Knowledge is central to human development, and different philosophical traditions have attempted to explain how human beings acquire valid knowledge. In Indian philosophy, the concept of *Pramanas* refers to the reliable means or sources through which knowledge is obtained. The term originates from Sanskrit, where “Prama” means true or valid knowledge and “Pramana” means the instrument or method by which such knowledge is acquired. Various philosophical schools in India have identified different Pramanas, but the most widely accepted among them include perception (Pratyaksha), inference (Anumana), comparison or analogy (Upamana), testimony or verbal authority (Shabda), postulation (Arthapatti), and non-cognition (Anupalabdhi). These Pramanas are considered vibrant means of acquiring new knowledge because they provide systematic and logical methods for understanding reality. Their relevance extends beyond philosophy and has significant implications for education, particularly in understanding how learners acquire knowledge and how teachers can facilitate meaningful learning. Perception, or Pratyaksha, is regarded as the most fundamental Pramana. It refers to knowledge obtained through direct sensory experience. Human beings use their senses—sight, hearing, touch, taste, and smell—to observe and interact with the world. Through perception, learners become aware of objects, events, and phenomena around them. In educational settings, perception forms the basis of experiential learning. When students observe experiments in a laboratory, watch demonstrations, or engage in fieldwork, they rely on perceptual knowledge. This Pramana emphasizes the importance of direct observation and hands-on experience in learning. Modern educational practices such as activity-based learning, laboratory work, and field visits reflect the value of perception as a source of knowledge. Inference, or Anumana, is another important means of acquiring knowledge. It involves deriving conclusions from observed facts or premises through logical reasoning. Inference allows individuals to move beyond immediate perception and discover relationships between different phenomena. For example, seeing smoke on a distant hill may lead to the inference that there is fire. In the educational context, inference is closely related to critical thinking and reasoning abilities. Students use inference when solving mathematical problems, conducting scientific investigations, or interpreting historical evidence. Teachers can