AiTreat is a global leader in commercial soft tissue massage treatment robotics research and development. Through the fusion of medical and robotics technology, the company innovates and integrates medical robots that support physicians in delivering therapeutic patient care.
AiTreat's commitment to innovation aims to amplify physician productivity and provide patients with precise, consistently effective treatments. AiTreat fosters a dynamic and collaborative environment where creativity and innovation thrive. The team of startup founders, robotics researchers, and physicians work together to make a positive impact on patient well-being.
Project role: Soft Tissue Treatment Robotic System (EMMA7)
Project Description: The project focuses on the development of the new EMMA robotic system, a cutting-edge soft tissue massage treatment robot, at AiTreat.
Objective: AiTreat's goal is to create an innovative robotic system that revolutionises patient care by combining medical expertise with advanced robotics technology. Project Impact: The EMMA robotic system aims to address the shortage of skilled massage therapists and enhance the capabilities of physiotherapists in managing cases. It reduces treatment costs while providing consistent, high-quality care to patients.
Role Overview: The Trainee will play a vital role in shaping the future of healthcare through robotics and technology.
Scope of Work:
- Embedded Systems Development: Collaborate with the team to code and test embedded systems for the EMMA robotic system.
- PCB Design Contribution: Participate in the design process of the product's principle and partial PCB layouts.
- Schematic and Diagrams Enhancement: Contribute to refining product schematics, diagrams, and participate in PCB reviews.
- Reliability Testing: Assist in the design and execution of reliability tests to ensure the EMMA robotic system's performance and safety.
- Customer Delivery Preparation: Prepare and deliver the EMMA robots to customers, including disassembling, assembling, and repairing the robots.
Soft Tissue Treatment Robotic System (EMMA7)