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This webinar series explores the foundational technologies shaping today’s intelligent embedded and robotic systems, with a focus on practical design tradeoffs and real-world implementation. Topics span cost-effective HMI development for embedded computers, modern motor-control strategies across power levels and motor types, and the role of TinyML, real-time analytics, and embedded AI In voice and face recognition in creating responsive, predictive, and secure systems. This is not connected AI using Cloud services for processing; rather, it’s endpoint AI running on the device itself. The sessions also examine how HMIs, motor and motion control, AI, and safety and security all come together in modern robotics to enable scalable, next-generation solutions. Using concrete examples and deep technical insight, Renesas demonstrates how integrated silicon, software, and tools can reduce design complexity, control costs, and accelerate innovation across a wide range of embedded applications.
This webinar series explores the foundational technologies shaping today’s intelligent embedded and robotic systems, with a focus on practical design tradeoffs and real-world implementation. Topics span cost-effective HMI development for embedded computers, modern motor-control strategies across power levels and motor types, and the role of TinyML, real-time analytics, and embedded AI In voice and face recognition in creating responsive, predictive, and secure systems. This is not connected AI using Cloud services for processing; rather, it’s endpoint AI running on the device itself. The sessions also examine how HMIs, motor and motion control, AI, and safety and security all come together in modern robotics to enable scalable, next-generation solutions. Using concrete examples and deep technical insight, Renesas demonstrates how integrated silicon, software, and tools can reduce design complexity, control costs, and accelerate innovation across a wide range of embedded applications.
Wed, Feb. 25, 2026 · 8:00 am (PST)
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User interfaces can make or break a product…and the R&D budget. The history of how human-machine interfaces (HMIs) for embedded systems is filled with “what to do” and “what not to do,” often guided (or misguided) by the limitations of tools and technologies. Join this webinar and see the current state of the art, and the many layers of design flexibility available to implement embedded HMIs. See how LVGL has been integrated into Renesas’ product line and support software, how LVGL-Pro changes the game again with a higher-level tool for screen definition, and the future of graphical design tools that will ease the effort and budget for creating rich HMIs.
User interfaces can make or break a product…and the R&D budget. The history of how human-machine interfaces (HMIs) for embedded systems is filled with “what to do” and “what not to do,” often guided (or misguided) by the limitations of tools and technologies. Join this webinar and see the current state of the art, and the many layers of design flexibility available to implement embedded HMIs. See how LVGL has been integrated into Renesas’ product line and support software, how LVGL-Pro changes the game again with a higher-level tool for screen definition, and the future of graphical design tools that will ease the effort and budget for creating rich HMIs.
Founder/President of D’Agostino Industries, a Renesas Partner
Vin D'Agostino is a distinguished engineer with over 40 years of experience in MCU and MPU-based product design across various industries and develops customer-facing eLearning solutions that enhance sales, customer loyalty, and market credibility.
CEO, LVGL
Wed, Apr. 29, 2026 · 8:00 am (PDT)
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Motor Control can take many forms, from brushless DC to brushed DC to stepper motors, and beyond. Each variety has lots of nuances from a design perspective, and it’s important to note that the power to drive the motors can range from a few milliwatts to multiple kilowatts. How do you pick a technology, the feedback mechanism, the power level, the drive circuitry, and even the command protocol, which could be digital, analog, or communication based?
Motor Control can take many forms, from brushless DC to brushed DC to stepper motors, and beyond. Each variety has lots of nuances from a design perspective, and it’s important to note that the power to drive the motors can range from a few milliwatts to multiple kilowatts. How do you pick a technology, the feedback mechanism, the power level, the drive circuitry, and even the command protocol, which could be digital, analog, or communication based?
Renesas’ Director of Product Marketing for Motor Control
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Wed, Jun. 24, 2026 · 8:00 am (PDT)
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Embedded AI can be the perfect ingredient to your embedded product—if you implement it properly. Working with TinyML and infusing just the right locally executed voice recognition with Natural Language Processing (NLP), face recognition for machine access and security, and Real-Time Analytics (RTA), the customer value goes through the roof. Using RTA to create predictive algorithms that show current or eminent system failures are just the start. As we incorporate more and more of this technology at the endpoint, Physical AI becomes the goal – creating systems that use AI to enhance what is being done in the physical world.
Embedded AI can be the perfect ingredient to your embedded product—if you implement it properly. Working with TinyML and infusing just the right locally executed voice recognition with Natural Language Processing (NLP), face recognition for machine access and security, and Real-Time Analytics (RTA), the customer value goes through the roof. Using RTA to create predictive algorithms that show current or eminent system failures are just the start. As we incorporate more and more of this technology at the endpoint, Physical AI becomes the goal – creating systems that use AI to enhance what is being done in the physical world.
Director UX/TAA, Renesas
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Wed, Aug. 26, 2026 · 8:00 am (PDT)
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When we think about robotics, we often conjure up images of humanoid robots, or robot arms for factory assembly. However, robots take on all shapes and sizes, and activities. We know that robotics combines motor and motion control with data and logic, and now AI is changing the game again. With Renesas’ investments in motor control, HMI, AI, and safety and security, these four key technologies combine to create next-level robotic solutions that are within reach of most engineering teams. With tools and algorithms that play together, and advanced silicon to run robust algorithms, Renesas can be the center or your world of robotics.
When we think about robotics, we often conjure up images of humanoid robots, or robot arms for factory assembly. However, robots take on all shapes and sizes, and activities. We know that robotics combines motor and motion control with data and logic, and now AI is changing the game again. With Renesas’ investments in motor control, HMI, AI, and safety and security, these four key technologies combine to create next-level robotic solutions that are within reach of most engineering teams. With tools and algorithms that play together, and advanced silicon to run robust algorithms, Renesas can be the center or your world of robotics.
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Wed, Oct. 28, 2026 · 8:00 am (PDT)
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Adding features to a product or creating products around leading-edge technologies can enhance the value of what you offer your customers. But the real value comes from how you implement those technologies (seamlessly, cost-effectively, creating customer value, etc.), and how complimentary technologies work together to create something greater than the sum of its parts.
Adding features to a product or creating products around leading-edge technologies can enhance the value of what you offer your customers. But the real value comes from how you implement those technologies (seamlessly, cost-effectively, creating customer value, etc.), and how complimentary technologies work together to create something greater than the sum of its parts.
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
