Ciudad Juárez, Chihuahua – The Institute of Engineering and Technology (IIT) at the Autonomous University of Ciudad Juárez (UACJ) is making significant strides in preparing its students for the evolving industrial landscape of the region. With an investment of over 6.9 million pesos from the federal U079 program, the IIT has acquired cutting-edge technology to modernize its laboratories, directly addressing the urgent need for skilled professionals in Ciudad Juárez’s electronics-driven industrial sector.
Federal Investment Transforms Engineering Education
Dr. Erwin Adán Martínez Gómez, director of the IIT, expressed enthusiasm for the completed investment, highlighting its origin from an extraordinary resource secured last year, aimed at expanding enrollment. The U079 federal program is designed to bolster higher education in Mexico by broadening its reach, enhancing facilities, and promoting free access to education.
The impact of this investment is tangible within the IIT’s laboratories. New equipment, some of which are unique in the region, is already transforming the learning experience. This includes robotic arms for Mechatronics, over 50 oscilloscopes for Intelligent Electronic Systems, total stations for topography, high-precision GPS equipment, and a 3D laser scanner capable of capturing half a million points per second.
“This is new, state-of-the-art equipment that allows us to increase the usability of didactic material for students, especially practical experience, which is what this equipment strengthens,” stated Dr. Erwin Martínez.
Furthermore, the automation laboratory has been reinforced with technology acquired through an additional investment of approximately 2.6 million pesos from the same federal program.
Bridging the Gap Between Academia and Industry
Dr. Roberto Romero López, head of the Department of Industrial and Manufacturing Engineering, explained that this new equipment primarily benefits the Mechatronics Engineering program, which has an enrollment of approximately 1,600 students across the Norte and Ciudad Universitaria campuses. However, its reach extends beyond a single discipline.
Dr. Miguel Ángel García Terán, coordinator of Mechatronics, elaborated that the integration of robotic stations, sensing systems, and acquisition and control technologies will enhance teaching in areas such as robotics, interface design, and mechatronic development. This will also benefit students in mechanical, manufacturing, and industrial engineering, while opening new avenues for applied research in automatic control.
For faculty members like Dr. Alma Guadalupe Rodríguez Ramírez, the true value of this equipment lies in its direct impact on student training. She noted that students can now work with industry-standard technology, fostering skills in automation, control, robotics, and programming through integrated projects. “This exposure to real-world scenarios not only strengthens their learning but also gives them confidence to tackle problems outside the classroom,” she said. Dr. Rodríguez Ramírez added that making mistakes in a university setting is an essential part of the learning process before entering the workforce.
Advanced Tools for Civil Engineering
In Civil Engineering, the technological leap is particularly evident. For years, students relied on equipment up to 15 years old. Today, the situation is vastly different. “The 3D scanner allows us to perform real-time, large-scale surveys with millimeter precision,” explained Dr. Sergio Alvarado Soto, describing a piece of equipment valued at over a million pesos. “These are among the most modern pieces of equipment available on the market.”
What once required multiple processes for a topographic survey can now be completed in a single intervention, generating digital models ready for analysis and design.
Dr. Abraham Leonel López, head of the Department of Civil and Environmental Engineering, emphasized that the benefits extend beyond just the technology. “The importance lies in the fact that the increase in enrollment demands more equipment. This allows students to have more individualized use and better preparation,” he stated. He also highlighted the university’s role in providing services to the community, from supporting low-income individuals to collaborating with organizations like the Mexican Chamber of the Construction Industry.
Intelligent Electronic Systems: A Response to Local Industry Demands
Ciudad Juárez, as an industrial border city, demands constant innovation. Mtro. Héctor Manuel Loya Caraveo, coordinator of the new Intelligent Electronic Systems engineering program, underscored this reality. “Electronics in Juárez are everywhere,” he affirmed. “Industry has 80, 90% electronics in its processes.”
The new program is a direct response to the city’s economic reality, integrating electronics with artificial intelligence. “It’s like an upgrade,” he explained. “We are looking forward: devices that work without internet, artificial intelligence integrated directly into the equipment… that’s what’s coming.” This forward-thinking approach also translates into improved conditions for families. “Graduates go to local industry. That impacts better salaries, development for companies and for the city.”
Student Perspectives: Ready for the Future
Students are already experiencing the positive changes. From the Intelligent Electronic Systems Laboratory, Omar Ulises Fernández Guardiola demonstrated one of the new oscilloscopes. “It will be the main tool in all subjects, from the basic to the most advanced,” he enthusiastically stated. “It has many more functions, it’s touch, it connects to a phone, to a mouse…” he added, detailing its advantages. “I feel proud… to see these kinds of actions in my University, it truly is a source of pride.”
In Civil Engineering, Jared Luna Jasso, a student, echoed similar sentiments regarding the new topography equipment. “It’s an excellent acquisition. We have already had the opportunity to use the scanner and understand how it works.” For these students, it’s more than just equipment; it’s a gateway to the future, demonstrating that investing in education is investing in development.
Closing the Gap and Future Projections
Behind every new piece of equipment lies a central idea: to better prepare students for what they will encounter in the professional world. “Industry and academia link up, and from there comes the importance of closing that gap between what is learned at university and what is worked on in industry,” emphasized Dr. Erwin Martínez. This gap closure is crucial in a city like Juárez, where logistics, advanced manufacturing, and electronics dictate the pace of growth.
The IIT is already planning further developments, including a comprehensive physics laboratory at Ciudad Universitaria and equipment for the logistics area, which is considered strategic for the region’s future. Despite these advancements, there’s a clear understanding: “Technology doesn’t give us a break,” warned the IIT director. “Every day there are new things, and we have to stay current and at the forefront.”
Dr. Nelly Gordillo Castillo, head of the Department of Electrical and Computer Engineering, views these supports not just as resources but as commitments. “It is very important that the government is aware of this commitment we have to industry and society,” she noted. She stressed that training professionals depends not only on the university’s vocation but also on institutional support that provides real tools to those about to graduate.
In the corridors of the IIT, amidst new equipment and students exploring them, a clear idea emerges: the industrial future of Ciudad Juárez begins not only in the maquiladoras but also in the classrooms. It is there, where an oscilloscope ceases to be theoretical, where a 3D scanner transforms data into reality, and where a student understands, for the first time, that they are ready to face what lies ahead. Because in a city that demands cutting-edge advancements, education cannot afford to lag behind. And today, thanks to this impetus, it is beginning to move at the same pace.
Source: comunica.uacj.mx/27-03-2026/95518
