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Fiverr Pro
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Victor E
@victor_eliass
I design IoT PCB, ESP32 STM32 boards enclosures and manufacturing ready hardware
Frankreich
Deutsch, Französisch, Englisch, Spanisch, Italienisch, Arabisch
Über mich
I help startups & engineers turn ideas into production-ready hardware through PCB design, embedded systems & electronics enclosure CAD. My expertise includes ESP32, STM32, IoT PCB layouts & industrial circuit design, reverse engineering, & redesign of existing boards for better performance & manufacturability. I also design custom electronics enclosures optimized for PCB integration, injection molding & 3D printing. With strong focus on design for manufacturing (DFM) & practical engineering, I deliver reliable, scalable hardware that moves smoothly from concept & prototype to mass production.
Kompetenzen
Victor E
offline •
Meine Dienstleistungen
Leiterplatten (PCB)
I will design esp32, stm32 loranwan iot pcb, usb and bluetooth sensor pcb board layout
Leiterplatten (PCB)
I will reverse engineer pcb from image and gerber files, pcb layout design and redesign
Arbeitserfahrung
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Hardware Design Engineer (Independent Consultant)
Fiverr • Freiberufler
Dec 2025 - Present • 9 mos
Worked with startups and product teams to design and deliver end-to-end hardware solutions spanning PCB design, embedded systems, and IoT product development. Specialized in ESP32, STM32, BLE, LoRaWAN, and high-speed PCB architectures with strong focus on signal integrity and design for manufacturing (DFM). Led development of production-ready sensor nodes, industrial controllers, and smart connected devices, ensuring seamless transition from concept and schematic to validated manufacturing files and prototypes.
Product & Electronics Design Engineer (Contract Projects)
LinkedIn • Freiberufler
May 2023 - Dec 2025 • 2 yrs 7 mos
Delivered contract-based engineering support across electronics enclosure CAD, injection molding design, and PCB integration for consumer and industrial hardware products. Responsible for reverse engineering existing systems, optimizing PCB layouts, and creating manufacturable 3D models aligned with mechanical and electrical constraints. Improved product reliability, assembly efficiency, and production readiness across multiple IoT and embedded device projects, bridging the gap between early-stage prototypes and scalable manufacturing.
