Applied science that leaves a mark, the patents of Margarita Tecpoyotl
In San Matías Cocoyotla, Puebla, Margarita Tecpoyotl grew up in a context where, years ago, pursuing studies beyond basic education was not the norm. When her family moved to the city of Cholula, it brought a significant shift, not only in place, but also in the social environment. Adapting to a new setting came with challenges and lessons that shaped how she moved forward. Looking back on that period, Margarita points to a principle that has accompanied her throughout her professional life: “I learned that motivation is one of the best ways to overcome obstacles.”
In a community where education was not always expected of women, she found support to continue her training and build her academic path. Her trajectory developed steadily, from a solid foundation in mathematics to electronics as a space to apply knowledge and create solutions. Over time, her background in mathematics and electronics shaped a way of working that focused on building technologies with practical applications, not just producing academic results.
From prototype to protected invention
In Margarita Tecpoyotl’s lab, research begins with a concrete question and the identification of a real need. Projects are carried out with academic rigor, but always with an emphasis on tangible results and on building prototypes that make ideas real.
Her engagement with patents emerged when it became clear that these developments could also be protected. From that point on, her research incorporated an additional strategic dimension. Beyond the scientific state of the art, questions of application and context also began to matter, integrating intellectual property as a natural part of the research and development process.
Bringing an invention from lab to market
One important turning point came when she and her students developed an antenna recognized internationally for its compact design for over-the-air television. Presenting that work more widely also introduced her to technology transfer and to the possibility of moving research beyond the university. Beyond the recognition itself, the experience brought her into contact for the first time with the concept of technology transfer and with the possibility of thinking about her developments beyond the academic sphere.
The experience seems to have shifted how she saw invention. Technical merit still mattered, but so did timing, protection, and whether the work could realistically be licensed or transferred. From there, her work began to bring research, product development and pathways to real-world applications into sharper alignment.
IP strategy key to a technology transfer’s success
Building on her earlier experience, Margarita Tecpoyotl, with one of her students, founded Inntecver S.A. de C.V. as a space to explore the commercialization of research-based technological developments. It was less a conventional startup than a practical experiment in commercialization, a way to test how research could move from the university into actual use. The process brought challenges, from choosing the right partners to managing multiple variables in a changing environment, yet the overall outcome was clearly formative.
At a time when Mexico’s technology transfer ecosystem was still consolidating, the experience helped her identify, with greater clarity, what it takes to license a technology. That included understanding market barriers, the importance of know-how, technical requirements and certifications and the value of specialized guidance. That experience appears to have reinforced a practical view she still holds, IP can improve licensing and negotiation, but only when the protection strategy is considered early.
Technology-based entrepreneurship
Margarita Tecpoyotl’s learning in research, patents and technology transfer is reflected directly in her academic work. She has contributed to the design of study programs and the creation of training pathways in which intellectual property and knowledge commercialization are treated as central parts of the educational process.
From undergraduate to graduate levels, she promotes spaces that allow students to see technology-based entrepreneurship as a real option at the end of their studies. A consistent principle in her work is full recognition of those who contribute to inventions. Students who actively participate in developing new technologies alongside her are included and recognized as inventors on the patent applications, reinforcing a culture of collaboration, merit and practical learning.
For Margarita, intellectual property is part of how research becomes usable. She treats it as a practical tool that can support transfer, clarify contributions, and prepare students to think beyond the lab.
The legal strategy, turning inventions into transferable assets
Behind every granted patent is carefully structured technical and legal work. In Margarita Tecpoyotl’s case, the protection strategy is grounded in the essential principles of patentability: novelty, inventive step and industrial applicability. The patent applications aim to describe, with precision, each invention’s operating principles and key configurations, while also maintaining a level of generality that allows for different variants. This drafting approach can support claims covering more than one specific embodiment while still staying anchored in the invention’s core technical features.
Institutional development has also mattered. At the Autonomous University of the State of Morelos, the Knowledge Transfer Office began operating in 2014. This support made it possible to organize the patent portfolio more systematically and to rely on specialized guidance throughout the protection process. Its importance seems to go beyond patent counts. The office helped organize filings, involve students more systematically as coinventors, and create documentation that would support later transfer or licensing.
The contractual layer completes this pathway. Collaboration agreements facilitate sustained joint work and can lead to new developments, while licensing agreements structure the transfer of patents and the associated know-how. These instruments set out rights, responsibilities and clear conditions and they are what allow a protected invention to become a concrete solution with economic and social impact. Margarita’s experience reflects this process with clarity and a practical long-term outlook.
Technology transfer as continuous learning
When Margarita Tecpoyotl reflects on her trajectory, she does not describe it as a collection of isolated achievements, but as a continuous process of learning. In her own words, that idea is distilled into a line that captures the spirit of her work and of this story: “That is how a life of study began and in truth it has not stopped to this day, because I learn every day and that is wonderful.”
That long period of learning is visible in her patents, her prototypes, and the way she works with students across disciplines. It is also visible in how she approaches technology transfer, including licensing, technical requirements, and institutional support. Her experience suggests that research has a better chance of reaching practical use when protection and commercialization are considered early.
