TRS-DSAI 2026TRS-DSAI 2026
Illustrative AI-generated visualization — not actual event footage

On the floor

Hands-on Experience

Alongside the talks, six industry partners run live exhibitions and hands-on sessions covering motion capture, biomechanics, EMG sensing, robotic manipulation, and computer vision.

MathWorks logo

MathWorks

MathWorks makes MATLAB and Simulink, widely used platforms for numerical computing, algorithm development, and model-based design across engineering and robotics. The session will demonstrate how these tools apply to robotics workflows — from control system design through simulation to deployment on real hardware.

Edutech logo

Edutech

Edutech designs and builds hands-on STEAM learning spaces, engineering labs, and technology-based learning solutions for schools, universities, and industry, with a presence across the Middle East and India (Edutech India). Their work spans lab design and fit-out, curriculum development, and edtech platforms for immersive and technology-driven learning. The session covers how their STEAM space and lab design approach supports hands-on technical education.

Delsys logo

Delsys

Delsys designs high-fidelity wearable EMG (electromyography) sensors used to measure muscle activity with research-grade precision. Their systems support biomechanics, rehabilitation science, and studies linking human muscle signals to robotic control. Expect a hands-on look at surface EMG acquisition and how it feeds into human-robot interaction research.

Qualysis logo

Qualysis

Pukhya provides advanced motion capture systems that track human and object movement with high spatial precision. Their technology is used in biomechanics, sports science, and robotics research that needs accurate 3D motion data. Expect a live demo of their motion capture setup and how the captured data is analyzed.

Vicon logo

Vicon

Vicon is a long-established provider of optical motion capture technology, used across engineering, life sciences, and entertainment applications where precise 3D movement data matters. Their camera-based systems deliver sub-millimetre tracking accuracy for biomechanics, robotics, and animation research. The session covers how their motion capture pipeline goes from raw camera data to usable motion analysis.

Noraxon logo

Noraxon

Aerobe provides wearable sensor systems for biomechanics, EMG, and human performance analysis, used across clinical research, sports science, and ergonomics. Their tools measure how the body moves and generates force. The session covers how these measurements inform human-centered robotics research.

Nugenix logo

Nugenix

Nugenix Robotics works on robotic manipulation, ROS-based systems, and intelligent automation. Their session offers hands-on exposure to robotic arms and manipulation tasks built on the Robot Operating System (ROS) — a practical look at how manipulation pipelines come together.

Labellerr AI logo

Labellerr AI

Labellerr AI builds tools for computer vision data annotation and AI model training pipelines, helping teams label, manage, and iterate on the datasets used to train vision models. The session walks through how quality data annotation supports robust computer vision systems for robotics.

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