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Presentation Structure (15–20 Main Slides + 20 Appendix)

Presentation Slides

0. Title Slide (1 slide)

  • Project name
  • Your name, advisor, program
  • One simple image (e.g., system diagram/photo)

Keep it clean—this acts as your “start” since you cannot use an outline slide.


1. Problem, Goal, Final Target (1 slide) [Pooh]

Slides: 1

  • Clear statement of the final goal
  • What the system must achieve (success criteria)
  • One diagram showing input → system → output

Advisor said start with COMPLETE GOAL.


2. Application Domain & Motivation (2–3 slides) [Pory]

Slides: 2–3

  • What domain your project lies in
  • Why the domain matters
  • What users need / real-world challenges
  • Visual-heavy: photos, diagrams, scenarios

Advisor said “can go OVERBOARD” on domain.


3. Related Work + Gap Analysis (2 slides)

Slides: 2

  • Existing approaches (industry + academia)
  • What they can do
  • What they cannot do (your gap)
  • Bullet-point comparison chart

Keep it honest: “DONT MAKE STUFF UP.”


4. System Requirements & Engineering Process (2 slides) [MB]

Slides: 2

  • Requirements (functional + non-functional)

  • Methodology:

    • iteration cycles
    • experiments
    • failures + how you fixed them
  • A timeline / flowchart showing how the project evolved

Advisor wants PROCESS + methodology emphasized.


5. Overall System Architecture (2 slides) [Kong]

Slides: 2

  • Main diagram of the entire pipeline
  • Data flow from microphone/camera → models → planner → robot
  • Subsystem responsibilities

Make sure structure matches your final report.


6. Subsystem Results (ASR / Vision / Planning) (4–6 slides)

6.1 ASR Module (1–2 slides) [Pory]

Slides: 1–2

  • Model choice, dataset
  • Benchmark accuracy/WER
  • Limitations
  • Spectrogram or model diagram

6.2 Vision Module (1–2 slides) [MB]

Slides: 1–2

  • What detections you perform
  • Metrics/benchmark
  • Pipeline diagram

6.3 Planning + Integration (1–2 slides) [Kong]

Slides: 1–2

  • How planning works in your system
  • Performance, constraints
  • Latency, success rate

Keep each subsystem visually intuitive.


7. Simulation Setup + Hardware (1–2 slides) [Kong]

Slides: 1–2

  • Simulation environment
  • Real hardware configuration
  • Images, connection diagrams
  • Key constraints you solved (latency, safety, coordinate transform issues)

8. System-Level Results (1 slide) [Kong]

Slides: 1

  • End-to-end performance
  • Success rates, timings
  • Before/after improvements

This section shows that the whole system works, not just parts.


9. Demo (1 slide) [Kong]

Slides: 1

  • A video or image sequence
  • System performing the final task

Short & focused.


10. Future Work / Improvement (1 slide) [Pooh]

Slides: 1

  • Clear next steps (realistic)
  • No speculation

Advisor said “don’t make stuff up.”


📚 Appendix Slides (for Q&A) — 20 slides allowed

Your appendix should contain:

A. Technical Details (6–8 slides)

  • Model architectures
  • Hyperparameters
  • Data preprocessing
  • Training curves
  • Hardware communication details
  • ROS2 action flow diagrams

B. Failure Cases (3–4 slides)

  • What failed in ASR, vision, planning
  • How you debugged it

C. Additional Experiments (3–4 slides)

  • Ablation studies
  • Different architectures tested

D. Engineering process extras (3–4 slides)

  • Logs
  • Testing methodology
  • Edge cases
  • Validation steps

E. Misc. Backup Slides (2–3 slides)

  • Definitions
  • Additional diagrams
  • System block comparisons

TOTAL APPENDIX: ~20 slides

These exist ONLY to answer questions.


🔥 Summary of Improvements (What Changed from Your Current Structure)

Current Structure Improved Structure Based on Feedback
Introduction/background → Goal + domain + problem → strong contextual start
Architecture overview ✔ Still included, but expanded and placed AFTER motivation & related work
ASR, Vision, Planning results ✔ Still included but reorganized under “Subsystem results”
Simulation + hardware ✔ Still included
Demo ✔ Still included
❌ No related work ✔ Added related work + gap analysis
❌ No process methodology ✔ Added engineering process section
❌ No application domain emphasis ✔ Added domain section with extra depth
❌ No future plans ✔ Added a realistic “Future work” slide
❌ No appendix ✔ Added 20-slide appendix for Q&A

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