Welcome to the VIRENAM Lab

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We explore how machines and structures move, vibrate, and respond to the world around them from the tiniest micro-scale devices to large industrial systems. As modern engineering pushes for lighter, faster, and more flexible designs, these systems often show complex behaviors called nonlinear dynamics. Understanding and controlling these behaviors is key to making engineering systems safer, smarter, and more reliable.

we design accurate models, develop advanced control strategies, and use cutting-edge experiments to study:

• Flexible robots and their precise motion control

• MEMS devices for sensing and actuation

• Rotor and micro-dynamics in complex machinery

• Energy harvesting systems using smart materials

• Vibration and stability in lightweight structures

Our mission is to turn fundamental insights into practical solutions, advancing technologies that serve industry, research, and society.

Tagline: Advancing Robotics, MEMS, and Nonlinear Dynamics for a Smarter Tomorrow.