Students create humanoid robot with a ‘beating heart’ using scrap materials
An Indian group has built a humanoid robot named Anushkam with a beating heart using junkyard parts.
A remarkable feat of engineering
A team of students and professors at the Krishna Institute of Engineering and Technology (KIET) in India has built a humanoid robot named Anushka.
Anushka’s uniqueness comes from the fact that they constructed it using parts salvaged from a junkyard. She is also reportedly the first robot with a “beating heart.”
Affordable yet advanced technology
Despite her sophisticated features, Anushka was built on a budget of just $2,400. This makes her significantly more affordable than other humanoid robots. Currently, Anushka acts as a receptionist. She greets visitors and answers queries.
Future applications beyond reception
A similar concept has been explored in Japan, where an entire hotel is operated by AI. Anushka’s development could pave the way for wider AI integration in various industries.
A Fusion of technology and art
Anushka’s face is a combination of advanced technology and artistic design. Her facial features were created using 3D-printed parts and a flexible silicone skin. According to reports, her design was inspired by a historical French princess. Generative AI further refined her appearance.
Anushka is powered by an Intel i7 processor. This acts as her brain, controlling microcontrollers and servo motors.
These components enable smooth movement in her hands, neck, jaw, and eyes.
Multilingual Communication and Facial Recognition
Anushka is equipped with natural language processing (NLP). She understands and responds to voice commands in 61 languages. She can also perform 50 hand gestures and over 30 eye movements to convey emotions.
Her responses are drawn from an extensive OpenAI database. As a result, she maintains a positive perspective on various topics, including war.
Advanced AI integration
Anushka does more than talk. She also possesses facial recognition and computer vision. These features allow her to listen, understand, and interact with users effectively.
Her AI operates in four stages:
1. Listening to voice commands
2. Observing and recognizing images using computer vision
3. Processing and responding through NLP
4. Executing movements via servo motors
Each stage ensures smooth communication and functionality.
Smart monitoring system
Anushka is designed to notify her handlers of any technical issues. If her battery runs low or a malfunction occurs, she can send text messages or make phone calls.
This innovation highlights the potential of AI-powered humanoid robots in real-world applications. With further improvements, Anushka could revolutionize industries beyond reception services.
Her development serves as a testament to the creativity and ingenuity of young engineers. Anushka is more than just a robot—she represents the future of AI-driven human interaction.