Structures-Computer Interaction Lab of UCLA

Our lab has an undergraduate research opportunity at the intersection of experimental mechanics, robotics and machine learning. More details are available here https://lnkd.in/gH7ADcd8

Our lab has an undergraduate research opportunity at the intersection of experimental mechanics, robotics and machine learning. More details are available here https://lnkd.in/gH7ADcd8

Our lab has an undergraduate research opportunity at the intersection of robotics and structural mechanics. Details available here: https://lnkd.in/gH7ADcd8

Our lab has an undergraduate research opportunity at the intersection of robotics and structural mechanics. Details available here: https://lnkd.in/gH7ADcd8

In addition to fish-like movement, Jin Qi is also helping design a soft robotic actuator for gripping objects. This project highlights the potential of soft robotics in safe, adaptive interactions - especially where traditional rigid robots fall short. (Jin Qi 3/3)

Jin Qi is working with PhD student Zhuonan Wang on a cable-driven soft body robot inspired by fish movement. The goal is to better understand how soft materials can be actuated to create fluid, biomimetic motion in underwater environments. (Jin Qi 2/3)

This week, we’re featuring Jin Qi Chong, a freshman in Electrical Engineering at UCLA. Originally from Singapore, Jin Qi is passionate about soft robotics and how they can be applied to real-world tasks in daily life. (Jin Qi 1/3)

She’s developed an automatic differentiation pipeline connecting JAX, TensorFlow, and C++ to compute gradients and Hessians for energy modeling and contact detection. Next up: deploying these tools in the C++ simulator for benchmarking across robotics and graphics applications. (Jinying 3/3)

Jinying is working with PhD student Esther Gérard on the DisMech project, which develops high-accuracy simulation tools for modeling elastic rods and deformable bodies. Her current focus: building fast, differentiable pipelines to make physics-based simulations more computationally efficient. (Jinying 2/3)

To align stereo and LiDAR data, Anirudh is developing a sensor calibration system. By using real-world markers, he determines the rotation and translation needed for accurate mapping between camera and LiDAR frames - enabling more precise 3D scene reconstruction. (Anirudh 3/3)