Getting a hang of photo story telling for STEM literacy

A photo story is a way to communicate using a series of pictures to show ideas, feelings or outcomes during interactions or a sequence of events. It uses very little text, just short captions, and lets viewers understand the reality, event, or story in their own way. The visual story depends on a planned order of specific and purposeful snapshots to tell the story smoothly.

Some examples of intentional shots are:

1. Establishing Shot: A wide photo that shows the scene, introduces the place, and reveals who or what the story is about.
2. Medium Shot: A closer view that focuses on the main action or subject, removing any distracting background.
3. Portrait or Close-up Shot: Detailed shots that create a close emotional bond with the subjects.
4. Detail Shot: Very close images of certain objects that add depth, mystery, or completeness to the overall story.

Skilled storytelling photographers arrange these images — usually between 4 to 12 photos — in a logical order, like chronological steps, with short captions or one to two sentences for each picture.

It has been seen that photo stories give important context while letting the images shine as communication tools. The outcome is a deeply engaging way to share experiences, document reality, and inspire empathy.

In Summary

Kishore (2026) explores the innovative intersection of visual arts and STEM pedagogy by advocacy for integrating photo-based narratives into classrooms to demystify complex concepts, enhance critical thinking, and improve overall STEM literacy. By utilizing sequential visuals accompanied by brief annotations, educators can construct relatable, real-world contexts that appeal to diverse learning styles. He emphasizes that photo storytelling serves as a vital pedagogical bridge, helping students move beyond rote learning to cultivate essential analytical skills. This method transforms passive bookish STEM education into an active, engaging experience, effectively fostering a deeper comprehension of technical disciplines through creative expression.

Reference

Kishore, L. (2026, June 15). Getting a hang of photo story telling for STEM literacy. Lalit Kishore Writes, https://lalitkishorewrites.blogspot.com/2026/06/getting-hang-of-photo-story-telling-for.html

NOTE: The inset collage shows the four-step of photo story regarding students approaching the teacher for finalising the creation of a module for STEM literacy through skill learning of photo story telling technique.

An AI prompt on July 8 revealed the following: "Dr. Lalit Kishore links mobile photography to STEM (Science, Technology, Engineering, and Mathematics) education by positioning the smartphone camera as a non-artistic, analytical tool. In his paper, "Using mobile photography of shift-and-tilt as non-artistic visual mediums for STEM education," he outlines how mobile cameras serve as affordable data sensors to build student literacy .He implements this framework across four distinct educational layers:1. "Picture-Reading" the World Abstract to Tangible: Students use their phone cameras to photograph everyday phenomena, connecting abstract STEM definitions to physical reality.Visual Literacy: Rather than evaluating photographs for artistic beauty, students treat them as structured evidence to analyze geometry, scale, and environmental structures.2. Shift-and-Tilt Optical Analysis Manipulating Perspectives: Dr. Kishore focuses specifically on using camera angles—such as shifting and tilting the phone—to alter focal planes and depth of field.Practical Physics: Students manipulate these perspectives to study the mechanics of optics, lens physics, light refraction, and spatial distortion directly on their device screens.3. Empirical Science Documentation Replacing Text Logs: In classroom experiments, students capture a rapid sequence of photos to document scientific processes over time .Data Verification: These image arrays serve as objective empirical records for tracking physical changes, structural defects, or engineering steps.4. Democratic and Equal Access Low-Cost Classrooms: Recognizing that formal laboratory equipment is limited in many schools, he utilizes the student's or teacher's smartphone as a ubiquitous, zero-cost digital lab .Media Communication: Students learn to build infographics and visual presentations around their photos, cultivating critical perspectives on technical and digital communication."