Currently, there are two language options: English and Mandarin. As development progresses, an increasing number of diverse languages will be incorporated in the future.

It can connect to the smart chat function, enabling conversations on a wide range of topics, providing you with additional information, sparking various inspirations, and ensuring limitless fun!

Powerful *”coding programs” enable direct input of specific instructions or content, with applications ranging from shopping malls, museums, consultation centers, daily teaching, business activities, to product introductions, offering unlimited possibilities.

Artificial intelligence eye detection recognizes the objects within your field of vision, offering an endless source of entertainment.

You can utilize voice commands to control expressions and commands, fostering creativity through *coding programs.

In noisy environments, you can issue commands directly through the touch screen.

This is an exceptionally comprehensive software that collaborates seamlessly with various *”coding programs” such as JavaScript, Python, Blockly, etc. Additionally, different plug-ins are available to help create your unique robot personality and development through *”coding programs”. When coupled with electronic hardware during the process of learning *”coding programs”, your robot can develop diverse creativity and sustainability, ensuring it remains engaging and never becomes obsolete, thereby making the learning experience more enjoyable.

Robots can contribute to various aspects of museum operations, enhancing visitor experiences, improving security, and streamlining management tasks. Here are several ways in which robots can be employed in museums:

Visitor Assistance:

Guided Tours: Robots can provide interactive and informative guided tours, offering details about exhibits, artists, and historical contexts.

Multilingual Support: Language-processing capabilities can enable robots to communicate with visitors in multiple languages, making the museum more accessible to a diverse audience.

Exhibit Monitoring and Security:

Information Desks:

Visitor Information: Robots can assist visitors by providing information about museum hours, ticket prices, and upcoming events.

Interactive Displays: Robots with touchscreens can offer interactive displays, allowing visitors to explore additional information about exhibits.

Educational Programs:

Interactive Learning: Robots can engage visitors, especially children, in educational games and activities related to the museum's collections.

Accessibility Services:

Assistance for Individuals with Disabilities: Robots can be programmed to assist visitors with disabilities by providing information, guiding them through the museum, or offering additional support as needed.

Audio Descriptions: Robots equipped with speakers can provide audio descriptions of exhibits for visually impaired visitors.

Interactive Art Installations:

Robotic Art: Museums can incorporate robotic installations as a form of interactive art, engaging visitors in novel and creative ways.

Robots can be deployed in shopping malls and corporate information desks to enhance customer service, improve operational efficiency, and provide a futuristic and engaging experience. Here are several ways in which robots can be utilized in these environments:

Customer Assistance:

Guidance: Robots can help customers navigate through the mall or corporate building, providing directions to specific stores, offices, or facilities.

Product Information: Robots equipped with information databases can offer details about products, promotions, and services available in the mall or within the corporate premises.

Information Desks:

Customer Queries: Robots can handle basic customer inquiries, providing information about the mall layout, current promotions, and general information about the businesses located within.

Multilingual Support: Language-processing capabilities can enable robots to communicate with customers in multiple languages, improving accessibility and customer service.

Entertainment and Engagement:

Interactive Displays: Robots with touchscreens or interactive displays can engage customers with entertaining content, promotions, and interactive games.

Promotional Activities: Robots can be programmed to perform promotional activities, such as handing out flyers or samples to shoppers.

Robots can play a significant role in corporate buildings and activities by improving efficiency, security, and overall workplace experience. Here are several ways in which robots can assist in corporate environments:

Reception and Concierge Services:

Information Provision: Robots can provide information about the building, meeting rooms, and general corporate policies.

Routine Tasks: Robots can automate repetitive tasks, freeing up employees to focus on more complex and strategic responsibilities.

Data Entry: Robots can assist with data entry, reducing the likelihood of errors and improving data accuracy.

Customer Service Support:

Internal Help Desk: Robots can assist employees with common IT issues, HR inquiries, and other internal support services.

FAQ and Information Retrieval: Robots can provide information about corporate policies, procedures, and frequently asked questions..

Working with S.T.E.A.M. (Science, Technology, Engineering, Arts, and Mathematics) in education involves integrating these disciplines to promote a holistic and interdisciplinary approach to learning. Here are some ways you can incorporate S.T.E.A.M. principles into education with a focus on robotics:

Incorporate Arts (A) into STEM:

Emphasize the importance of creativity and design in S.T.E.A.M. projects. Encourage students to use artistic elements when designing robots or engineering solutions.

Explore the intersection between technology and the arts, such as digital art, multimedia projects, or using robotics in artistic performances.

Technology and Coding:

Integrate coding and programming into robotics projects. This helps students develop computational thinking and problem-solving skills.

Use platforms like Scratch, Python, for programming robots, making it accessible for students at various skill levels.

Real-World Problem Solving:

Pose real-world problems that require S.T.E.A.M. solutions. This encourages students to apply their knowledge to address challenges in their community or beyond.

Assessment through Portfolios:

Evaluate student progress through portfolios that showcase their S.T.E.A.M. projects, problem-solving approaches, and reflections on the learning process.

Professional Development for Educators:

Provide ongoing professional development opportunities for teachers to stay updated on the latest S.T.E.A.M. trends, technologies, and teaching methodologies.