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Create a professional 15-slide presentation for a technical/business Proof of Concept (POC) titled: **“Jacobs Digital Twin – Construction Progress Monitoring & Alerting POC”** #…
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Create a professional 15-slide presentation for a technical/business Proof of Concept (POC) titled: **“Jacobs Digital Twin – Construction Progress Monitoring & Alerting POC”** ### Overall Presentation Goal The presentation should explain the POC clearly and concisely, establish the business problem, explain the architecture and end-to-end workflow, and prepare the audience for a **live demonstration**. The actual application workflow, UI, data processing, progress calculation, alerts, and results will be demonstrated live alongside the presentation. **Do NOT duplicate the live demo with excessive screenshots or detailed test evidence.** The presentation should feel like a professional engineering/technology POC presentation suitable for a Jacobs internal technical/business audience. --- ## Visual Style Use a **clean, modern corporate engineering style**. ### Colors Use very few colors: * Dark navy / dark blue for headings and primary elements * White background * Light gray for secondary sections * One restrained teal/green accent for data flow or positive status Do not use a rainbow palette. ### Design * Minimal text * Strong visual hierarchy * Professional diagrams * Architecture diagrams should be visually prominent * Use icons and simple flow diagrams where appropriate * Prefer diagrams, arrows, pipelines, and system relationships over paragraphs * Keep slides uncluttered * Use consistent typography and spacing * Use subtle technical/engineering visual elements * Avoid excessive decorative graphics ### Important Do not invent: * Performance numbers * Accuracy percentages * Business KPIs * Production-scale claims * Capabilities that are not described below * Technologies that are not listed below Where something is presented as a future possibility, clearly label it as **Future Scope**. --- # Slide 1 — Title **Jacobs Digital Twin** ### Construction Progress Monitoring & Alerting POC Subtitle: **BIM / Schedule + Site Media + IoT → Analytics → Digital Twin → Alerts** Keep this slide very clean. Use a subtle digital-twin / construction / engineering visual concept in the background, without making it look like a generic AI presentation. --- # Slide 2 — POC Overview Title: **POC Overview** Briefly explain that the POC connects construction information from multiple sources into an event-driven digital-twin workflow. Show a simple visual: **BIM / IFC** ↓ **Schedule & Planned Progress** ↓ **Site Images / Videos** ↓ **IoT Data** ↓ **Analytics & Progress** ↓ **Alerts + Digital Twin Dashboard** Key points: * Integrates construction data from multiple sources * Processes site media and operational data * Calculates/uses actual construction progress * Compares actual progress with planned/schedule information * Provides alerts and centralized visualization Keep details brief. --- # Slide 3 — Problem & Objective Title: **Problem & Objective** ### Problem Show 3–4 concise points: * Construction information is distributed across different sources * Progress monitoring can require manual interpretation * Actual progress needs to be compared with planned progress * Delays should be identified early and communicated clearly ### Objective Show: **Ingest → Analyze → Compare → Alert → Visualize** Objective: Build a POC that demonstrates automated construction progress monitoring using BIM, schedule, site media, IoT/events, analytics, and digital-twin visualization. Use a simple problem → solution diagram. --- # Slide 4 — Business Use Case Title: **Construction Progress Monitoring Use Case** Show the construction monitoring scenario visually. ### Key capabilities * Project/site progress visibility * Actual vs planned progress comparison * Construction activity monitoring * Schedule-aware delay identification * Automated alert generation * Centralized digital-twin visualization Use a visual construction-site → analytics → dashboard flow. Keep this slide business-focused rather than overly technical. --- # Slide 5 — High-Level Architecture Title: **High-Level Architecture** Create a clear layered architecture diagram. ### Data Sources * BIM / IFC * Construction Schedule * Site Images * Site Videos * IoT Data ↓ ### Ingestion & Infrastructure * IoT Ingestion Service * Media / BIM ingestion * Kafka * MinIO * PostgreSQL ↓ ### Processing & Analytics * Analytics Service * Computer Vision / YOLO * Progress calculation * Schedule comparison * Delay detection ↓ ### Application Services * Alert Service * Digital Twin Service * Dashboard Service ↓ ### User Experience * Digital Twin / Web UI * Progress * Status * Alerts * Project / site visualization Make this the strongest architecture diagram in the presentation. Use arrows to clearly show the data movement. --- # Slide 6 — Technology Stack Title: **Technology Stack** Use a clean visual grid instead of long text. ### Backend / APIs * Python * FastAPI ### Event & Data Infrastructure * Apache Kafka * PostgreSQL * MinIO ### AI / Computer Vision * Computer Vision * YOLO ### BIM / Digital Twin * IFC / BIM * Digital Twin services ### Frontend * React * TypeScript ### Monitoring * Prometheus * Grafana ### Containerization * Podman * Podman Compose Do not add technologies that are not listed. --- # Slide 7 — End-to-End Data Flow Title: **End-to-End Data Flow** Create a horizontal or circular process diagram: **1. Ingest** Site media / IoT / BIM / schedule ↓ **2. Store** MinIO / PostgreSQL ↓ **3. Publish** Kafka events ↓ **4. Process** Analytics / Computer Vision ↓ **5. Calculate** Actual progress ↓ **6. Compare** Actual vs planned ↓ **7. Detect** Status / delay condition ↓ **8. Alert** Alert Service ↓ **9. Visualize** Digital Twin / Dashboard Use icons and arrows. Keep explanatory text to a minimum. --- # Slide 8 — BIM + Schedule Integration Title: **BIM & Schedule Integration** Show the relationship between: **Project → Building → Floor → Zone → Activity** and connect it to: **Planned Dates / Planned Progress** Then show: **Site Observation → Actual Progress** Finally: **Actual vs Planned → Status / Delay** Key message: The POC uses the BIM/site hierarchy and schedule context to relate observed construction progress to the planned construction state. Use a hierarchy diagram rather than paragraphs. --- # Slide 9 — AI / Computer Vision Progress Detection Title: **AI / Computer Vision for Progress Monitoring** Show a simple pipeline: **Site Image / Video** ↓ **Computer Vision / YOLO** ↓ **Construction Activity Detection** ↓ **Progress Estimation** ↓ **Actual Progress** Keep the explanation concise. Important: Do not claim a specific accuracy percentage or production-ready AI capability. The purpose of the slide is to explain how site media contributes to construction progress monitoring. Use a clean visual pipeline with an image/video concept on the left and analytics output on the right. --- # Slide 10 — Progress, Status & Alert Logic Title: **Progress, Status & Alert Logic** Show a simple decision flow: **Planned Progress** * **Actual Progress** ↓ **Variance / Schedule Context** ↓ **Status** **ON TRACK / DELAYED / COMPLETED** ↓ **Alert when applicable** Include a small illustrative example: **Planned: 75%** **Actual: 60%** **Variance: -15 percentage points** Use this only as an example of the type of comparison performed. Do not present a hardcoded threshold unless it is explicitly known. Keep the logic visually simple. --- # Slide 11 — Digital Twin & User Experience Title: **Digital Twin & User Experience** Show a conceptual UI/dashboard composition containing: * Project/site hierarchy * BIM / 3D visualization * IoT ingestion * Analytics * Progress * Status * Alerts * Schedule context The key message: **Users get a centralized view of construction state, progress, schedule context and alerts.** Do not overload this slide with screenshots. The actual UI will be shown during the live demonstration. --- # Slide 12 — Live Demo Title: **Live End-to-End Demonstration** This slide should be extremely simple. Show the workflow as a large visual pipeline: **Select Project / Entity** → **Ingest Image / Video** → **Process** → **Calculate Progress** → **Compare with Schedule** → **Determine Status** → **Generate Alert** → **View in Digital Twin** ### Demo focus Use only a few short points: * Real application workflow * Real data processing * Multiple site media inputs * Progress and status validation * Alert and persistence verification * Digital Twin / Dashboard visualization Important: **Do not create fake screenshots or fabricated results on this slide.** The presenter will switch from the presentation to the live application and demonstrate the actual workflow. --- # Slide 13 — Testing Approach Title: **POC Testing Approach** Show testing as a structured validation flow. ### Inputs * Multiple construction images * Videos * Analytics events * IoT/event data ↓ ### Processing Validation * Kafka event flow * Analytics processing * Progress calculation * Status determination * Alert generation ↓ ### Data Validation * PostgreSQL persistence * API responses * UI visualization ↓ ### E2E Validation **Input → Processing → Database → API → UI** Keep this slide focused on the testing methodology rather than detailed screenshots. --- # Slide 14 — Key Outcomes Title: **Key POC Outcomes** Use 4–5 concise outcome statements: * Demonstrates an event-driven construction monitoring workflow * Connects BIM/schedule context with site observations * Demonstrates automated progress/status processing * Demonstrates schedule-aware delay and alert workflow * Provides centralized Digital Twin visualization Use a visual “capability achieved” layout. Do not invent quantitative performance results. --- # Slide 15 — Conclusion & Future Scope Title: **Conclusion & Future Scope** ### Conclusion Show: **BIM + Schedule + Site Data + IoT** ↓ **Analytics & Progress** ↓ **Alerts** ↓ **Digital Twin** Key conclusion: The POC demonstrates an integrated approach to construction progress monitoring, schedule awareness, event-driven alerting, and digital-twin visualization. ### Future Scope Keep it concise: * Improve computer-vision accuracy * Expand construction activity coverage * Integrate additional real-time data sources * Predictive delay analysis * Advanced analytics and reporting * Production-scale deployment End with a clean closing statement: **From Construction Data → Actionable Progress Intelligence** --- # Presentation Rules 1. Keep every slide concise. 2. Maximum 3–5 key points where possible. 3. Prefer diagrams over paragraphs. 4. Use consistent icons and visual language. 5. Use arrows to communicate data flow. 6. Use only the specified technology stack. 7. Do not invent metrics or results. 8. Do not make unsupported production-readiness claims. 9. Avoid generic “AI future” imagery. 10. Keep colors limited to dark navy/blue, white, light gray, and one restrained teal/green accent. 11. Make architecture and data-flow diagrams especially clear. 12. Do not duplicate the live demonstration with excessive screenshots. 13. Slide 12 should act as the transition from presentation to live demo. 14. The audience should understand **what the POC is, why it matters, how it works, and what will be demonstrated live** by the end of the deck. 15. Maintain a professional Jacobs-style engineering/technology presentation aesthetic throughout.
Presentation overview
This community presentation was shared by psaxena@aziro.com as a complete 15-slide example. Create a professional 15-slide presentation for a technical/business Proof of Concept (POC) titled: **“Jacobs Digital Twin – Construction Progress Monitoring & Alerting POC”** #… The preview lets you review the full sequence in order, rather than judging the design from a single cover image.
Use it as a reference for planning your own deck: notice how the amount of information changes from slide to slide, where visual emphasis appears, and how repeated design choices help the presentation feel connected. Community examples are inspiration, not locked templates, so you can keep the ideas that fit your audience and replace anything that does not.
Learn from the example
Look at the job each slide performs. Identify where the deck introduces its subject, develops the main points, adds evidence or examples, and moves toward a conclusion.
Notice which element attracts attention first and how headings, supporting text, images, and data are separated. Strong hierarchy makes the intended reading order obvious.
Compare spacing, typography, color, and repeated components across the slides. Consistent rules help varied content feel like one presentation instead of unrelated screens.
Make it your own
Begin with your audience and the decision, lesson, or action the presentation should support. Replace the topic, examples, evidence, and visuals with material you can verify, then edit every slide for one clear takeaway. You can borrow the visual direction without copying the creator's wording or message. Presenton will use this community deck as a design reference while you develop content for your own purpose.
