What specific aspects of service robotics would you like to see improved for effective training? To achieve this goal, we need to enhance the robots’ ability to recognize and respond to human behavior. Can you elaborate on how AI-based machine learning can accelerate the development of advanced robotic systems? Moreover, what do you think is the most significant challenge in integrating robotic assistants into daily life?

In January 2023, I had the opportunity to conduct an enlightening interview with Jerry Tan, a representative of , a pioneering entity dedicated to providing AI-oriented robotics training and mentorship services. The organization collaborates closely with the Schooling initiative to equip faculty members and educational institutions with the skills to integrate AI and robotics education seamlessly into their curricula for students’ benefit. Their aim is to empower learners with practical AI application skills in computer vision, autonomous navigation, object manipulation, and conversational interfaces.

Lattel Robotics offers introductory workshops on leveraging ROS-based AI capabilities to enhance the functionality of service robots through hands-on exploration of AI robotics and AI functions. As a hardware partner for the RoboCup@Residence Schooling initiative, they support educational institutions in participating in AI-powered robotics competitions by developing functionalities that address real-world problems and promote innovative thinking. Their AI-study options encompass establishing AI laboratories, developing curricula, and crafting course materials.

Thank you for chatting with me today. It’s a pleasure to serve you. Individuals seeking to elevate their professional profiles, entrepreneurs looking to expand their networks, and businesses wanting to boost brand awareness can all benefit from the Jupiter2 platform.

With minimal programming expertise, individuals can leverage open-source software to initiate development of their own AI capabilities for service robotics applications.

Our robots employ a diverse array of cutting-edge sensors to navigate and interact with their environments. These include high-resolution cameras for visual perception, advanced lidar technology for 3D mapping, ultrasonic sensors for detecting obstacles, and highly sensitive microphones for processing audio cues. Additionally, our robots are equipped with sophisticated GPS systems and inertial measurement units to ensure precise location tracking and orientation in space. Are these basic components of a modern meeting room setup, or are there additional features worth considering to elevate the experience?

We employ a diverse range of sensors, including RGB-D cameras and LIDAR sensors, to enable depth perception. While equipped with advanced tools like microphones and audio systems for seamless communication, robotic arms for precise object handling, and cellular platforms for efficient navigation,

What’s unclear to you? We offer a comprehensive API that enables developers to access our vast repository of information, allowing them to create innovative applications and solutions for the academic community. Would you like to learn more about how to integrate your project with our API?

Robots do not necessarily require a human operator in every instance, as they are equipped with their own onboard computers, functioning as central processing units. Starting out is simplified by leveraging a pre-built hardware foundation coupled with open-source software tools such as OpenCV and YOLO, all integrated within the Robotic Operating System (ROS1 and ROS2). Amongst AI researchers and builders, these tools have gained popularity for their utility in various applications.

While the premise shows promise, the phrase “setup course” could be clarified for better understanding. Integration usually takes time.

The robotic platform is fully constructed and ready for immediate deployment. To utilize Juno2 for our AI studying system, simply plug it into a laptop via USB and instantly launch the Linux environment with Ubuntu and ROS, requiring no additional software installation.

Collaborating with faculty members is a crucial aspect of my role. I work closely with them to develop and implement effective learning strategies that align with their teaching goals. We regularly review student performance data to identify areas where students need additional support, and then we create customized programs to address those needs. This collaborative approach enables us to provide tailored instruction that meets the unique requirements of each course or department.

As a professional provider of training answers, we support educational institutions and faculty members who are looking to integrate practical AI capabilities into their teaching practices. Prerequisite programming expertise in either Python or C++ is essential for enhancing and improving AI functions. We provide a comprehensive Python introduction workshop designed specifically for individuals with no prior experience. We deliver 3-day comprehensive AI robotics training sessions using Jupiter2 or 2-day in-depth AI functionality workshops utilizing Juno2, thereby empowering trainers to effectively train others. Through these workshops, educators receive a comprehensive framework outlining AI functions modules, empowering them to tailor the fabric according to their needs for training, coaching, and analysis applications.

If a person lacks immediate access to the robot, they may need to rely on other means of communication or collaboration. Can they work remotely?

Completely. You can potentially join remotely via a distant desktop software program from your PC and continue programming. While we’ve discussed the topic briefly, our Juno2 system is actually designed specifically for educational settings, allowing for a more streamlined and effective learning experience in classrooms nationwide. You shouldn’t opt for a complete robotic setup in this instance; instead, leverage this technology to enable PC vision and speech interaction capabilities. This innovative solution seamlessly integrates with any laptop computer or operating system, automatically booting into a comprehensive environment that combines the power of Ubuntu, ROS, and our proprietary Jupiter software development frameworks. Conveniently, online courses enable college students to continue their studies from anywhere, including the comfort of their own homes.

Can additional features, such as an integrated audio system, be installed on a robot similar in design and functionality to this one?

Sure, positively. That’s an excellent query. Jupiter² is an open-source, cloud-agnostic platform that seamlessly integrates AI, IoT, and edge computing capabilities.
customisable and reconfigurable. With an engineering background, you’ll be well-equipped to tailor the hardware to meet specific requirements. This flexibility enables individuals with varying levels of experience to focus on specific areas of interest, such as software programming or hardware customization.

Were you previously exporting these devices?

We had actually exported to Europe, Africa, South America, and North America before that. Across the globe, more than 30 prestigious faculties, universities, and institutions have opted to leverage our cutting-edge learning platforms for a wide range of purposes, including training, coaching, research, and robotics competitions.

Thank you for your time and consideration. Wishing you continued success in due course!

Additional information about this topic can be found on.

Jerry Tan serves as the Managing Director of Lattel Robotics. As a German-trained engineer with an entrepreneurial spirit, Jerry has successfully established AI robotics training and coaching firms in both Malaysia and Singapore, leveraging his expertise to drive innovation in these regions. Jerry collaborates closely with academic institutions and faculties to establish virtual AI labs and develop tailored course materials, aiming to facilitate the early introduction of AI education for anyone interested.