Technology Integration as the Key Catalyst of Chemistry Education

Education is the main foundation of a nation's progress. In a rapidly developing era like today, technology increasingly permeates everyday life, so education can no longer separate itself from its influence. One discipline that feels a great impact from technological progress is chemistry. The development of educational technology is inseparable from the development of communication hardware such as television, radio, video, tape recorders, and computers (Ali, 2016). These communication technology devices were originally intended for mass communication and entertainment. The integration of technology in chemistry learning has opened the gateway to a more interactive, inclusive, and relevant learning experience for students. Moreover, almost everyone of all ages is now able to integrate technology into their daily lives. A simple example is the use of smartphones, both as an information medium and as a learning medium for students who are still in school. This discussion will explain how technology acts as a catalyst in changing the paradigm of chemistry teaching, providing broader accessibility of learning materials, giving room for personalised learning, and bringing real-world experiences into the classroom.

The integration of technology in chemistry learning brings change to chemistry learning that was previously centred on memorisation-based concepts and on teaching modules, which caused several shortcomings, such as students who are less active in learning or who are less able to represent the material they receive. The presence of technology in interactive learning, software, applications, and online platforms has changed the way students understand complex chemistry concepts. Through interactive simulations, three-dimensional visualisation, and virtual experiments, students can explore the world of chemistry without being limited by space or time. For example, there are chemical reaction simulation applications such as the PhET web platform, Lab Simulator, etc. These allow students to carry out a chemistry experiment or other simple learning experiment without worrying about accidents or wasting chemicals, with visualisation like the real thing. This not only improves safety in learning but also opens the door to freer and more creative exploration.

As it has developed, technology has also changed the way we access information, including in the context of chemistry education. Online resources such as online learning videos, e-books, and open learning platforms have provided broader accessibility of learning materials for students from various backgrounds. Giving students practice questions integrated with technology can also produce better question quality and visuals than the practice questions that existed before technology integration, which had a monotonous appearance and less interactive questions. The integration of technology in chemistry learning for student worksheets can be applied by accessing various web platforms such as Quizizz, Kahoot, Wizer, Google Sites, etc. These platforms not only give students positive energy but also spur educators to be more creative. Physical textbooks or access to laboratories are sometimes felt to be expensive; students can now easily access quality learning materials through the internet. Technology is able to democratise access to learning materials. This is very important for overcoming inequality in access to education and ensuring that every student has the same opportunity to learn chemistry.

Chemistry learning with classical methods is carried out with delivery that focuses on the material given, not on the students. Therefore, one of the main advantages of technology in education is its ability to tailor learning to the needs of individual students. Through analysis of learning data, learning platforms can provide specific feedback and content recommendations adjusted to each student's level of understanding and learning style. For example, a system

of adaptive assessment can give additional exercises to students who need extra help, while students who have already mastered the material can be directed to more challenging tasks. Chemistry learning is not limited to school; students can also access adaptive learning applications such as Ruang Guru, Zenius, Pahamify, etc. In this way, technology enables more efficient and effective learning, improving students' overall academic achievement. Unfortunately, however, some of these platforms are still paid and can only be used with a prior subscription. In addition, the challenges that arise can come from individual students themselves. This concerns students' interest in using their smartphones or other technology to learn, or instead choosing to use them for other things that actually disrupt concentration on learning.

The development of chemistry education technology continues as an effort to provide convenience and a good impression for students and educators. With advances in virtual reality (VR) and augmented reality (AR) technology, the chemistry learning experience can be enhanced by bringing the real world into the classroom. This is because not all educational institutions have adequate facilities for chemistry learning, especially in laboratory practicums. Through Augmented Reality (AR) applications, students can see molecules and chemical structures directly in their classrooms, allowing them to visualise abstract concepts more concretely. On the other hand, Virtual Reality (VR) technology allows students to carry out chemistry experiments without the physical risks associated with traditional laboratories. This not only makes learning safer but also more interesting and challenging for students. In 2023 this VR technology has been widely developed by various institutions. It is recorded that FKIP UKI Jakarta is one of the campuses currently developing VR technology for chemistry laboratory practice. In addition, one example of technology integration carried out by the Institut Sains dan Teknologi Terpadu Surabaya (STTS) is building a new learning system that teaches chemistry to high school students using Virtual Reality (VR) technology. This learning system is a research project carried out by STTS and Universitas Negeri Semarang (UNS). High school students will gain a better understanding of chemistry and can learn according to their abilities with this VR chemistry learning system.  Elene said that students will be able to play at assembling chemical compounds using the application according to their level of ability. So in the classroom learning process, the teacher does not only explain. This VR application gives students the opportunity to play while learning according to their abilities. They do not need to imagine the components of the chemical circuit.

Technology not only enables better individual learning but also facilitates collaboration between students, teachers, and chemists from around the world. Through online discussion forums, collaborative projects, and community-based learning platforms, students can share their knowledge, experiences, and ideas with others who have the same interests. This not only broadens students' insight into chemistry but also helps them develop social and collaborative skills that are important in today's increasingly connected world. By integrating technology into chemistry learning, we not only open the door to a more interactive and inclusive learning experience but also prepare the future generation to face complex challenges in chemistry. It is important for educators, policymakers, and education practitioners to keep innovating and make use of the potential of technology to advance chemistry education for the well-being of society and the progress of science.