Motion Analysis

Studying human movement to enhance performance and rehabilitation.

A laboratory setting featuring a large, square room with padded, soundproof walls arranged in a grid pattern. In the foreground, a large directional antenna or device with wires is positioned on a wooden stand. In the center of the room, blue foam pyramids are arranged on a platform, likely used for acoustic testing, with some red cubes and additional equipment in the background.

A laboratory setting featuring a large, square room with padded, soundproof walls arranged in a grid pattern. In the foreground, a large directional antenna or device with wires is positioned on a wooden stand. In the center of the room, blue foam pyramids are arranged on a platform, likely used for acoustic testing, with some red cubes and additional equipment in the background.

Gait Analysis

Analyzing walking patterns for injury prevention and recovery.

A laboratory setup includes a laser device emitting a blue light, a control box with cables, and a laptop displaying data or software. The components are arranged on a perforated optical table.

A laboratory setup includes a laser device emitting a blue light, a control box with cables, and a laptop displaying data or software. The components are arranged on a perforated optical table.

Prosthetics Innovation

Developing advanced prosthetic solutions for improved mobility.

A laboratory setting featuring a conveyor belt with several test tubes placed upright in holders. The tubes are arranged in a line and have labels with barcodes. The lighting creates a cool blue tone across the surface, suggesting a sterile and clean environment.

A laboratory setting featuring a conveyor belt with several test tubes placed upright in holders. The tubes are arranged in a line and have labels with barcodes. The lighting creates a cool blue tone across the surface, suggesting a sterile and clean environment.

A laboratory setup with a black cylindrical apparatus attached to tubes on the left, a white digital scale displaying '293.2 g' in the center with a transparent beaker containing pink liquid on top of it, a digital thermometer, and a silver-colored laptop with an open screen on the right.

A laboratory setup with a black cylindrical apparatus attached to tubes on the left, a white digital scale displaying '293.2 g' in the center with a transparent beaker containing pink liquid on top of it, a digital thermometer, and a silver-colored laptop with an open screen on the right.

Rehabilitation Technology

Integrating technology to support patient recovery and progress.

Biomechanics Research

Exploring mechanical principles to enhance movement efficiency.

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Research Gallery

Explore our innovative projects in biomechanics and motion analysis.

A person wearing a black shirt is attentively observing a robotic hand. Another individual is partially visible in the foreground, seemingly interacting with the robotic device. The setting appears to be a brightly lit room with large windows in the background.

A person wearing a black shirt is attentively observing a robotic hand. Another individual is partially visible in the foreground, seemingly interacting with the robotic device. The setting appears to be a brightly lit room with large windows in the background.

A person wearing a lab coat and protective goggles is sitting at a table in the forest, using a laboratory microscope. Various scientific instruments and a stack of papers are organized on the table, which is illuminated by dappled sunlight filtering through the trees.

A person wearing a lab coat and protective goggles is sitting at a table in the forest, using a laboratory microscope. Various scientific instruments and a stack of papers are organized on the table, which is illuminated by dappled sunlight filtering through the trees.

A person wearing a lab coat is inspecting a 3D printer in a modern, well-lit laboratory setting. The room has multiple 3D printers placed on shelves, with visible ventilation ducts and a clean, organized environment. The light from the overhead fixtures and windows highlights the mechanical equipment.

A person wearing a lab coat is inspecting a 3D printer in a modern, well-lit laboratory setting. The room has multiple 3D printers placed on shelves, with visible ventilation ducts and a clean, organized environment. The light from the overhead fixtures and windows highlights the mechanical equipment.

Two scientists in white lab coats are working in a laboratory, with one looking through a microscope and the other observing. The lab is equipped with various scientific equipment and supplies, including test tubes, a pipette, and laboratory storage shelves filled with containers and papers.

Two scientists in white lab coats are working in a laboratory, with one looking through a microscope and the other observing. The lab is equipped with various scientific equipment and supplies, including test tubes, a pipette, and laboratory storage shelves filled with containers and papers.

About Biomechanical Lab

Dedicated to advancing biomechanics through innovative research and collaboration in motion analysis and rehabilitation technology.

A robotic arm with a sleek, black design holds a series of lenses that appear to be suspended in mid-air. The background is a stark white, emphasizing the mechanical and sophisticated nature of the robotic technology.

A robotic arm with a sleek, black design holds a series of lenses that appear to be suspended in mid-air. The background is a stark white, emphasizing the mechanical and sophisticated nature of the robotic technology.

A black, mechanical device with a central structure enclosed in a circular frame is set against a gray industrial background. The device appears complex with multiple joints and components, possibly for engineering or robotics applications.

A black, mechanical device with a central structure enclosed in a circular frame is set against a gray industrial background. The device appears complex with multiple joints and components, possibly for engineering or robotics applications.