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I am Marek Gunis, a hardware design engineer with 20+ years of experience delivering robust embedded electronics for space, automotive, medical, and IoT applications. I lead full product development from concept to production, focusing on high-reliability power electronics, PCB layouts, EMC/ EMI compliance, and thorough verification. I enjoy turning complex requirements into manufacturable, certification-ready designs that perform in harsh environments. I thrive on cross-disciplinary collaboration, design optimization, and hands-on testing. I stay curious about new technologies (GaN, high-voltage design, signal integrity) and am committed to mentoring teams and delivering on-brand, dependable solutions that meet customer needs while enabling efficient production and maintenance.…I am Marek Gunis, a hardware design engineer with 20+ years of experience delivering robust embedded electronics for space, automotive, medical, and IoT applications. I lead full product development from concept to production, focusing on high-reliability power electronics, PCB layouts, EMC/ EMI compliance, and thorough verification. I enjoy turning complex requirements into manufacturable, certification-ready designs that perform in harsh environments. I thrive on cross-disciplinary collaboration, design optimization, and hands-on testing. I stay curious about new technologies (GaN, high-voltage design, signal integrity) and am committed to mentoring teams and delivering on-brand, dependable solutions that meet customer needs while enabling efficient production and maintenance.

Marek Gunis

Product Designer, Designer, Graphic Designer, +2

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I am Marek Gunis, a hardware design engineer with 20+ years of experience delivering robust embedded electronics for space, automotive, medical, and IoT applications. I lead full product development from concept to production, focusing on high-reliability power electronics, PCB layouts, EMC/ EMI compliance, and thorough verification. I enjoy turning complex requirements into manufacturable, certification-ready designs that perform in harsh environments. I thrive on cross-disciplinary collaboration, design optimization, and hands-on testing. I stay curious about new technologies (GaN, high-voltage design, signal integrity) and am committed to mentoring teams and delivering on-brand, dependable solutions that meet customer needs while enabling efficient production and maintenance.…I am Marek Gunis, a hardware design engineer with 20+ years of experience delivering robust embedded electronics for space, automotive, medical, and IoT applications. I lead full product development from concept to production, focusing on high-reliability power electronics, PCB layouts, EMC/ EMI compliance, and thorough verification. I enjoy turning complex requirements into manufacturable, certification-ready designs that perform in harsh environments. I thrive on cross-disciplinary collaboration, design optimization, and hands-on testing. I stay curious about new technologies (GaN, high-voltage design, signal integrity) and am committed to mentoring teams and delivering on-brand, dependable solutions that meet customer needs while enabling efficient production and maintenance.

Available to hire

I am Marek Gunis, a hardware design engineer with 20+ years of experience delivering robust embedded electronics for space, automotive, medical, and IoT applications. I lead full product development from concept to production, focusing on high-reliability power electronics, PCB layouts, EMC/ EMI compliance, and thorough verification. I enjoy turning complex requirements into manufacturable, certification-ready designs that perform in harsh environments.

I thrive on cross-disciplinary collaboration, design optimization, and hands-on testing. I stay curious about new technologies (GaN, high-voltage design, signal integrity) and am committed to mentoring teams and delivering on-brand, dependable solutions that meet customer needs while enabling efficient production and maintenance.

Skills

Autodesk Fusion 360

Python

VHDL

Experience Level

Autodesk Fusion 360

Expert

Python

Expert

VHDL

Expert

Language

English

Fluent

Slovak

Advanced

Work Experience

Hardware Designer at Automotive Project

August 1, 2024 - August 1, 2024

Project Focus: High-precision sensor for autonomous driving systems. Led electronic design, PCB layout, firmware programming, and sub-module redesign; high-voltage sections design and power electronics. Achievements include hardware miniaturization and safety-focused improvements.

Hardware Designer at Space Projects

February 1, 2024 - Present

Project Focus: High-reliability Power Electronics for satellite payloads. Led full electronic design, PCB layout, and project documentation (Worst-case Analysis, Part Stress Analysis, FMEA, design calculations), commissioning testing and reporting, and circuit simulations. Achievements include implementing brand-new payload standards and advanced high-voltage design practices.

Hardware Designer at Medical Project

August 1, 2022 - September 1, 2023

Project Focus: Multi-sensor imaging acquisition board for diagnostic equipment. Electronic design, multi-layer HDIP PCB layout, project documentation, signal integrity simulations, high-speed design, and certification support (FDA). Achievements include reducing prototyping loops via SI simulations.

Hardware Designer at XIMEA

June 1, 2012 - April 1, 2019

Project Focus: High-resolution industrial and scientific cameras. Led electronic design, PCB layout, FPGA programming, EMC compliance, and project documentation. Achievements include improved EMC/ EMI performance and reduced noise levels.

Hardware Designer at Gotive / ETH Devices

March 1, 2007 - June 1, 2012

Project Focus: Rugged industrial handheld devices for harsh environments. Led electronic and PCB design, EMC compliance, and overall hardware robustness improvements.

Hardware Designer at Flex (Flextronics), Austria

October 1, 2002 - February 1, 2007

Project Focus: High-end consumer devices, medical and industrial devices. Electronic design, PCB design, EMC compliance; Achievements included improvements in sound quality and motor control algorithms.