Barco Is Hiring a Digital Hardware Engineer in Kortrijk

Barco is recruiting a Digital Hardware Engineer for its Barco Immersive Experiences research and development activity in Kortrijk, West Flanders. This hybrid opportunity suits an electronics professional who has already worked on complex digital hardware and can combine circuit and PCB design with methodical laboratory debugging. The advertised work spans high-speed technologies, prototype validation and the practical decisions needed to move an electronic product towards production.

The Kortrijk role calls for an engineer with an electronics degree or comparable experience, alongside several years in electronic hardware development. Barco seeks a profile comfortable in multidisciplinary product work, from early technical concepts through industrialisation. Strong digital-electronics knowledge, experience with multilayer boards and design-for-manufacturing considerations, and the ability to work in fluent English are central to the published profile.

Opportunity Details

Overview of the Vacancy

Location, Sector, and Role Context

Within Engineering and the Barco Immersive Experiences R&D organisation, the Digital Hardware Engineer contributes to professional projection solutions using Digital Light Processing and solid-state illumination technologies, including lasers, LEDs and phosphor systems. The position takes ownership of digital electronic design from concept through production release. Day-to-day work covers complex circuits and multilayer PCBs, high-speed interfaces, component decisions, prototype activities and technical issue resolution. System, embedded-software, mechanical and FPGA colleagues are part of the engineering setting described for the role. The work is based in Kortrijk, Belgium, with a hybrid working culture stated by the employer.

A fitting background combines hands-on digital hardware development with experience carrying a product through industrialisation. The published scope particularly values high-speed design knowledge, DDR memory interfaces and other communication technologies, signal and power integrity, EMC-aware design, and structured debugging in a laboratory setting. Programming in Python, C or C# is relevant where test automation and debugging are needed. The role also involves selecting components with performance, availability, cost, lifecycle and obsolescence in mind. Experience working alongside several engineering disciplines is important because architecture, integration and production questions are handled across the product-development process.

About the Employer: Barco NV (Barco Immersive Experiences)

Organization and Relevant Services

Verified Employer Overview

Barco NV began in 1934 in Poperinge, in Belgium's Flemish-speaking region. Its original activity was assembling radios imported from the United States, and its name derived from Belgium American Radio Corporation. Today, Barco describes itself as a global technology company that creates audiovisual solutions for professionals. Its stated mission is to visualise and connect the world through solutions serving healthcare, enterprise and entertainment. Advanced display and projection, image processing, connectivity and computational optics are identified by the company as core areas of innovation.

In healthcare, Barco's stated activity connects professionals across radiology and pathology, specialist consultations and surgery through medical-imaging solutions. The company's listed healthcare offerings cover radiology, breast imaging, remote reading, digital pathology, surgery, modality, dentistry and ophthalmology. This is one of the three solution areas named in Barco's mission. The Digital Hardware Engineer vacancy itself is not assigned to this healthcare activity; it sits within Barco Immersive Experiences R&D. The broader portfolio nevertheless provides context for a company whose audiovisual and imaging technologies are applied in professional settings.

Professional Setting and Role Context

Work Environment, Operations, and Facilities

Barco Enterprise provides visualisation and collaboration solutions for control rooms, meeting spaces and other professional environments. Its portfolio includes control-room solutions as well as ClickShare wireless conferencing and collaboration products for meeting rooms. The company's enterprise activity is separate from the Immersive Experiences R&D role advertised in Kortrijk, but it illustrates another professional context in which Barco develops visualisation and connectivity solutions. For this engineering opening, the stated technical focus is professional projection, where digital hardware, interfaces and integration work support the development of electronic product platforms.

Barco Entertainment supplies projection and visualisation solutions for cinema, projection mapping, live events, themed entertainment and 3D visualisation. The company states that it introduced the first laser projector for cinema in 2014 and describes itself as the leading provider of laser projection for cinema. The Kortrijk position supports next-generation professional projection solutions within the Immersive Experiences organisation. Barco's careers content presents differing figures in separate materials, including more than 3,500 visioneers on one page and 3,200 employees on another, alongside 48 employee nationalities and more than 900 unique technology patents.

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Open Positions

1. Digital Hardware Engineer

Official title: Digital Hardware Engineer

Location: Kortrijk (West Flanders), Belgium — hybrid | Employment information: Contract type not disclosed; hybrid working culture

This role centres on the detailed engineering work required to turn a digital electronic concept into a product platform ready for release. The Digital Hardware Engineer is expected to make technical contributions across circuits, boards, high-speed communication, component choices and validation, while collaborating with specialists in systems, FPGA, software and mechanical engineering. The remit also includes design review, support for less experienced engineers and improvements to hardware-development practices. It is therefore suited to an engineer who can balance analytical investigation with cross-disciplinary technical discussion.

Responsibilities

• Create complex digital electronic circuits and multilayer printed-circuit boards for the relevant product work.
• Specify and implement high-speed DDR, Ethernet, USB and PCIe connections while addressing signal integrity, power integrity and EMC considerations.
• Choose components by assessing performance, availability, cost and lifecycle factors.
• Shape hardware architectures with system, FPGA and software colleagues, and assist the integration of FPGA and microcontroller elements into larger electronic systems.
• Bring prototypes and product platforms into operation, investigate faults, and complete their debugging and validation.
• Analyse and resolve technical problems arising during both development and production activities.
• Examine designs and provide technical support to engineers with less experience.
• Strengthen hardware-development approaches and design practices while working with system, embedded-software, mechanical and FPGA engineers on reliable products.
• Contribute to architecture choices, technology selection and product-roadmap work.

Qualifications

• Hold a bachelor's or master's degree in Electronics Engineering, or offer equivalent relevant experience.
• Bring four to six years of electronic hardware-development experience, including complex digital hardware and PCB design.
• Have taken products from concept through industrialisation and worked in multidisciplinary product-development teams.
• Demonstrate strong digital-electronics and high-speed hardware knowledge, including multilayer PCB development and design for manufacturing.
• Understand signal-integrity, power-integrity and EMC principles, with experience of DDR memory interfaces and other high-speed communication technologies.
• Use Python, C or C# for test automation and debugging, supported by solid laboratory and fault-finding skills.
• Have selected components with lifecycle and obsolescence awareness and be familiar with Siemens Xpedition or a comparable tool.
• Work fluently in English and be willing to travel occasionally to Barco locations, suppliers or customers internationally.
• Preferred: Bring experience with FPGA development environments and VHDL, microcontrollers and their tools, embedded software, Silicon Expert or a similar tool, optical, imaging or display systems, safety-critical or highly reliable electronics, and manufacturing-test or production-support processes.

Skills and Competencies

• Digital-electronics and high-speed hardware expertise supports the design of the role's complex circuits.
• Multilayer PCB development and design-for-manufacturing capability are used from hardware concept through industrialisation.
• Signal integrity, power integrity and EMC knowledge informs high-speed board and interface work.
• DDR, Ethernet, USB and PCIe familiarity is applied when defining and implementing high-speed connections.
• Python, C or C# capability supports test automation and technical debugging.
• Laboratory debugging and prototype-validation skills support platform bring-up and product validation.
• Component-selection and lifecycle awareness guide decisions on performance, availability, cost and obsolescence.
• Siemens Xpedition, or a comparable design tool, is relevant to the published hardware-design profile.
• Analytical problem-solving, communication, collaboration and attention to detail support design reviews and cross-disciplinary work.

Benefits and Employment Information

• The employer lists a bonus system as part of the package.
• Group insurance is included among the stated benefits.
• Health insurance is listed for this vacancy.
• Meal vouchers form part of the published offering.
• The role is presented within a hybrid working culture.
• The published leave provision is 20 legal holidays plus 12 compensation days.
• Barco lists continuous learning opportunities.
• The employer describes a modern, state-of-the-art working environment.
• For this Digital Hardware Engineer vacancy, the contract type is not disclosed; it has a hybrid working culture, and no numeric salary is published, with Barco describing the package as competitive and based on experience.

Application Guidance

Prepare a Focused Application

CV, Evidence, Documents, and Interview Preparation

General preparation guidance for this type of digital hardware application is to organise examples that show the full path from an initial concept through industrialisation. A concise technical portfolio can describe a complex board, a high-speed interface, a component-selection decision or a prototype investigation without disclosing confidential material. Candidates may also be ready to explain how they approached signal integrity, power integrity and EMC in previous work. Clear examples of laboratory debugging, automated testing and collaboration with FPGA, software or mechanical colleagues can help present experience relevant to the published scope.

For an interview about this position, applicants can prepare structured accounts of design trade-offs involving performance, availability, cost and lifecycle. It may be useful to revisit experience with DDR or other high-speed communication technologies, multilayer PCB development and design for manufacturing, as these areas appear in the vacancy. General preparation can also cover how issues were investigated during development or production, how prototype validation was recorded, and how technical feedback was delivered in a design review. Candidates should distinguish experience they already hold from advantageous areas they are still developing.

• Prepare an English CV that separates complex hardware, PCB and high-speed interface experience clearly.
• Select non-confidential examples that explain a concept-to-industrialisation project and the technical choices made.
• Be ready to discuss signal integrity, power integrity, EMC and design-for-manufacturing considerations in practical terms.
• Outline a laboratory debugging or prototype-validation example, including the method used to isolate the issue.
• List test-automation or debugging work completed in Python, C or C# accurately.
• Identify which published preferred technologies are established experience and which remain areas for development.

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How to Apply

Submit Your Application Through the Verified Route

Apply Through the Official Employer Portal

Use the official employer application portal for the Digital Hardware Engineer role in Kortrijk. Before selecting the application button below, applicants can prepare an English CV that accurately presents relevant electronic hardware, PCB, high-speed design and debugging experience. A short ten-second countdown appears before the final portal link, so the application route remains accessible after that interval.