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Revolutionizing Healthcare: Chang Robotics Unveils “Robot Studio” at Jacksonville University

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For the first time, this new space showcases healthcare-focused robotics in action for students, businesses, and the public.

JACKSONVILLE, Fla., Oct. 3, 2024 /PRNewswire/ — Step into the future of healthcare, where robots and humans work side by side to transform patient care. This October, Chang Robotics and Jacksonville University (JU) are unveiling “Robot Studio,” a first-of-its-kind space where cutting-edge robots designed for hospitals will be programmed, tested, and prepared to revolutionize the healthcare industry. JU has opened approximately 4,000 square feet on the third floor of its Health Sciences Complex for this project, where students, businesses, and the public are invited to witness the future in action as these advanced machines get ready to join healthcare teams and reshape the reality of patient care.

Through this partnership with Chang Robotics, our students can collaborate at the cutting edge of healthcare technology

Thanks to a collaborative partnership with JU, the Chang Robotics Robot Studio will showcase the final programming and testing of eight new robots preparing for deployment as “cobotic” (collaborative robotic) partners to practitioners in a nearby hospital.

“The partnership with Chang Robotics reflects the growing strength of our engineering and computer science programs at Jacksonville University, aligning with our hands-on design curriculum where students learn the theory and apply their knowledge to relevant emerging technologies,” said Dr. Barbara Ritter, dean of the Davis College of Business & Technology. “Jacksonville is unique in the strong connections between practice and academia and it’s these types of partnerships that ensure our graduates are some of the best prepared in the country to be job-ready on day one.”

The studio serves as an educational resource and a showcase for the support that robotic technology can provide nurses and other healthcare professionals. Members of the public who would like to visit the Robot Studio in Jacksonville during the month of October can register here.

“Through this partnership with Chang Robotics, our students can collaborate at the cutting edge of healthcare technology, allowing them to apply their robotics, AI and programming skills in real-world scenarios,” said Bill Hill, executive director of Jacksonville University’s STEAM Institute. “It’s an unparalleled opportunity to shape the future of healthcare while preparing the next generation of engineers and computer scientists to lead innovation in an increasingly automated world.”

Visitors can experience the robots transporting essential supplies within a simulated healthcare environment, moving from a designated supply room to patient rooms. This demonstration will highlight the robots’ ability to handle various items, from linens and medical tools to meals and medications, showcasing their potential to streamline hospital logistics. In practice, these autonomous mobile robots will handle many time-consuming and physically taxing aspects of a human practitioner’s role. Robots have been found to increase job satisfaction and reduce turnover for nurses and other health practitioners by enabling them to put more of their time and focus on the work they enjoy most – the time they spend face-to-face with patients.

“This effort aims to showcase the importance of technological implementations like this and its positive impact on healthcare,” said Chang Robotics President Kate McAfoose. “We are helping all involved to take bigger steps in re-imagining digital, physical, and mobile health.”

McAfoose noted that the science demonstrated in the new studio is being implemented and expanded in one of the nation’s largest hospital networks. Successful laboratories like this one and their IP Studio in Evanston, Illinois, were major factors in Chang Robotics being recognized by Fast Company as one of 2024’s Most Innovative Companies in the AI and Robotics category.

About Jacksonville University

As Northeast Florida’s premier private institution of higher education, Jacksonville University is consistently recognized by U.S. News & World Report as one of the Best Regional Universities in the South. Founded in 1934, the University offers more than 100 majors, minors and programs, including in-demand degrees in nursing, business, law, marine science, engineering, finance and psychology, as well as those in the highly specialized fields of aviation, communication sciences and disorders, film, animation and healthcare administration. With its five colleges, eleven schools and four institutes, Jacksonville University’s 235-acre riverfront campus is minutes from downtown and beautiful area beaches.

About Chang Robotics
Chang Robotics, a dba of Chang Industrial, is an engineering firm that specializes in advanced manufacturing, collaborative robotics, and disruptive automation. Chang Robotics seeks to revolutionize supply chain automation and improve workforce productivity through human-focused robotic implementations and autonomous systems. We create future-facing technology road maps that help companies of all sizes to advance their technology initiatives. Chang Robotics has received numerous awards and experienced rapid growth since its founding in 2017 and was named a Top 10 Global Supply Chain Leader by IE Magazine in 2022. For more information, visit ChangRobotics.ai on LinkedIn.

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The Building & Furniture Category Highlights Sustainable and Human‑Centric Design at the 139th Canton Fair

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GUANGZHOU, China, April 26, 2026 /PRNewswire/ — Phase 2 of the 139th Canton Fair has seen the Building & Furniture category emphasize green Infrastructure and human-centric design.

A major highlight of the building and decorative materials section is the introduction of photovoltaic marble-textured cladding. This innovative surfacing material bridges the gap between high-end aesthetics and renewable energy. Unlike traditional solar panels that rely on glass, this non-opaque cladding uses precise microscopic structures to guide light to internal PV cells.

This technology offers 60% higher efficiency than traditional transparent solar systems while reducing carbon emissions by over 50%. Its ability to reproduce stone, wood, or brick‑like 3D textures allows architects to integrate power generation into a wide range of building styles without the industrial appearance of traditional solar panels.

Indoor environments are also becoming smarter and safer. Manufacturers are showcasing high-efficiency antibacterial surfacing, utilizing visible light catalysis to provide 24-hour protection against mold and bacteria. These advanced decorative papers and panels are becoming the new standard for high-end interior decoration, prioritizing long-term hygiene in residential and commercial spaces.

The sanitary ware sector is increasingly focused on the aging global population and those with limited mobility. A standout innovation is the electric lift-and-rotate shower chair. Designed for the dry-wet separation bathroom layout, it allows users to sit in a dry area and be safely rotated and lifted into the shower via remote control. This waterproof, low-voltage system provides dignity and independence for the elderly while reducing the physical strain on caregivers.

Hygiene and ease of maintenance have also seen a breakthrough with wall-mounted toilets. By moving the lid connection to the tank wall and adopting a mortise‑and‑tenon structure, the design eliminates the hard‑to‑clean areas where bacteria typically accumulate. Many of these units also incorporate ergonomic grab bars directly into the frame, blending safety with a minimalist aesthetic.

In the sports and leisure industry, the shift toward sustainability is seen in non-infill synthetic turf. This next-generation football grass eliminates the need for rubber granules or sand, providing a natural touch and superior shock absorption while significantly reducing maintenance costs and microplastic pollution.

All these innovations demonstrate how the Building & Furniture sector is advancing toward greener materials, smarter functionality, and more human‑centered design, setting new benchmarks for the future of living spaces.

For pre-registration, please click: https://buyer.cantonfair.org.cn/register/buyer/email?source_type=16

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View original content:https://www.prnewswire.co.uk/news-releases/the-building–furniture-category-highlights-sustainable-and-humancentric-design-at-the-139th-canton-fair-302753654.html

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Nexteer’s Global First Steer-by-Wire Goes into Production

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BEIJING, April 26, 2026 /PRNewswire/ — Nexteer Automotive helped a leading Chinese new energy vehicle (NEV) manufacturer bring the world’s first production passenger vehicle with a full drive‑by‑wire chassis to market. The vehicle features Nexteer’s steer‑by‑wire (SbW) system as a key enabler.

The SbW featured in this vehicle marks Nexteer’s first SbW system in mass production, representing a major step forward for the technology — moving from development and validation to full-scale production. Certified in late 2025, this system achieved the world’s first ASIL D functional safety approval from DAkkS (German Accreditation Body) through close collaboration with the OEM. This certification reflects global top-tier performance in fault diagnosis, redundancy, and safety monitoring. Key features include:

Multi-layered redundancy design: Dual controllers, dual power supplies, multiple communication links, and dual actuation paths — achieving redundancy at system, hardware, and software levels. This ensures that in the event of a single fault, the backup path takes over within milliseconds with no loss of steering function.Full‑scenario functional safety mechanism: Multi‑level monitoring and fault handling strategies covering sensors, controllers, actuators, and communication links.Variable steering ratio: Automatically adjusts steering angle and effort based on vehicle speed and driving mode, balancing agility and comfort.Intuitive road‑feel simulation technology: Software‑defined steering feedback delivers a more responsive and precise driving experience, adaptable to a wide range of driving scenarios.Open interface for autonomous driving: As a key actuation layer for ADAS and autonomous driving systems, it provides real‑time, precise control capabilities, supporting the development of intelligent transportation systems.

Steer-by-Wire: Electronic Signals Replace Mechanical Links, Flexible Configurations for Diverse Needs

By decoupling the mechanical link between the hand wheel and the road wheels, steer-by-wire replaces conventional mechanical connections with electronic signals and actuators — and is quickly becoming a foundational technology for next-generation intelligent chassis and autonomous driving platforms. As a motion control technology company with 120 years of engineering heritage, Nexteer offers a flexible, off-the-shelf portfolio of steering feel simulators and road wheel actuators. This modular approach allows us to meet the diverse needs of different vehicle models and driving scenarios efficiently and cost-effectively.

From Steering to Braking: Expanding Full-Stack Motion Control Capabilities

Building on its deep expertise in steering systems, Nexteer has expanded into braking with its Brake-by-Wire solution, the Electro-Mechanical Brake (EMB). EMB has completed full development and rigorous validation and is ready for mass production. Together with SbW, Brake-by-Wire (EMB), Rear-Wheel Steering, and the MotionIQ™ Software Suite make up Nexteer’s broader Motion-by-Wire™ portfolio.

With Nexteer, OEMs get more than steer-by-wire and brake-by-wire components: they get a complete, proven, production-ready and cost-effective drive-by-wire chassis motion control solution that’s shaping the future of the software-defined chassis and enabling faster development, lower costs and safter, smarter and more exciting driving experiences.

During Auto China 2026, we cordially invite you to visit Nexteer at Booth W1B03, Hall W1, China International Exhibition Center (Shunyi) in Beijing, to experience firsthand the breakthrough innovations of steer-by-wire and Motion-by-Wire™ technologies.

ABOUT NEXTEER AUTOMOTIVE

Nexteer Automotive (HK 1316) is a global leading motion control technology company accelerating mobility to be safe, green and exciting. Our innovative portfolio supports Motion-by-Wire™ chassis control, including electric and hydraulic power steering systems, steer-by-wire and rear-wheel steering systems, steering columns and intermediate shafts, driveline systems, software solutions and brake-by-wire. Celebrating 120 years of automotive innovation in 2026, Nexteer builds on a strong legacy of engineering excellence while continuing to shape the future of mobility. The company solves motion control challenges across all megatrends – including electrification, software/connectivity, ADAS/automated driving and shared mobility – for global and domestic OEMs around the world including BMW, Ford, GM, RNM, Stellantis, Toyota and VW, as well as automakers in India and China including BYD, Xiaomi, ChangAn, Li Auto, Chery, Great Wall, Geely, Xpeng and others. www.nexteer.com  

Links to Nexteer Media Center

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World IP Day 2026: PitchMark launches Ideas.Exchange to help creators safeguard and license ideas in the age of AI

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SINGAPORE, April 26, 2026 /PRNewswire/ — To mark World IP Day 2026, PitchMark® today launched Ideas.Exchange, a first‑of‑its‑kind platform designed to help creators assert intellectual property rights, license ideas, and formalise creative conversations in an increasingly AI‑driven economy.

Unveiled at Safeguard Your IP in the Age of AI, a media briefing hosted by CNBC’s Sri Jegarajah, the platform responds to growing concern that ideas are routinely used, reused or absorbed without attribution, consent or compensation—often with limited legal or commercial recourse.

“AI has amplified both the reach and the risk for creators,” said Mark Laudi, Managing Partner of PitchMark LLP. “Ideas.Exchange gives creators a way to protect themselves while still participating confidently in the market for ideas.”

At its core, the platform focuses on three interventions for creators:

Asserting IP rights by establishing proof of authorship and precedenceLicensing ideas without giving them away for freeFormalising conversations so pitches and evaluations are governed rather than informal

Ideas.Exchange is powered by three proprietary resources developed by PitchMark. These include a blockchain‑driven clearing house where ideas and creative works can be listed and licensed; smart contracts that automate usage terms and reduce disputes; and an IP Governance Certification Program designed to signal responsible handling of ideas, particularly in enterprise and AI contexts.

The result, PitchMark says, is three concrete outcomes: deterrence of idea theft, new ways to monetise ideas through structured licensing and price discovery, and a more level playing field that allows creators to pitch to clients and platforms on equal terms.

The launch comes amid renewed scrutiny of how intellectual property is treated in the AI era. While idea theft is rarely reported, its impact is significant. Beyond visible financial losses, organisations and creators often absorb hidden costs through talent attrition, innovation suppression and abandoned market opportunities.

“Most idea theft occurs informally and never reaches the courts,” said Prof David Llewelyn, Professor Emeritus of Law at Singapore Management University. “Introducing governance, traceability and standards is a meaningful step toward addressing that gap.”

Spokespeople including Prof Llewelyn, technology lawyer Bryan Ghows, and Mark Laudi are available for interview.

About PitchMark

PitchMark® deters idea theft and enables creatives to get paid by providing a trusted way to share and license ideas with prospects and clients.

 

View original content:https://www.prnewswire.com/apac/news-releases/world-ip-day-2026-pitchmark-launches-ideasexchange-to-help-creators-safeguard-and-license-ideas-in-the-age-of-ai-302753571.html

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