Technical education and vocational training are fundamental pillars for achieving sustainable economic and social development, as they help prepare young people with the necessary skills to work in various sectors. With the advancement of technology, it has become essential to integrate sustainable technology into this type of education to enhance its effectiveness and quality, ensuring its sustainability in the face of contemporary challenges.<br />Sustainable technology refers to the use of techniques that contribute to environmental preservation, reduce excessive consumption of energy and resources, and enhance productivity with high efficiency. In the context of technical education and vocational training, these technologies can improve learning processes, provide an advanced educational environment, and keep pace with the ever-evolving labor market demands.<br />A prominent example of using sustainable technology in technical education is digital learning. Through online learning platforms, students can access educational content anytime and anywhere, reducing the need for travel to educational institutions and minimizing carbon emissions from commuting. Additionally, these platforms allow students to interact with diverse educational content, such as instructional videos, digital simulations, and interactive exercises, which helps them gain practical skills in a virtual environment without relying heavily on physical resources.<br />Augmented reality (AR) and virtual reality (VR) are also powerful tools in technical education. Students can use these technologies to simulate real-world work environments, allowing them to learn interactively and experience new industrial techniques without wasting resources or physical educational materials. For example, students in vocational training schools can use virtual reality to learn how to handle industrial machines or devices in a virtual setting, improving their practical skills in a safe and effective way.<br />3D printing is another sustainable technology that can be utilized in technical education. By using 3D printers, students can print models and educational tools precisely and at a low cost. This technology allows students to design and test their own projects in the real world, enhancing their skills in design and manufacturing. Additionally, 3D printing can be used to produce customized educational tools or spare parts for equipment, which would otherwise be expensive if imported.<br />Furthermore, smart devices such as tablets and smartphones help facilitate access to educational information and provide customized training applications. Trainers and teachers can use these tools to track students' progress and offer instant feedback, enhancing the effectiveness of education and making the learning process more interactive.<br />However, despite these benefits, sustainable technology in technical education and vocational training faces some challenges. Key challenges include the initial cost of implementing these technologies and the need to train both teachers and students on how to use technological tools effectively. There is also a digital divide that may prevent certain groups from accessing these technologies due to inadequate infrastructure or limited internet access.<br />In conclusion, sustainable technology plays a significant role in improving the quality of technical education and vocational training, making it more aligned with future needs. By integrating these technologies, an innovative and effective educational environment can be created, contributing to the enhancement of students' skills and broadening their horizons in the labor market, which, in turn, contributes to long-term sustainable development.<br /><br />AL-Mustaqbal University, the first university in Iraq.