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SECIHTI: A Year of Progress in Mexico’s Scientific Landscape

The Ministry of Science, Humanities, Technology, and Innovation (SECIHTI) has reached a significant milestone, celebrating its first year of operations. During this time, the Ministry has been pivotal in coordinating groundbreaking projects related to critical infrastructure, electromobility, and semiconductor development, all aimed at enhancing Mexico’s technical autonomy.

A Strategic Shift in Scientific Policy

The transition towards a centralized scientific policy initiated by SECIHTI is a decisive response to the pressing need for harmonizing the capabilities of public universities and research centers with national industrial objectives. Under the leadership of Rosaura Ruiz, the Minister of Science, Humanities, Technology, and Innovation, a robust framework has been established. This framework emphasizes the practical application of scientific knowledge, particularly in infrastructure development and advanced manufacturing solutions.

Rosaura Ruiz asserts that the administration is dedicated to translating academic and scientific knowledge into tangible benefits for society, focusing on welfare, social justice, and shared prosperity. This ambitious vision aims to integrate fundamental scientific inquiry with objectives geared toward technological sovereignty and competitiveness across various sectors.

Evolution of Scientific Governance

As SECIHTI prepares to mark its first anniversary on January 1, 2026, a significant evolution from fragmented research initiatives to a cohesive state-driven strategy is evident. The global landscape, characterized by intense technological competition, underscores the importance of control over computing capacities, energy transition, and microelectronics supply chains, elements crucial to determining a nation’s economic position.

Throughout 2025, the Ministry placed its strategic emphasis on four primary areas: high-performance computing infrastructure, electric mobility initiatives, semiconductor design capabilities, and the expansion of higher education enrollment. These strategic pillars aim to not only reduce dependence on foreign technologies but also cultivate a specialized workforce capable of meeting the demands of Industry 4.0 and beyond.

Innovative Infrastructure Projects

A landmark initiative, the Coatlicue project, represents the most substantial investment in digital infrastructure by the Mexican government, with an allocation of MX$6 billion. This advanced supercomputer, with a 24-month implementation timeline beginning in 2026, is expected to emerge as the most powerful public supercomputing infrastructure across Latin America.

In collaboration with the Agency for Digital Transformation and Telecommunications, Coatlicue will serve a variety of critical functions, including:

• Climate modeling and extreme weather predictions
• Simulation for national energy planning
• Comprehensive data analysis for public health and security
• Administrative irregularity detection to combat corruption

To bolster this emerging ecosystem, the government has also forged a partnership with the Barcelona Supercomputing Center to train Mexican specialists in high-performance computing. Coatlicue will be integrated into the National Supercomputing Cluster, enhancing Mexico’s scientific research environment.

Advancing Electromobility and Microelectronics

In the industrial sphere, the Olinia project aims to facilitate the national design of affordable electric vehicles (EVs). This ambitious technical development is rooted in inter-institutional collaborations among the Instituto Politécnico Nacional (IPN), the Universidad Nacional Autónoma de México (UNAM), and various public research institutions. Recent advancements have concentrated on innovating vehicle architecture and battery module configurations to establish indigenous intellectual property in sustainable mobility.

Simultaneously, the Kutsari strategy addresses critical vulnerabilities within the electronic component supply chain by establishing the National Semiconductor Design Center. This initiative spans key locations in Puebla, Jalisco, and Sonora and aims to create a cohesive silicon value chain. Esteemed institutions such as the Center for Research and Advanced Studies and the National Institute of Astrophysics, Optics, and Electronics are actively contributing to the development of local chip design capabilities.

Investing in Human Capital and Research

SECIHTI has proudly reported a 62.4% increase in scholarships for study abroad opportunities, boosting the number from 2,221 to 3,607 in the past year. Domestically, the Ministry oversees 98,223 graduate scholarships, with 2,467 of these being newly introduced. The National System of Researchers has also seen a growth of 2.3%, with membership now totaling 44,808.

In terms of higher education, the Rosario Castellanos National University has expanded its reach, now serving over 76,000 students. The ministry’s expansion plan aims to open academic units across all 32 states, working towards the presidential goal of establishing 330,000 new spaces in public universities.

In addition to these broad technological initiatives, SECIHTI coordinates an impressive 1,866 research projects across various fields, especially in basic sciences and humanities. The priority action lines for 2026 include:

• Development of solid biofuels aimed at enhancing rural community sustainability
• Formulating industrial policy strategies that reinforce national production capacities
• Preservation and documentation of indigenous languages and local histories

How AI legalese decoder Can Assist

In navigating these ambitious projects and partnerships, organizations may encounter complex legal documents, agreements, and compliance regulations. This is where the AI legalese decoder can play an invaluable role. By streamlining the process of understanding intricate legal language, AI legalese decoder enables stakeholders to focus on strategic decision-making and implementation rather than getting bogged down in convoluted legal texts.

With its capabilities, AI legalese decoder can help organizations interpret contracts and agreements related to government collaborations, funding, and academic partnerships, ensuring they are fully informed and compliant with the necessary legal frameworks. This tool can be particularly beneficial for universities and companies involved in high-stakes projects like those emphasized by SECIHTI, providing clarity and efficiency in the legal aspects of their operations.

As Mexico continues to solidify its role in the global technological arena, leveraging innovative tools like AI legalese decoder will be crucial in ensuring all stakeholders can effectively engage with the evolving landscape.

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