This paper presents a phenomenon-based teaching approach, termed Student Uncertainty as Pedagogical Resource (SUPeR), designed to help teachers create classroom lessons that leverage the inherent students’ scientific uncertainties within various phenomena. We outline three types of phenomena, each serving distinct roles in engaging students with essential scientific concepts and practices: anchoring phenomena provide a foundational context, investigative phenomena drive inquiry, and assessment phenomena evaluate understanding. In tandem with these phenomena, the SUPeR approach introduces three categories of scientific uncertainty: conceptual, procedural, and epistemic. The approach is implemented in four phases: (1) problematizing a phenomenon, (2) investigating through material practice, (3) participating in argumentative practice, and (4) engaging in reflection, transformation, and application. To demonstrate the practical application of the SUPeR teaching approach, we describe a seventh-grade, two-week project focused on understanding how light and heat affect the electrical output of a solar panel. The SUPeR approach equips teachers to weave different types of phenomena throughout the inquiry process, creating a unified and engaging narrative in their lessons. Most importantly, it emphasizes that students’ scientific uncertainties should be harnessed as a key pedagogical resource to guide and enrich the learning process.