High-Speed Digital PCB Designer

Robin Radar

Den Haag

On-site

EUR 60,000 - 90,000

Full time

14 days+

Get more replies from employers

Send a job-specific resume in minutes.

Benefits offered by this job

Pension plan

Commuting allowance

30 days holiday

Training & certifications

Equipment provided

International team & social events

Job summary

Robin Radar in The Hague is seeking an Electronics Engineer to own circuit board development for radar systems, collaborating with hardware, FPGA, software and mechanical engineers to turn concepts into robust, manufacturable designs.

You will design digital PCBs, ensure signal and power integrity, follow IPC standards, support fabrication and testing, and help production teams from prototype to production. Fluency in English required; 3–5 years in digital PCB design preferred.

Qualifications

Bachelor's or Master's degree in Electrical Engineering
3–5 years of experience in digital PCB design
Proficient in Altium Designer for schematic capture and layout
Solid experience with multilayer and high-speed digital PCB layouts
Deep knowledge of digital interfaces like DDR, Ethernet, USB, SPI, I2C, UART, and PCIe
Strong understanding of signal integrity, power integrity, EMC/EMI, and thermal design
Familiarity with IPC standards and IPC product classes, particularly Class 2 and Class 3
Clear insight into digital testability and production test techniques like JTAG, ICT, and FCT
Fluent English, both spoken and written, with great team collaboration skills

Responsibilities

Create digital printed circuit boards for embedded and high-speed electronic systems.
Build and maintain design guidelines to ensure consistent hardware quality.
Work closely with software and mechanical teams to deliver robust layouts. Team up across disciplines to ensure our hardware integrates smoothly into final production.
Formulate multilayer layouts with deep insight into signal and power integrity. Address thermal design considerations and handle EMC or EMI constraints systematically.
Apply DFM and DFA principles to make designs ready for manufacturing. Follow IPC standards and product classes closely to meet top industrial metrics.
Support board fabrication, assembly, and production teams from start to finish. Apply digital testability techniques, including Boundary Scan, ICT, and FCT methods.
Create and maintain PCB libraries along with detailed manufacturing documentation. Keep our internal schematic component and footprint databases accurate over time.