Teaching Robot - An Innovative Solution for Robotics Education
Background
SP Robotics, a robotics company based in India approached Srushty PD to develop a Teaching Robot to help learners of all ages to learn robotics interactively.
Objective
Develop a robot with a user-friendly interface that allows students to easily program and control its actions, enabling them to create their projects and explore the world of robotics in a fun and creative way
Solution
The robot was designed to be user-friendly, interactive, and capable of teaching complex concepts in AI, ML, and object recognition in a simple and engaging manner. Srushty Global Solutions provided comprehensive support to SP Robotics, from the initial concept development to the final production supply, ensuring that the teaching robot met the highest standards of quality and functionality.
Our Process
- Creating a comprehensive specification delineating the attributes of gears, shafts, outer casing, and both internal and external clutches, ensuring a detailed breakdown of each component for precise design guidance.
- Developing a user-friendly gearbox design tailored for optimal performance, ensuring seamless control for older users. Prioritize simplicity and accessibility in product functionality.
- Performed calculations and analysis on multiple outputs, specifically focusing on the designated RPM for accurate assessment.
- Established the necessary torque by considering the application for mechanizing diverse processes within the paddy cycle. Crafted a high-quality prototype to ensure effective functionality.
Key Challenges
Performing gear calculations, optimizing vendor selection for cost reduction, and designing castings are integral aspects of the overall process, ensuring efficiency and cost-effectiveness in production. These tasks contribute to streamlined operations and enhanced product design.
Implementation & Solution
Examined various outputs to choose the necessary RPM and torque for progression. Employed JIS B 0401 standards for fitting and tolerance, followed by machining a prototype to assess the mechanism.
Impact
This project revolutionizing the education industry by personalizing learning experiences and providing interactive, adaptive instruction, fostering a more engaging and effective learning environment for students.
