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Leif Jentoft

Leif Jentoft

Robotics entrepreneur solving real-world problems with advanced technology

leif
Joined August 2025

Network

5K connections
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Robotics Engineers & Developers
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Hardware Engineers
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Software & ML Engineers
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Operations & Product Leaders
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Autonomous Systems Engineers
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Robotics & Automation Business Leaders
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Summary

Leif Jentoft is a seasoned robotics entrepreneur with a proven track record of co-founding successful companies and holding leadership positions in the field. He co-founded RightHand Robotics, a pioneer in automated order fulfillment, and currently serves as Founder/Principal at TensorNorth and was Chief Product Officer at Guardian Agriculture, demonstrating continuous engagement in robotics and agricultural technology ventures. harvard+3
His expertise lies in the application of advanced robotics, machine learning, and AI to solve real-world problems, particularly in logistics and automation. His work at RightHand Robotics involved developing innovative hardware (underactuated robotic hands) and software solutions for piece-picking, enabling robots to handle diverse items in unstructured environments with improved speed, range, and reliability. harvard+2
Leif is a highly educated individual, holding a PhD and SM in Engineering and Applied Sciences from Harvard University, where his doctoral research focused on developing advanced gripping robotics. He also holds a B.S. in Engineering from Franklin W. Olin College of Engineering, where he engaged in robotics and bioinspiration research. harvard+3
He is an inventor with patents in robotic grasping and tactile sensing, underscoring his significant technical contributions to the field of robotics. His patented work includes methods and systems for assessing and training robotic manipulators, as well as tactile sensor designs. justia+3

Work

Education

Writing

Assessing robotic grasping

January 1, 2022

Methods and systems for assessing a robotic grasping technique, involving a warehouse management system, a robotic manipulator for grasping items, and an analysis module to determine grasping success.

Favicon imagepatents.justia.com

Training robotic manipulators

January 1, 2021

Methods and systems for training a robotic manipulator, including sensor devices and a robotic manipulator for executing and evaluating item grasping strategies.

Favicon imagepatents.justia.com

Tactile sensor

January 1, 2017

A tactile sensor design involving a pressure-sensing array for robotic applications.

Favicon imagepatents.google.com