Project notes

Search and rescue robot

Exploring robot mobility across stairs and uneven terrain.

Discipline
Robotics
Context
Research
Period
2011–2012
Support
DIPA

The work

I worked on an intelligent search and rescue robot designed to negotiate difficult terrain. Independent leg movements supported stair climbing, while mapping and obstacle-avoidance methods helped the robot interpret its surroundings.

Project contributions & outcomes

  • Investigated independent leg motion for stairs and uneven surfaces.
  • Worked with SLAM and fuzzy-logic obstacle avoidance.
  • Evaluated behavior in simulation and physical robot experiments.

Tools & focus

SLAMFuzzy logicSimulation

Have a role in mind?

Let’s talk about XR, video compression, and graphics systems.

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