UC Chile Achieves Its First-Ever Student Patents, HUNO & KnitBall

For the ninth consecutive year, Universidad Católica (UC Chile) has maintained its position as Chile's leader in patent applications, according to the National Institute of Industrial Property (INAPI). As of December 2023, UC Chile has filed over 1,100 patent applications, with more than 300 patents officially granted to its researchers. 

However, 2024 marked a historic first: patents awarded to inventions created by students from the Schools of Design and Engineering. This achievement not only underscores the importance of invention disclosures but also reflects the University’s commitment to technology transfer and developing innovative solutions to real-world challenges—solutions that now extend beyond its faculty to its students. 
 
The patented projects include: 

• HUNO, designed by Angélica Hernández from the School of Design,  
• KnitBall, created by a team of engineering students: Catalina León, Pía Correa, Javiera Valdés, Fernando Ruiz, and Alexander Boutaud.  

Both projects highlight the students' keen ability to identify needs and craft creative, effective solutions.

HUNO: Innovative Tools for Bicycle Mechanics 

This innovative manual torque system is designed to tackle a frequent issue in bicycle workshops: injuries and discomfort caused by repetitive movements and poor ergonomic posture. 
 
The HUNO project rethinks how forces are applied in bicycle mechanics through modular components that offer two different geometric configurations. These configurations adapt to the technical and spatial requirements of the user, making HUNO a versatile and user-friendly solution. Beyond simplifying tasks, HUNO enhances ergonomics and minimizes the risk of injury, fostering a safer and more efficient work environment for both professional mechanics and cycling enthusiasts. 
 
“My project aims to reduce workplace injuries in bicycle workshops through a tool that optimizes the application and use of force—something I’ve named HUNO,” explained Angélica Hernández Huaman, the design student behind the innovation. 
 
Hernández credits her success to the support she received during the project. “My guiding professor, Luis Andueza, was instrumental in introducing me to the patent competition. The University’s Office of Transfer and Development also played a crucial role, guiding me through the process and helping bring my idea to life. I couldn’t have done this without them, and I’m deeply grateful for these types of opportunities that make it possible for academic knowledge to serve society.” 
 
Looking ahead, Hernández noted, “There’s still a lot to analyze and refine to ensure this project reaches the people it was designed for. I plan to continue working hard to make that happen.” She also hopes to collaborate with professionals from other fields: “An interdisciplinary team will help strengthen this project and establish it as a real improvement in the quality of life for its users.” 
 
Hernández emphasized the importance of valuing and supporting trades: “Trades are a fundamental part of our society—a pillar that often goes overlooked. I believe it’s our duty to acknowledge their contributions and address the challenges they face to ensure their continuity.”  

KnitBall: Enhancing Comfort for Crochet Enthusiasts 

KnitBall was designed to address a common problem faced by crocheters: the lack of ergonomic tools. Many knitters experience joint and muscle pain due to prolonged awkward postures and the strain placed on their fingers during repetitive motions. 
 
The tool incorporates an innovative internal rotating mechanism that accommodates crochet hooks of different thicknesses to provide users with a flexible and comfortable grip. By reducing finger pressure and preventing conditions like arthritis and tendonitis, KnitBall not only enhances productivity but also promotes a healthier and more sustainable lifestyle for crocheters. 
 
The project originated from the first-year course “Engineering Challenges,” where students are tasked with developing innovations to support micro, small, and medium-sized enterprises in diverse sectors across the country.  

“The course encourages first-year students to think creatively and design practical solutions that address current issues. This year, the focus was on supporting enterprises, which have had to adapt their operations considering recent economic challenges,” explained Catalina Cortázar, director of the initiative. 

Why Are Patents Important? 

Patents not only highlight the innovative value and originality of an invention but also serve as a mark of quality. They provide inventors with opportunities to negotiate licensing agreements—with the support of the university—with companies interested in their technology, opening doors to new revenue streams and professional prospects. For students, securing a patent can be a game-changer in their career development, showcasing their skills in innovation and the practical application of knowledge. 
 
This milestone demonstrates the tangible impact of student initiatives at UC Chile and the importance of protecting and valuing such inventions. This achievement reflects the university’s unwavering commitment to fostering innovation and technology transfer. It empowers students to transform their ideas into impactful realities that benefit society while also advancing their professional growth. 
 
As the Deputy Director of the Office of Transfer and Intellectual Property Bárbara Ribbeck explains, “the intellectual protection of research results facilitates technology transfer by recognizing creators and establishing clear rules for scaling innovations. It serves as an incentive for the time and resources invested in developing these innovations.” 
 
For students who secure patents, the possibilities are vast:

• they can launch startups,
• collaborate with companies to scale their solutions,
• or deepen their expertise in research and development.

Patents go beyond protecting technologies—they enable students to make a meaningful impact on their surroundings and position themselves as leaders in their respective fields. 

 
The granting of these patents is a testament to UC Chile's dedication to nurturing professionals who, through innovation and technology transfer, contribute solutions that benefit society as a whole.