Robotics Internship

Hardware Integration:
Set up and configure Raspberry Pi and Arduino boards, ensuring seamless integration between the two systems.
Connect Raspberry Pi to additional hardware components such as microphones, speakers, and displays, enabling multi-modal interaction capabilities.
Software Development:
Program Raspberry Pi to run Python scripts and handle API calls to OpenAI models and other services for various operational functions.
Develop and maintain databases to store and manage data obtained through AI interactions.
Craft software interfaces between the Raspberry Pi and Arduino to automate robotic movements, such as nodding, eye, and lip movements.
AI & Robotics Design:
Participate in the creation of innovative robots for use cases beyond interviewing, such as receptionist roles.
Program LED matrices, mechanical motors, and other actuating systems using Arduino to execute AI-instructed movement patterns and expressions.
Robotics Mechanics:
Collaborate with the design team to conceptualize and plan the physical structure of humanoid and specialized robots.
Identify and select appropriate materials and components necessary for the robot's construction while considering functionality, cost, and design aesthetics.
Quality Assurance and Testing:
Conduct rigorous testing of both hardware and software components to ensure seamless functionality and user experience.
Document all processes and maintain a repository of code and design blueprints for future reference and iterations.

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