This sequence storyboards a silent 40-second product film for ShuntWhisper, a CSF shunt monitoring device. It sequences research context, CAD placeholders, a cross-section view, a close-up of the TLC sensor component, and the fully assembled model, all rendered in a dark, minimal biomedical-engineering visual style. Useful for engineering teams, medical device students, or pitch-deck producers who need a template for pairing narration with precise technical visuals of an implantable monitoring system.
16:9 · Preview before teaching · automatic layout checks do not establish subject accuracy
Create a ~40-second silent visual sequence for ShuntWhisper, a medical-engineering project. No voiceover, narration, dialogue, music, sound effects, or ambient audio whatsoever — the video will be synced to separately recorded narration later. IMPORTANT: You are NOT provided with our actual CAD video/model. Wherever it should appear, use explicit placeholders such as [INSERT ACTUAL SHUNTWHISPER CAD VIDEO HERE], [INSERT CAD CROSS-SECTION HERE], [INSERT TLC CLOSE-UP HERE], and [INSERT FULL ASSEMBLED CAD HERE]. Do not invent or redesign the device or replace it with a generic medical device. VISUAL STYLE: Premium biomedical-engineering/product film, not a school presentation or cartoon. Use a dark charcoal/near-black/deep-navy background with extremely subtle technical-grid texture, realistic studio lighting, soft shadows, controlled reflections and restrained cyan/blue accents. Keep the background clean and empty — no rooms, hospitals, laboratories, people or scenery. Use realistic 3D engineering visuals, technical close-ups, precise arrows and minimal scientific graphics. Modern clean sans-serif typography, white text with cyan accents. No excessive neon, holograms, flashy transitions or decorative graphics. NO PEOPLE: Do not show 2D/3D people, doctors, nurses, children, patients, avatars, presenters, cartoon brains, hospitals or stock medical footage. The device and technical visualization must remain the visual focus. SEQUENCE: 1. RESEARCH FOUNDATION — Begin with the dark technical background. Show “2025 RESEARCH FOUNDATION”, followed by “EVAPORATIVE COOLING” and “THERMOCHROMIC READOUT” using subtle scientific visuals. 2. DEVICE — Transition to [INSERT ACTUAL SHUNTWHISPER CAD EXPLODED VIDEO HERE]. Show the exploded components assembling into the complete patch. Briefly display “PASSIVE WEARABLE.” 3. COMPONENTS — Freeze on [INSERT ACTUAL CAD EXPLODED/ASSEMBLED FRAME HERE] and use precise leader lines to label “WATER RESERVOIR” and “HYDROPHILIC MELAMINE FOAM.” 4. EVAPORATION — Use [INSERT ACTUAL CAD CROSS-SECTION HERE] showing reservoir → foam → skin → shunt. Add subtle upward arrows labelled “EVAPORATION → COOLING.” 5. CSF + THERMAL PATTERN — Keep the cross-section. Add “CSF FLOW →” along the shunt and a restrained blue thermal gradient around it labelled “CHANGED THERMAL PATTERN.” This is an explanatory visualization, NOT measured clinical data; show no invented temperatures or performance numbers. 6. TLC RESPONSE — Use [INSERT ACTUAL TLC CAD CLOSE-UP HERE] and show a controlled thermochromic colour transition with “TEMPERATURE → COLOUR.” 7. SMARTPHONE — Use [INSERT ACTUAL PATCH TOP-VIEW HERE] and show a realistic normal smartphone positioned above the patch as the camera. No person holding it. Label “SMARTPHONE READOUT.” 8. REFERENCES — Zoom into the actual reference markers using [INSERT ACTUAL REFERENCE-MARKER VIEW HERE]. Highlight them subtly and label “OPTICAL REFERENCES.” 9. FLOW FINGERPRINT — Create a minimal scientific graphic: CURRENT SCAN ↔ PATIENT BASELINE → FLOW FINGERPRINT. Do not show fake RFI values, obstruction percentages, diagnostic alerts, fabricated patient data or unvalidated thresholds. This represents longitudinal pattern comparison, not a clinically validated diagnosis. 10. HERO SHOT — Return to [INSERT ACTUAL FULL ASSEMBLED SHUNTWHISPER CAD HERE] with premium lighting and a subtle camera push. Add a small badge: “DIGITAL ENGINEERING DEMO.” 11. BOM TRANSITION — Hold the complete CAD and smoothly transition toward the next BOM + COST section. Overall flow: RESEARCH → EXPLODE → ASSEMBLE → RESERVOIR/FOAM → EVAPORATION → CSF FLOW → THERMAL PATTERN → TLC COLOUR → SMARTPHONE → REFERENCES → FLOW FINGERPRINT → COMPLETE CAD → BOM. Use short labels only (2–4 words), subtle arrows, clean freeze frames and controlled camera movement. The final result should look like a professional biomedical-device engineering film, with our actual CAD inserted into the placeholders during final editing. Audience: 1st year collage students