Rohan Shekhar
Assistant Professor at Minerva University
Hands-On Labs
A virtual Hands-on Lab experience
Elevate STEM education with an Online Robotics Lab, empowering students' curiosity with a real robot from anywhere!
Elevate STEM education with an Online Robotics Lab, empowering students' curiosity with a real robot from anywhere!
We revolutionize lab experiences for k-12 and college students by bringing experiments to their fingertips. Our collaborative remote labs that executes students’ commands in real time, allow students to have a vivid active learning experience in fields like robotics, mechanics, physics, coding and more. By removing barriers, we aim to level the playing field and empower students to pursue their dreams.
So we made labs accessible for everyone.
Immerse yourself in our remote Robotics Lab, whether as an individual or with your class. Hands-on Labs technology can be tailored to fit any curriculum, course, or set of interests.
Experience the thrill of controlling sophisticated hardware in real-time, without the need to purchase or build anything yourself.
Hone and push your coding skills to new heights as you witness the six-degrees-of-freedom robotic arm executing your precise commands.
Delve into the realm of machine learning by implementing your algorithms on physical hardware, just like those used in various industries.
Embark on an IoT adventure as you leverage our platform, which utilizes IoT technology to provide real-time control in our labs.
Gain hands-on experience in hardware development by accessing our open-source lab design and actively engaging with the final product.
Unleash the power of Artificial Intelligence as you tackle complex tasks on our advanced robotic arm, exploring the depths of AI concepts.
Hands-on Labs are within your reach as soon as you follow a couple of easy steps. Register now to get the keys to your institution’s lab!
Students can control a real-life robotic arm, upload code, adjust joint angles, and see real-time execution.
The platform offers users unparalleled control over lighting, camera angles, audio, and control modes.
Groundbreaking innovation in IoT-enabled robotic arm control and data integration.
The robotic arm design offers cost-effective construction and accessibility with simplified tools.
Students can learn how to write python scripts to control the robotic arm hardware.
Students can understand how to control the robotic arm using various methods through our platform.
Students can learn about the robotic arm hardware and how it works.
Students can learn more about the robot design process and how they can recreate it.
Students can learn about Kinematics basics and how they can use these basics to calculate the end-effector position of the robot.
Students can learn about dynamics basics and how they can use these basics to calculate robot velocity and acceleration.
Until now, we were only able to explore robotics theoretically, but Hands-On Labs made it possible for students to interact with a robot in real-time.
Assistant Professor at Minerva University
Having a 'hands-on lab' would be much more engaging for students to learn programming and algorithms.
Assistant Professor at Minerva University
This project is a good example of how remote labs can be utilized to help students learning remotely.
NS Professor at Minerva University
This project can be used to explore nervous systems through active learning.
Dean Social Sciences at Minerva University
Join us on this transformative journey to revolutionize education.
Elevate STEM education with an Online Robotics Lab, empowering students' curiosity with a real robot from anywhere!
Hands-on Labs |
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Hands-on Labs is a part of non-profit educational institution, Minerva University. Minerva University is accredited by Western Senior Colleges and Universities Commision (WASC). The rights of Hands-on Labs belong to Minerva University.