Problem
Create a compact, documented interface for directional distance measurement using an ultrasonic sensor, servo, and microcontroller.
P-04 / PCB Design
Ultrasonic Sensor and Servo PCB
Designed a KiCad PCB integrating HC-SR04, servo, and microcontroller connections, then completed ERC, DRC, copper-zone, and Gerber preparation.
- Organization
- Independent PCB design project
- Engineering problem
- Create a compact, documented interface for directional distance measurement using an ultrasonic sensor, servo, and microcontroller.
- My role
- Created the schematic and PCB layout, checked electrical and layout rules, added copper zones, and prepared manufacturing outputs.
- Verified result
- Completed the design files and manufacturing-output preparation; fabrication and full hardware validation are not claimed.
RECRUITER VIEW / SIX-POINT SUMMARY
The project in under a minute.
Ownership, evidence, and relevance are kept visible. The deeper implementation layer is one switch away.
My role
Created the schematic and PCB layout, checked electrical and layout rules, added copper zones, and prepared manufacturing outputs.
What I contributed
Designed a KiCad PCB integrating HC-SR04, servo, and microcontroller connections, then completed ERC, DRC, copper-zone, and Gerber preparation.
Technologies
KiCad · Arduino · HC-SR04 · Servo control · C / C++ · Gerbers
Validation / result
Completed the design files and manufacturing-output preparation; fabrication and full hardware validation are not claimed.
Lesson / relevance
The project developed practical PCB workflow discipline: connectivity, footprint selection, physical layout, rule checking, and manufacturing outputs are separate verification layers.