Abstract

The paper describes how AI and biotechnology can be integrated into the teaching of natural science, why these two areas can be used to support student learning and career preparation. In subjects, such as biology and environmental science, using AI-based applications, such as personalized learning systems and virtual laboratories, student engagement is increased, and problem-solving skills are improved. Real-life experiences are provided by biotechnology devices (such as PCR machines, genetic engineering kits, etc.) that could offset the difference between theoretical and practical knowledge. Such a combination of technologies will lead to STEM career preparedness, particularly in fields like bioinformatics, genetic research, and environmental biotechnology. The case study of such organizations as Harvard University and the University of California indicates the positive impact of AI and biotechnology on the performance of students, their activities, and the tendencies of their further career. The success does not come without the obstacles that have made the universal implementation of such technologies a daunting task; this will include the cost, training of teachers as well as making them available. To overcome such obstacles, the paper suggests the following strategies, including, but not limited to, public-private partnerships, teacher professional development, and adopting cloud-based platforms and open-source AI tools. These steps will aid in eliminating the financial constraint, and making sure that both AI and biotechnology will become more affordable in learning institutions around the world. The key to the future of natural science education is to overcome these challenges to more effectively integrate AI and biotechnology. It is through so doing that we will be well placed to design more personalized, interactive and practical learning experiences that will better equip students to be able to deal with global challenges.