Nejc Primc

Design end-to-end camera systems for marine biodiversity assessment Develop custom PCBs and STM32-based control modules with bespoke firmware Implement recording/streaming pipelines using libcamera, Restreamer, and FFmpeg Build web-app interfaces for remote camera control and monitoring Oversee manufacturing, assembly, testing, and maintenance of field-deployed units

Designed an ultra–low-power control board for a Raspberry Pi Zero W camera powered by a Li-ion battery Assessed and benchmarked computer vision models for marine animal recognition (accuracy, latency, deployability) Built networking for custom PoE-powered underwater cameras, including LTE uplinks and secure remote access

Develop, maintain, and debug firmware for CCID and access-control readers on NXP Cortex-M MCUs using NXP RF front-ends (CLRC663, PN5180, PN7642), with a focus on security and reliability Introduce new firmware features across multiple reader variants; improve stability and fault tolerance Build software for manufacturing, flashing, and secure provisioning of readers Create and maintain PC/SC utilities and tooling for testing and integration Maintain and modernize legacy codebases

started with help in production of electronic circuits (time attendance termianals, nfc readers), soldering, firmware flashing etc. later helped with firmwares for readers using FreeRTOS on multiple platforms (LPC1768, MKW41...), use of ISO14443 cards, Desfire, NXP SAM secure access modules

emphasis on networking, high frequency circuits, rf and embedded engineering