Portada Instituto de Materiales Avanzados-Tec de Monterrey EN

Institute of Advanced Materials for Sustainable Manufacturing

At Tec de Monterrey, state of the art knowledge and research about advanced materials and manufacturing models are the best way to resolve the enormous challenges that have resulted from the current development model.

PURPOSE & VISION

We want to contribute to a carbon-neutral economy through the discovery, development, and creation of advanced materials to achieve sustainable manufacturing.

At IAMSM, our purpose is to forge cutting-edge scientific and technological knowledge, offering insightful analyses, innovative ideas, and solutions that propel a sustainable production model.

Through interdisciplinary collaboration, we generate advanced materials, pioneering manufacturing processes, and technology-based businesses while advocating for supportive public policies.

Our vision extends beyond innovation; we envision a future where sustainable manufacturing is not just a practice but a global standard. We strive to be the catalysts for a paradigm shift in the industry, leading towards a harmonious coexistence between technological progress and ecological preservation.

Faculty position open!

3rd International Conference on Advanced Materials and Additive Manufacturing: Implications of Nearshoring

2022

Creation of the Institute and first International Conference

2023

Additive Manufacturing Core Lab Inauguration
Strategic Partners: Southwest, MIT, NTU, Alberta

2024

10 Professors Top 500 LATAM

2030

LATAM Top Institute for research and collaboration

Innovative scientific solutions for materials discovery to achieve sustainable manufacturing.

IMPACT AREAS

Embarking on a transformative journey, IAMSM directs its focus towards six interdisciplinary areas, each a beacon of innovation in the pursuit of sustainable manufacturing.

impact areas serve as the compass guiding our pursuit of transformative change.

Revolutionizing creation through precision and efficiency in 3D printing.

Smart Materials
Intelligent materials adapting, pushing boundaries in functionality & design.

Sustainable Plastics
Reshaping materials with eco-friendly alternatives for a sustainable future.

Biowaste Management
Transforming waste into valuable resources, embracing circular economy principles.

CO2 Products and Capture
Harnessing CO2 for positive environmental impact, beyond mere mitigation.

Digital Technologies
Harmonizing tech and sustainability for accelerated eco-friendly manufacturing solutions.

LEADERSHIP AT THE INSTITUTE

Our Institute operates at the forefront of materials science, driving innovation across nine key research areas, from pioneering lightweight and intelligent materials to innovating manufacturing processes and enabling technologies. We're committed to collaborative research, our approach ensures seamless integration between units, fostering interdisciplinary synergy for transformative solutions.

ADVANCED MATERIALS

- Lightweight Materials
- Smart Materials
- Biopolymers

MANUFACTURING PROCESSES FOR ADVANCED MATERIALS

- High-Performance Manufacturing
- Sensing and Smart Manufacturing

ADVANCED MATERIALS ENABLING TECHNOLOGIES

- For Rapid Material Discovery and Development
- For Process Optimization and Redesign

STRATEGIC PROJECTS

- CO2 Capture, Utilization, and Mitigation
- Bioprocesses

Nuestras colaboraciones

Industry collaborations

From industry giants to innovative disruptors, our collaborative network is a testament to the shared dedication to transformative progress and the collective pursuit of a more sustainable future.

Academic collaborations

Our strategic alliances span from leading academic institutions, both nationally and internationally. Together, we drive innovation and advanced sustainable manufacturing practices through collaborative research partnerships to tackle the most pressing challenges facing our world today.

Learn about the technological challenges and support policies necessary to strengthen the productive chains required by nearshoring investments in Mexico.

Download the report here (spanish version)

Projects and publications

Integrated Measuring and Data Analysis Framework for Sustainable Manufacturing >

Chemical treatment for rubber waste to recycle by degradation and obtain sustainable products >

Characterization of Mode I and II Interlaminar Fracture Toughness in Onyx/Aramid 3D Printed Composites >

Multivariable milling tool design based on Machine Learning techniques >

Clustering Cardiopulmonary Exercise Tests Results for Personalized E-bike Training >

Implementation of a Robotic Arm for Manufacturing Analysis Using Image Acquisition and Processing for Tracking Moving Objects >

Design and Development of a 3D Bioprinter Basedon a Robotic Manipulator for Arbitrarily ShapedScaffolds in Tissue Engineering Applications >

Tailored Industrial Solar Solutions: Enhancing Safety and Efficiency through Generative AI >

Synthesisand Therapeutic Applications of Mesoporous Silica Nanoparticles >

Enhancing Agricultural Efficiency with AtmosTrace >

Enhancing EEG-Based Brain-Computer Interfaces for Inner Speech Decoding: A Novel Feature Extraction Method Using the Inter-Trial Coherence Framework>

Innovative Development of Sustainable Carbon Fiber Composites >

Sustainable ABS filament development for 3D printing by Fused Deposition Modeling (FDM) >

Instituto de Materiales Avanzados para la Manufactura Sostenible

Nombre

Apellido(s)

Correo electrónico

País de procedencia

Mensaje (máximo 150 palabras)

Nombre de la Institución

Giro Empresarial

Otro

Puesto

Help

He leído y acepto los términos y condiciones del AVISO DE PRIVACIDAD

Follow us at our official IAMSM social media channels:

Instituto de Materiales Avanzados para la Manufactura Sostenible

Propósito y visión

We want to contribute to a carbon-neutral economy through the discovery, development, and creation of advanced materials to achieve sustainable manufacturing.

At IAMSM, our purpose is to forge cutting-edge scientific and technological knowledge, offering insightful analyses, innovative ideas, and solutions that propel a sustainable production model.

Through interdisciplinary collaboration, we generate advanced materials, pioneering manufacturing processes, and technology-based businesses while advocating for supportive public policies.

Faculty position open!

3rd International Conference on Advanced Materials and Additive Manufacturing: Implications of Nearshoring

2022

Creation of the Institute and first International Conference

2023

Additive Manufacturing Core Lab Inauguration
Strategic Partners: Southwest, MIT, NTU, Alberta

2024

10 Professors Top 500 LATAM

2030

LATAM Top Institute for research and collaboration

Soluciones científicas innovadoras para el descubrimiento de materiales para lograr una manufactura sostenible

Áreas de Impacto

A través de la transformación, el IAMSM dirige su enfoque hacia seis áreas interdisciplinarias, cada una representa un concepto de innovación en busca de la manufactura sostenible.

Las áreas de impacto sirven como la brújula que guía nuestra búsqueda de un cambio transformador.

Revolutionizing creation through precision and efficiency in 3D printing.

Smart Materials
Intelligent materials adapting, pushing boundaries in functionality & design.

Sustainable Plastics
Reshaping materials with eco-friendly alternatives for a sustainable future.

Biowaste Management
Transforming waste into valuable resources, embracing circular economy principles.

CO2 Products and Capture
Harnessing CO2 for positive environmental impact, beyond mere mitigation.

Digital Technologies
Harmonizing tech and sustainability for accelerated eco-friendly manufacturing solutions.

Liderazgo en el Instituto

Nuestro Instituto opera en la vanguardia de la ciencia de materiales, impulsando la innovación en nueve áreas clave de investigación, desde materiales ligeros e inteligentes pioneros hasta procesos de manufactura innovadora y tecnologías habilitadoras. Estamos comprometidos con la investigación colaborativa, nuestro enfoque garantiza una integración perfecta entre unidades, fomentando la sinergia interdisciplinaria para soluciones transformadoras.

ADVANCED MATERIALS

- Lightweight Materials
- Smart Materials
- Biopolymers

MANUFACTURING PROCESSES FOR ADVANCED MATERIALS

- High-Performance Manufacturing
- Sensing and Smart Manufacturing

ADVANCED MATERIALS ENABLING TECHNOLOGIES

- For Rapid Material Discovery and Development
- For Process Optimization and Redesign

STRATEGIC PROJECTS

- CO2 Capture, Utilization, and Mitigation
- Bioprocesses

Nuestras colaboraciones

Colaboraciones Industriales

Desde gigantes de la industria hasta innovadores disruptores, nuestra red colaborativa es un testimonio de la dedicación compartida al progreso transformador y la búsqueda colectiva de un futuro más sostenible.

Colaboraciones académicas

Nuestras alianzas estratégicas abarcan instituciones académicas líderes, tanto a nivel nacional como internacional. Juntos, impulsamos la innovación y avanzamos en prácticas de manufactura sostenible a través de asociaciones de investigación colaborativa para enfrentar los desafíos más urgentes que enfrenta nuestro mundo hoy.

Learn about the technological challenges and support policies necessary to strengthen the productive chains required by nearshoring investments in Mexico.

Download the report here (spanish version)

Proyectos y publicaciones

Integrated Measuring and Data Analysis Framework for Sustainable Manufacturing >

Chemical treatment for rubber waste to recycle by degradation and obtain sustainable products >

Characterization of Mode I and II Interlaminar Fracture Toughness in Onyx/Aramid 3D Printed Composites >

Multivariable milling tool design based on Machine Learning techniques >

Clustering Cardiopulmonary Exercise Tests Results for Personalized E-bike Training >

Implementation of a Robotic Arm for Manufacturing Analysis Using Image Acquisition and Processing for Tracking Moving Objects >

Design and Development of a 3D Bioprinter Basedon a Robotic Manipulator for Arbitrarily ShapedScaffolds in Tissue Engineering Applications >

Tailored Industrial Solar Solutions: Enhancing Safety and Efficiency through Generative AI >

Synthesisand Therapeutic Applications of Mesoporous Silica Nanoparticles >

Enhancing Agricultural Efficiency with AtmosTrace >

Enhancing EEG-Based Brain-Computer Interfaces for Inner Speech Decoding: A Novel Feature Extraction Method Using the Inter-Trial Coherence Framework>

Innovative Development of Sustainable Carbon Fiber Composites >

Sustainable ABS filament development for 3D printing by Fused Deposition Modeling (FDM) >

Contáctanos

Nombre

Apellido(s)

Correo electrónico

País de procedencia

Mensaje (máximo 150 palabras)

Nombre de la Institución

Giro Empresarial

Otro

Puesto

Help

He leído y acepto los términos y condiciones del AVISO DE PRIVACIDAD

Follow us at our official IAMSM social media channels:

Research Lab

People gathered in a meeting room, actively participating in a collaborative work session.

Research Lab

The Research Lab is committed to conducting innovative interdisciplinary research that addresses the most pressing challenges facing education worldwide.

Educational Impact:

Address educational challenges through the lens of interdisciplinary research.
Generate relevant research results.
Create intellectual property conducive to technology transfer and entrepreneurship.
Improve student educational experiences and outcomes.

The Research Lab comprises four research units:

Competency-Based Education (CBE): Develop robust approaches and methodologies conducive to the effective implementation of CBE systems.
Effective and Engaging Learning Models: Create learning models designed to foster engagement and motivation across diverse learners.
Educational Technology: Explore educational technologies to improve learning outcomes and scale solutions that promote inclusivity and diversity in global societies.
Policy, Governance, and Systems: Formulate and analyze public policies, regulatory measures, governance frameworks, and best practices to advance systemic change in higher education and lifelong learning.

Research Lab Projects

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Shaping Skills

This project, involving universities from across multiple countries, aims to develop a dynamic and adaptable framework for understanding and anticipating the future skills required in the Industry 4.0 labor market.

The project seeks to create a responsive model that evolves with technological advances and changing economic conditions through interdisciplinary research that integrates insights from educational technology, artificial intelligence, and labor market analysis. This dynamic model facilitates continuous learning and skill development, which is critical for addressing the rapid pace of change in industry needs.

Learn more about this project at: www.shapingskills.mx

E4C&CT—Ecosystem for Scaling Up Computational Thinking and Reasoning for Complexity

The E4C&CT project aims to transform education by integrating computational and complex thinking as key competencies for the digital age.

Built on advanced technologies like AI, data mining, and virtual labs, the platform offers inclusive, personalized, and competency-based learning aligned with the UN Sustainable Development Goals.

Learn more about this project at: e4cct.mx

Maker & STEM Education: Equal access to progressive pedagogies to boost STEM development for all women

This project develops and evaluates an integrated ecosystem of learning, mentoring, and collaboration based on optimizing Maker Education in Latin America. The main objective is to promote women’s participation and empowerment in STEM disciplines. This approach seeks to increase women’s inclusion in the STEM workplace and enhance their progress and professional development in these fields.

Learn more about this project at: makerwomenstem.eu

Robotic arm operating in an industrial or automation environment.

SHINE: Sustainable Hub for Innovative e-Mobility Education

This collaboration between King’s College London and Tecnológico de Monterrey aims to develop a virtual learning platform for e-mobility education. It seeks to bridge the skills gap in Mexico and the UK, promoting sustainable mobility solutions. The platform will offer interactive, industry-relevant content, AI-driven personalized learning, and assessment tools. Key goals include accreditation, knowledge exchange through mobility programs, and long-term sustainability via industry partnerships and research funding, ultimately supporting the growth.

Learn more about this project at: ev-lh.com

MOCHILA: Microcredentials in Higher Education for Latin America and the Caribbean - Mexico, Dominican Republic, Chile, and Guatemala

MOCHILA seeks to strengthen the capacities of Higher Education Institutions (HEIs) in Latin America and the Caribbean (LAC) to design and issue digital micro-credentials in response to the growing labor market demands for retraining and professional development, especially in areas such as engineering, health, and entrepreneurship.

Learn more about this project at: www.proyectomochila.org

Gradient background: blue, light blue, and green

EcoEmprende: Driving SMEs Toward Sustainability and Innovation

This project involves developing a specialized training program for MSME staff in Mexico City (1,000 people) to foster entrepreneurial skills and generate innovative ideas. The program focuses on equipping participants with tools and knowledge to drive sustainable development and increase their capacity to adapt to climate change in alignment with the objectives of the 2018-2024 National Development Plan.

Learn more about this project at: www.ecoemprende.net

Outstretched hand holding a luminous, floating representation of a brain with simulated electrical connections.

CTE4A – Education for Complex Thinking for All: A digital center and school for lifelong learners

The CTE4A project aims to create a digital collaborative hub to train lifelong learners in complex thinking skills, such as scientific, critical, systemic, innovative, and computational thinking. It offers an openaccess platform that uses AI, Open Educational Resources (OERs), and immersive learning technologies to provide personalized learning experiences. The CTE4A Digital Hub will serve as a repository for OERs and cater to learners from academia, industry, civil society, and government. A key feature is the integration of micro-credentials and certifications aligned with the CONOCER Competence Standard, ensuring formal recognition of acquired skills.

Learn more about this project at: www.research4challenges.world/complex-thinking-education-for-all

Person using virtual reality goggles interacting with a digital model of planet Earth, surrounded by graphs and technological connections.

Exploring Online Learning in VR-Supported STEM Laboratories

This project aims to develop immersive laboratory experiences in science, technology, engineering, and mathematics (STEM) using virtual reality and real-time reconstructed avatars that foster personalized learning, increased engagement, team communication, enjoyment, collaborative planning, group self-efficacy, and accessibility. These experiences will allow for a comprehensive evaluation of student outcomes compared to traditional laboratory environments.

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Research Lab

Personas reunidas en una sala de juntas, participando activamente en una sesión de trabajo colaborativo.

Research Lab

The Research Lab is committed to conducting innovative interdisciplinary research that addresses the most pressing challenges facing education worldwide.

Impacto educativo:

Abordar los desafíos educativos a través del lente de la investigación interdisciplinaria.
Generar resultados de investigación relevantes.
Crear propiedad intelectual propicia para la transferencia de tecnología y el emprendimiento.
Mejorar las experiencias y resultados educativos de los estudiantes.

Research Lab comprende de cuatro unidades de investigación:

Educación basada en competencias (CBE): Desarrollar enfoques y metodologías sólidas que propicien la implementación efectiva de sistemas CBE.
Modelos de aprendizaje eficaces y atractivos: Crear modelos de aprendizaje diseñados para fomentar el compromiso y la motivación entre diversos aprendedores.
Tecnología educativa: Explorar tecnologías educativas para mejorar los resultados de aprendizaje y escalar soluciones que promuevan la inclusión y la diversidad en las sociedades globales.
Políticas, gobernanza y sistemas: Formular y analizar políticas públicas, medidas regulatorias, marcos de gobernanza y mejores prácticas para promover el cambio sistémico en la educación superior y el aprendizaje permanente.

Proyectos del Research Lab

Mano usando un lápiz digital sobre una pantalla, con una superposición de un globo terráqueo conectado por nodos y líneas, simbolizando tecnología global y análisis de datos.

Shaping Skills

Este proyecto, que involucra universidades de multiples países, tiene como objetivo desarrollar un marco dinámico y adaptable para comprender y anticipar las habilidades del futuro requeridas en el mercado laboral de la Industria 4.0. El proyecto busca crear un modelo receptivo que evolucione con los avances tecnológicos y las condiciones económicas cambiantes, mediante investigación interdisciplinaria que integra conocimientos de tecnología educativa, inteligencia artificial y análisis del mercado laboral. Este modelo dinámico facilita el aprendizaje continuo y el desarrollo de habilidades, lo cual es fundamental para responder al ritmo acelerado de cambio en las necesidades de la industria.

Más información sobre este proyecto en: www.shapingskills.mx

E4C&CT—Ecosistema para escalar el pensamiento computacional y el razonamiento para la complejidad

El proyecto E4C&CT tiene como objetivo transformar la educación mediante la integración del pensamiento computacional y complejo como competencias clave para la era digital.

Basada en tecnologías avanzadas como IA, minería de datos y laboratorios virtuales, la plataforma ofrece aprendizaje inclusivo, personalizado y basado en competencias, alineado con los objetivos de desarrollo sostenible de la ONU.

Más información sobre este proyecto en: e4cct.mx

Educación Maker & STEM: Igualdad de acceso a pedagogías progresivas para impulsar el desarrollo STEM para todas las mujeres

Este proyecto desarrolla y evalúa un ecosistema integrado de aprendizaje, mentoría y colaboración basado en la optimización de la educación Maker en América Latina. El objetivo principal es promover la participación y el empoderamiento de las mujeres en disciplinas STEM. Este enfoque busca aumentar la inclusión de las mujeres en el ámbito laboral STEM y mejorar su progreso y desarrollo profesional en estos campos.

Más información sobre este proyecto en: makerwomenstem.eu

Brazo mecánico operando en un entorno industrial o de automatización.

SHINE: Centro sostenible para la educación innovadora en electromovilidad

Esta colaboración entre King’s College London y el Tecnológico de Monterrey tiene como objetivo desarrollar una Plataforma de aprendizaje virtual para la educación en electromovilidad. Busca cerrar la brecha de habilidades en México y el Reino Unido, promoviendo soluciones de movilidad sostenibles.

La plataforma ofrecerá contenido interactivo relevante para la industria, aprendizaje personalizado impulsado por IA y herramientas de evaluación. Los objetivos clave incluyen acreditación, intercambio de conocimientos mediante programas de movilidad y sostenibilidad a largo plazo a través de asociaciones industriales y financiamiento para investigación, apoyando en última instancia el crecimiento.

Más información sobre este proyecto en: ev-lh.com

MOCHILA: Microcredenciales en educación superior para América Latina y el Caribe - México, República Dominicana, Chile y Guatemala

MOCHILA busca fortalecer las capacidades de las Instituciones de Educación Superior (IES) en América Latina y el Caribe (ALC) para diseñar y emitir microcredenciales digitales en respuesta a la creciente demanda del mercado laboral de actualización profesional y desarrollo, especialmente en áreas como ingeniería, salud y emprendimiento.

Más información sobre este proyecto en: www.proyectomochila.org

EcoEmprende: Impulsando las PYMES hacia la sostenibilidad y la innovación

Este proyecto implica el desarrollo de un programa de capacitación especializado para el personal de MiPyMEs en la Ciudad de México (1,000 personas) para fomentar habilidades emprendedoras y generar ideas innovadoras. El programa se centra en dotar a los participantes de herramientas y conocimientos para impulsar el desarrollo sostenible y aumentar su capacidad de adaptación al cambio climático, en alineación con los objetivos del Plan Nacional de Desarrollo 2018-2024.

Más información sobre este proyecto en: www.ecoemprende.net

Mano extendida sosteniendo una representación luminosa y flotante de un cerebro con conexiones eléctricas simuladas.

Educación para el pensamiento complejo para todos (CTE4A): Un centro digital y escuela para aprendedores

El proyecto CTE4A tiene como objetivo crear un centro colaborativo digital para capacitar a aprendedores de por vida en habilidades de pensamiento complejo, como pensamiento científico, crítico,sistémico, innovador y computacional. Ofrece una plataforma de acceso abierto que utiliza IA, Recursos Educativos Abiertos (REA) y tecnologías de aprendizaje inmersivo para proporcionar experiencias de aprendizaje personalizadas.

El centro digital CTE4A servirá como repositorio de REA y atenderá a estudiantes de la academia, la industria, la sociedad civil y el gobierno. Una característica clave es la integración de microcredenciales y certificaciones alineadas con el estándar de competencia CONOCER, garantizando el reconocimiento formal de las habilidades adquiridas.

Más información sobre este proyecto en: www.research4challenges.world/complex-thinking-education-for-all

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Explorando el aprendizaje en línea en laboratorios STEM con soporte de realidad virtual

Este proyecto tiene como objetivo desarrollar experiencias de laboratorio inmersivas en ciencia, tecnología, ingeniería y matemáticas (STEM) utilizando realidad virtual y avatares reconstruidos en tiempo real que fomenten el aprendizaje personalizado, mayor compromiso, comunicación en equipo, disfrute, planificación colaborativa, autoeficacia grupal y accesibilidad. Estas experiencias permitirán una evaluación integral de los resultados estudiantiles en comparación con entornos de laboratorio tradicionales.

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IFE Impact Reports

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IFE Impact Reports

The IFE Impact Reports present a summary of the achievements of all initiatives undertaken by the Institute for the Future of Education over a one-year period. Through a diverse portfolio of initiatives, the Institute engages in partnerships with academia, industry experts, policymakers, and visionary leaders to shape the future of the educational landscape.

This report is structured into four key sections:

Interdisciplinary Research: Through its initiatives, the Institute promotes a research culture that addresses educational challenges through interdisciplinary collaborations and knowledge sharing. Its approach involves designing research projects aligned with educational goals, collecting and analyzing data, and collaborating with other researchers and educators to improve teaching practices and learning outcomes.

Entrepreneurship and Technology Transfer: These initiatives aim to strengthen the EdTech ecosystem through programs, awards, and networking events, fostering collaboration and knowledge exchange. They also encourage the generation of intellectual property and technology transfer, all to transform education through technological entrepreneurship.

Impact Projects and Consulting: Through these initiatives, the Institute also promotes job mobility by equipping individuals with a suitable skill set to access better opportunities and improve their quality of life. Additionally, it offers consulting services focused primarily on designing and implementing new educational models.

Dissemination and Community Building: These initiatives drive a culture of educational innovation, impacting the educational ecosystem through open resources and content. They also create and strengthen educational communities to foster collaboration and idea exchange, ultimately generating a positive impact on society.

The IFE Impact Report is more than just a document; it is an invitation to join the effort to improve education worldwide. Readers will find inspiration in the achievements reached, as well as in the stories of collaboration that have been essential in driving these advances. As they explore the report, they will discover concrete examples of how educational innovation and research can transform lives and open new learning opportunities.

IFE Impact Report (March 2024 to February 2025

This report highlights the achievements and impact of the Institute for the Future of Education during the period from March 2024 to February 2025.

Over the past year, we have made significant strides in educational innovation across Latin America and other regions. These accomplishments have been made possible through close collaboration with our partners, with whom we share a strong commitment to transforming education.

We invite you to download the IFE Impact Report and explore the stories behind each initiative. We hope this report serves as a source of inspiration and encourages you to join our mission to improve lives through educational transformation

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IFE Impact Report (March 2023 to February 2024)

This report presents a summary of our achievements for the period from March 2023 to February 2024. This has been an extraordinary year, and as we reflect on the journey we’ve undertaken and the milestones we’ve achieved, we are reminded of the significant strides we’ve made towards our purpose of improving higher education and lifelong learning through research-driven educational innovation.

We invite you to download the IFE Impact Report and join our dream of improving the lives of millions of people through the transformation of education.

PDF | Download File

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IFE Impact Reports

DOWNLOAD REPORT

IFE Impact Reports

This report is structured into four key sections:

IFE Impact Report (March 2024 to February 2025

This report highlights the achievements and impact of the Institute for the Future of Education during the period from March 2024 to February 2025.

PDF | Download File

IFE Impact Report (marzo de 2023 a febrero de 2024)

Este reporte de impacto presenta un resumen de nuestros logros para el período de marzo de 2023 a febrero de 2024. Este ha sido un año extraordinario y, al reflexionar sobre el camino que hemos recorrido y los hitos que hemos alcanzado, recordamos los avances significativos que hemos logrado hacia nuestro propósito de mejorar la educación superior y el aprendizaje a lo largo de la vida a través de la innovación educativa basada en la investigación.

Te invitamos a descargar el IFE Impact Report y a unirte a nuestro sueño de mejorar la vida de millones de personas a través de la transformación de la educación.

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