Client: Personal Project
Made with: Microsoft PowerPoint, AI-generated visual assets
Time in Development: 8 hours
Collaborators: Solo Project
Background
Radar signal analysis can be difficult for novice learners because the topic is often explained through engineering terminology and abstract signal parameters. In dense electromagnetic environments, multiple radar emitters may operate simultaneously, making identification both important and conceptually challenging. For learners new to the topic, characteristics such as pulse repetition interval, pulse width, and waveform modulation can feel disconnected from anything familiar. This project addresses that challenge by introducing radar emitter identification through a visual analogy most people already understand: fingerprints.
Solution Developed
This project was designed as a visual instructional lesson that teaches radar emitter identification through analogy and progressive concept building. The lesson begins by introducing fingerprint patterns and minutiae to establish how investigators identify individuals through unique ridge patterns. Once that familiar framework is established, the lesson transitions to radar signals and demonstrates that electronic systems also produce identifiable signatures.
Radar characteristics such as pulse repetition interval (PRI), pulse width (PW), modulation on the pulse, and phase coding are presented as the technical equivalents of fingerprint features. By structuring the lesson visually and relying primarily on imagery rather than dense technical text, the design allows learners to recognize signal patterns intuitively before introducing the technical terminology behind them.
Results
This visual lesson demonstrates how analogy-based instruction can make complex technical concepts more accessible to learners without prior experience in radar or electronic warfare. By connecting radar signal signatures to fingerprint identification, the lesson helps learners quickly understand that radar emitters can be recognized through unique and repeatable patterns. Developing this project strengthened my ability to translate specialized technical knowledge into visual instructional media while maintaining clarity, accuracy, and learner focus.