Shreyansh Pitroda
Papers
6
Total Citations
18
H-Index
3
About
Shreyansh Pitroda is an emerging robotics researcher specializing in multimodal locomotion, legged-aerial systems, and advanced motion planning for complex robotic platforms. His work centers on pushing the boundaries of what robots can physically accomplish by integrating multiple modes of mobility — combining legged locomotion with aerial thrust to create systems of remarkable versatility and adaptability. Pitroda's most significant contributions revolve around the Husky Carbon platform developed at Northeastern University, a quadrupedal robot equipped with electric ducted fans that enables thruster-assisted locomotion across challenging terrains. His research explores steep incline walking inspired by biological systems like Chukars, narrow-path traversal using thrust vectoring, and dynamic wall-jumping using model predictive control — capabilities that expand the operational envelope of legged robots far beyond conventional limits. His 2023 overview of dynamic multimodal locomotion has garnered 6 citations, reflecting growing community interest in this field. With a cumulative citation count across six publications and contributions spanning simulation, hardware, and control design, Pitroda represents a promising voice in next-generation robot mobility. Students interested in bio-inspired robotics, hybrid locomotion systems, or trajectory optimization will find his body of work both technically rigorous and genuinely forward-thinking.
Research Focus
Key Achievements
Top Papers
- 1Dynamic multimodal locomotion: a quick overview of hardware and control6 citations · 2023
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