard to do much better than gears by means of cam-roller transmissions. On robot design, I stress robustness regarding their kinetostatic, elastostatic and elastodynamic performances. Research in robotic mechanical systems focuses on lower-mobility parallel robots, with special attention to Schoenflies-motion generators, a.k.a. parallel SCARA systems. Research in the areaof design theory and methodology is also underway.