Christian Tirtawardhana
Papers
6
Total Citations
109
H-Index
5
About
Christian Tirtawardhana is a robotics researcher whose work sits at the intersection of aerial robotics, bio-inspired design, and infrastructure automation. He is best known for pioneering novel climbing aerial robot systems, most notably through CAROS-Q—a coaxial rotorcraft with a quasi-decoupling controller that enables stable adhesion to vertical surfaces for building inspection and maintenance. His highly cited 2022 survey on robotics for civil infrastructure inspection (53 citations) has become a foundational reference in the field, mapping the growing demand for autonomous inspection of high-rise structures. Tirtawardhana also advances control theory by combining deep reinforcement learning with nominal controllers (Retro-RL) for tilting-rotor drones, addressing the stability challenges of complex flight tasks. Beyond aerial systems, his bio-inspired work includes the Mole-Bot, an underground exploration robot that mimics burrowing animals, and a novel drill-bit-limb hybrid mechanism for shallow drilling. With publications spanning IEEE journals and international conferences, Tirtawardhana’s research demonstrates a rare ability to bridge theoretical control frameworks with practical, field-deployable robotic systems—making him a rising voice in the future of autonomous infrastructure and environmental monitoring.
Research Focus
Key Achievements
Top Papers
- 1Survey of robotics technologies for civil infrastructure inspection53 citations · 2022
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