Soumya Sudhakar

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About

Soumya Sudhakar’s research lies at the intersection of robotics, energy-efficient computing, and autonomous systems, with a focus on enabling low-energy robotic platforms to operate sustainably. Her most-cited work, “Balancing Actuation and Computing Energy in Motion Planning” (2020, 13 citations), introduces a novel framework for motion planning that accounts for the often-overlooked energy consumed by onboard computing hardware. This is particularly critical for emerging vehicles like insect-size flyers, chip-size satellites, and high-endurance autonomous blimps, where computational energy can rival actuation energy. By rethinking the trade-offs between these two energy sources, Sudhakar’s contributions pave the way for more efficient, longer-lasting autonomous systems in resource-constrained environments. Her work has been recognized for its potential to transform the design of small-scale robotics and space-based platforms, offering a blueprint for balancing performance and energy frugality. With a growing citation impact, Sudhakar is establishing herself as a key voice in sustainable robotics, bridging gaps between hardware limitations and algorithmic innovation.