10 July 2026 | News
Image Courtesy: Public Domain
Mouser Electronics , Inc., a globally authorized distributor of the latest electronic components and industrial automation products, announced the latest installment in its Empowering Innovation Together (EIT) series, titled Rise of the Robots , exploring the core technologies behind humanoid robots and their transformative potential. This series shows how humanoid robots have evolved from simple machines into vital tools used in human care, industrial automation, education, and even in the harshest environments.
While science fiction has long envisioned humanoid robots, recent advances in sensor technology, actuation, AI, embedded computing, and power systems have facilitated the practical deployment of robots in industrial, medical, and high-risk environments. Engineers are now integrating multimodal cognition, real-time control, and simulation-based training using physical AI methods to accelerate development and improve performance. Although many systems still require supervision, they serve as the foundation for collaborative robotic platforms capable of complex, human-like interactions. The latest installment in the EIT series explores the engineering design process, system integration challenges, and the role of existing infrastructure, safety, and return on investment (ROI) in shaping the deployment of scalable humanoid robots.
"Humanoid robots represent the convergence of sensor technology, control, and embedded intelligence, reshaping how engineers approach system design," said Jeff Newell, President of Mouser Electronics. "Through this latest installment in our ' Together Towards Innovation' series , we provide engineers with the insights and resources they need to better understand and effectively adapt to this change."
In the podcast The Tech Between Us , Raymond Yin, Director of Technical Content at Mouser Electronics, and Leo Chen, US Operations Director of robotics manufacturer Engineered Arts, discuss the role of robots in industrial environments and the engineering approach to creating human-like facial features and expressions. Chen also shares how Engineered Arts' Ameca humanoid robot was brought to life through a carefully considered design process.
"Developing humanoid robots requires addressing complex system-level challenges related to real-time perception, actuation, and control," Yin said. "In this podcast episode, we analyze how engineers approach those challenges and the essential elements for building systems that can operate reliably in real-world environments."
In addition to the podcast, the EIT series includes in-depth video , technical articles, themed infographics , and exclusive subscriber content exploring practical applications of AI in engineering workflows. Through analyzing a range of AI case studies that can enhance engineering expertise, engineers can develop tools that reshape how people think, decide, and create, while still ensuring privacy and control.
