Construction of A Multifunctional Robotic Assistant

Abstract: A personal assistant robot can be helpful in a lot of forms, it can improve productivity by performing repetitive tasks, reduce human labor, increase safety in hazardous working environments, and be more efficient without getting tired, taking breaks, or making mistakes. The objective of this project is to construct an assistive robot by implementing different complements to improve its functionality and control system. The assistant robot will have the capacity to be controlled remotely and will run using the Raspberry Pi computing module programmed with the Python language. This programmable robotic assistant will be used in the ASU engineering laboratory as a form of attraction for future engineering students, as this research project involves a significant amount of engineering topics combined, as well as it will also act as an interactive stimulation for future applicants interested in becoming an engineer.

• Funding: ASU UG Faculty-Mentored Grant
• Collaborator:
• Student: Edmundo Garcia & Jose Beltran
• Award Amount: $2500
• Duration: Fall 2023

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