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Fiverr Pro
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Kaiser Eng
@kaiser_eng
Turning Complex Hardware Schematics into Flawless Production Ready
Deutschland
Deutsch, Spanisch, Französisch, Englisch
Über mich
A single layout error can cost thousands in delayed manufacturing and failed hardware prototypes. I solve critical hardware issues before they hit the factory floor, ensuring your boards are optimized for reliable production. Focusing on precision schematic reviews, custom PCB layouts, circuit modifications, and specialized battery management systems (BMS), I transform raw concepts into clean, production-ready designs in KiCad. Let’s eliminate design flaws and bring your hardware to life smoothly.
Kompetenzen
Kaiser Eng
offline •
Durchschnittliche Antwortzeit: 1 Stunde
Meine Dienstleistungen
Leiterplatten (PCB)
I will design battery charger bms and power management pcb, pcb design
Leiterplatten (PCB)
I will redesign, modify and optimize your pcb layout, schematic design, pcb design
Arbeitserfahrung
Freelancer.com
Freiberufler • 7 yrs 3 mos
Senior Hardware and PCB Design Engineer
May 2023 - Sep 2026 • 3 yrs 4 mos
Led end-to-end hardware development for custom embedded systems, taking projects from initial block diagrams to full factory production. Designed and optimized 4-layer and 6-layer high-density PCB layouts, achieving a 0% manufacturing re-spin rate across 15+ complex production runs. Spearheaded the redesign of a legacy power distribution board, reducing overall board footprint by 25% and decreasing BOM costs by 18%. Implemented strict DFM (Design for Manufacturability) and DFA (Design for Assembly) guidelines, cutting assembly yield issues by 35%.
Power Electronics and BMS Specialist
Oct 2022 - Sep 2026 • 3 yrs 11 mos
Architected custom Battery Management Systems (BMS) and protection circuitry for high-capacity Li-ion battery packs. Resolved critical Electromagnetic Interference (EMI) issues on low-noise analog sensor boards to ensure compliance with industry EMC standards. Performed thermal modeling and copper plane optimization, improving system heat dissipation by 20% under continuous high-current loads. Diagnosed and debugged complex schematic faults for third-party clients, reducing power conversion thermal losses by 12%.
