Card of the learning path

 
General topic of the learning path
 
 Interdisciplinary and Emerging Fields
Specific name of the learning unit
 
 Nanotechnology in Medicine: from  Molecules to Targeted Therapy
Age of the target users

14-18 target
Requirements for the learner Students participating in this learning unit should possess basic knowledge of fundamental scientific concepts from physics, chemistry, and biology, particularly the structure of cells, the idea of scale in nature, and simple interactions between matter and energy. No prior knowledge of nanotechnology is required. Learners should be able to work collaboratively in small groups, engage in discussions, and analyze visual or digital materials. Basic digital skills are also recommended, as students will interact with multimedia resources and an Augmented Reality application. Curiosity about scientific innovation and an interest in understanding how modern technologies can improve medical treatments will support meaningful engagement with the activities.
Description of the learning unit  In this learning unit, students will explore the fundamental principles of nanotechnology in medicine through a multidisciplinary approach that integrates physics, chemistry, biology, and medical science. 
Students will first investigate the nanoscale world and the properties of nanoparticles. They will then analyze how nanoparticles can function as drug carriers and how they interact with biological systems. Finally, they will explore an Augmented Reality simulation that illustrates nanoscale processes involved in drug delivery and targeted cancer therapy.
Through this learning experience, students will gain a deeper understanding of how modern science translates nanoscale engineering into real medical applications.
Subject: Parties involved Physics, chemistry, biology, and medical science
Keywords  Nanotechnology
 Nanomedicine
 Nanoparticles
 Targeted Drug Delivery
 Augmented Reality Learning
Key qualifications, skills and knowledge that can be acquired Through this learning unit, students develop interdisciplinary knowledge at the intersection of physics, chemistry, biology, and medical science. They gain an understanding of nanoscale dimensions, the unique properties of nanoparticles, and the principles of nanomedicine, particularly targeted drug delivery systems used in modern cancer therapies. Students strengthen scientific reasoning and analytical skills by interpreting visual models, analyzing scientific processes, and discussing real-world biomedical applications. The activities also promote collaborative problem-solving, critical thinking, and communication through group investigations and presentations. In addition, learners acquire digital competencies by interacting with multimedia resources and Augmented Reality simulations. Overall, the unit supports the development of STEM literacy and awareness of emerging technologies shaping future healthcare and biomedical research. 
Resources and didactic aids used  The learning unit utilizes a variety of multimedia and interactive resources to engage students and enhance understanding of nanomedicine. Visual aids include diagrams comparing biological structures and nanoscale particles, 3D animations illustrating nanoparticle behavior, and scientific videos explaining drug delivery mechanisms. Worksheets and structured activity sheets guide students through key concepts, ensuring active participation and reflection. Augmented Reality (AR) applications allow immersive visualization of nanoscale processes, enabling learners to manipulate variables and observe drug delivery in real time. Collaborative tools such as shared digital boards and group discussion prompts support teamwork and critical analysis. Additional resources include scholarly articles, scientific databases, and curated online materials that provide up-to-date examples of nanotechnology applications in medicine. These aids collectively support a multi-sensory, interactive, and inquiry-based learning approach.
Assessment criteria and evaluation Students are assessed through a combination of formative and summative methods that evaluate both understanding and application of nanomedicine concepts. Knowledge-based assessment includes quizzes on nanoparticle types, drug delivery stages, and targeted therapy mechanisms. Practical assessment evaluates participation in group activities, accuracy in completing worksheets, and the ability to analyze and present findings. AR-based tasks serve as interactive assessments, where students demonstrate comprehension by manipulating simulations, explaining observed processes, and solving scenario-based challenges. Critical thinking and reflection are assessed through discussions on ethical, safety, and societal implications of nanotechnology in medicine. Evaluation emphasizes both individual understanding and collaborative skills, rewarding accurate conceptual explanations, creativity in problem-solving, and active engagement with digital and AR tools. Feedback is continuous, guiding improvement and reinforcing learning outcomes.