FIXIT: shaping innovation
FIXIT is a human-robot platform and represents digital skills at CIM. CIM's industrial, academic, and commercial partners, as well as university students, envision FIXIT as a solution to expand knowledge and apply new technologies.
It is a collaborative robot based on an AMR and a drone, powered by Artificial Intelligence, Cybersecurity, Additive Manufacturing, Edge and Cloud technologies, and other Industry 4.0 enabling technologies.
It will support people in various application areas: industry, education, healthcare, Horeca sector, and mobility.
Our vision is to transform technological ecosystems to empower people.
Ground Vehicle
Scout Mini is a compact UGV with all-wheel drive and differential steering, equipped with independent suspensions. The algorithms for autonomous movement and obstacle avoidance were developed by a multidisciplinary team of students who collaborated through their master's theses.
Control Interface
FIXIT will be equipped with a tablet that serves as the robot's main digital interface. Its dedicated software will include mission control, maps, data analysis, and much more, enabling total control and customization of the device.
Aerial Vehicle
The UAV is continuously evolving and constantly improving thanks to the work of master's degree students. The model we show here was designed to be printed internally through our Additive Manufacturing pilot line.
I chose to apply for an innovation thesis at CIM4.0 because I considered it a growth opportunity as a student and a great chance to practically apply what I learned theoretically during my Master's degree regarding the world of automation and robotics.
Furthermore, I was struck by the possibility of conducting a thesis on a topic that is just beginning in the world of research and that I could leverage in a future job. Finally, a professional environment would certainly be more educational than a university setting.
I must say that I was not initially familiar with CIM4.0; the thesis was proposed to me by my supervisor.
The project itself interested me because drones have always fascinated me, but I never had the chance to dedicate time and energy to them.
However, CIM and Orlando presented themselves by promising thesis students a leading role in the project's development, and this was particularly pleasing to me, as I believed (and still believe) it would allow me to grow in multiple aspects, not just technical ones.
My passion for Automation and Robotics drove me to get involved in an innovation project at CIM4.0. The opportunity to engage with emerging technologies in the industrial field was further motivation to immerse myself in the Competence Center environment.
I chose to do my thesis on the Fixit project because I am passionate about technology and the digital world. Therefore, I saw the opportunity to work and learn at CIM4.0, which operates in the field of Industry 4.0, and thus complement my mechanical engineering background with new technologies through additive manufacturing.
Discover the FIXIT community
Discover how CIM uses Artificial Intelligence, Additive Manufacturing, and Edge and Cloud technologies to support technology transfer for people, the world, and the environment of the future.
Join our team
Are you about to graduate and want to enhance your skills? Write your thesis with us and participate in project development!