Harvard University

The RoboBee’s diminutive size and insect-like flight prowess offer intriguing possibilities for future applications.

Researchers at Harvard John A. Paulson School of Engineering developed a soft exoskeleton to help a person with Parkinson’s walk without freezing.

Researchers at Harvard have created a tentacle-like gripper that can grasp irregularly shaped or soft objects without damaging them. 

The bioinspired system uses ultrasound measurements of muscle dynamics to develop a personalized and activity-specific assistance profile for users of the exosuit.

In his RoboBusiness Direct session, recognized Harvard University professor Conor Walsh will examine how his team or researchers have developed soft, wearable robotics for industrial use.

A new smart fabric that can be inflated and deflated by temperature-dependent liquid-vapor phase changes could enable a new range of mechanotherapeutic and industrial applications.

Harvard University researchers have found a way to make soft actuators powerful enough to enable a RoboBee to fly and collide.

Sacrificial ink-writing technique developed at Harvard allows 3D printed organs to include large, vascularized building blocks.

A new ultra-soft underwater gripper developed at Harvard’s Wyss Institute safely catches and releases jellyfish without damage.

Harvard and University of Nebraska Omaha researchers have developed a lightweight exosuit that assists both walking and running, highlighting the potential for wearable robots outside the lab.

Harvard graduate Hansjörg Wyss has given another major donation to support the Wyss Institute’s mission of developing and commercializing robotics and healthcare technologies.

Boston researchers recently demonstrated a robotic catheter that could autonomously navigate through the body to repair a cardiac valve.

A new programmable metamaterial using kirigami, the Japanese art of paper folding, can more efficiently change its shape to crawl, said Harvard researchers.

Mechanical systems, such as engines and motors, rely on two principal types of motions of stiff components: linear motion, which involves an object moving from one point to another in a straight line; and rotational motion, which involves an object rotating on an axis. Nature has developed far more sophisticated forms of movement — or…

  In the future, a smart textile-based soft exosuit could be worn by soldiers, fire fighters and rescue workers to help them traverse difficult terrain and arrive fresh at their destinations so that they can perform their respective tasks more effectively. They could also become a powerful means to enhance mobility and quality of living…

WTWH Media and The Robot Report has announced the keynote lineup for the inaugural Robotics Summit & Showcase taking place May 23-24, 2018 at the Westin Waterfront in Boston, Massachusetts. The Robotics Summit & Showcase focuses the technical issues involved with the design, development, manufacture and delivery of commercial robotics and intelligent systems products and…

An origami-inspired folding robot developed by Harvard researchers uses an external magnetic field for power, giving it potential for application in medical, industrial or consumer robots. Originally reported in Science Robotics and created by a team at the Wyss Institute for Biologically Inspired Engineering and the John A. Paulson School of Engineering and Applied Sciences, the arm consists…

Harvard researchers have created a rigid-soft robotic arm for endoscopes that can sense, flex and has multiple degrees of freedom. Flexible endoscopes fit through narrow passages to reach difficult parts of the body. Once they reach their target, the devices need rigid surgical tools to be able to manipulate or remove tissues. Researchers from Harvard’s…