Papers
12
Total Citations
175
H-Index
6
About
Alina Voda is a distinguished researcher whose work spans robotics, mechatronics, and control systems engineering, with particular expertise in nano-robotics and automated manufacturing systems. Her research has made significant contributions across two complementary domains: the precise control of nano-scale robotic systems and the modeling and optimization of intelligent assembly/disassembly lines. In the realm of nano-robotics, Voda has pioneered control strategies for SEM-integrated nano-robotic systems, developing innovative mixed stepping/scanning mode controls and H∞ robust control frameworks that enable dexterous manipulation at the nanometer scale — work that has attracted 54 and 10 citations respectively, reflecting its importance to the nanotechnology community. Her contributions help address one of the most technically demanding challenges in modern robotics: achieving reliable, precise actuation within scanning electron microscopes. Equally impactful is her work on intelligent manufacturing systems, where she has developed hybrid Petri net models and task planning algorithms for mechatronics lines served by mobile robots with manipulators, earning 46 and 26 citations. Her earlier contributions to robust digital control of flexible structures further demonstrate her breadth in control theory. Collectively, Voda's research provides foundational tools for advancing both precision nano-manufacturing and adaptive automated production systems.
Research Focus
Key Achievements
Top Papers
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- 3Task Planning Algorithm in Hybrid Assembly/Disassembly Process26 citations · 2012
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