Top Software Engineer Jobs in the Netherlands

Build and iterate on practice-first learning experiences and AI tutor features. Contribute to architecture, review code, debug and unblock teammates, and collaborate closely with Product and Design to deliver high-quality learning products.

Lead full‑stack development of high‑traffic public websites, integrate AI tooling into the SDLC, design scalable backend and performant UIs, maintain cloud infrastructure, CI/CD, monitoring, and testing, and own services under a you‑build‑it‑you‑run‑it philosophy.

Build and operate services and tooling that automate network lifecycle, make network changes safe (CI/CD, rollouts, audit trails), develop scalable observability and telemetry, integrate network source-of-truth with platform APIs, and collaborate with network engineers and SREs to turn operational pain into production-grade automation.

Design, implement, and operate scalable, multi-cloud distributed infrastructure and core services (TypeScript, Kotlin, Go). Optimize compute, storage, networking, and observability; support event-driven architectures; own end-to-end deployment and production reliability; implement disaster recovery and business continuity; collaborate with engineering, AI and security researchers to enable high-velocity product development.

Develop and maintain open-source, silicon-optimized AI/ML inference application packages (Inference Snaps) for Linux/Ubuntu Core. Debug, write high-quality code, review upstream contributions, secure and optimize local inference deployments across embedded devices to gateways, and collaborate with a distributed team and stakeholders.

Design, implement, and maintain cross-platform C++ features for Multipass on macOS and Windows. Lead architecture, mentor peers, write high-quality tested code, review contributions, debug user issues, collaborate with a distributed team, engage the open-source community, and support customers.

Contribute to desktop and cloud reality-capture software by implementing features and bug fixes in C++. Write clean, tested code, assist debugging, participate in code reviews and Agile ceremonies, and use tools like Git, JIRA, and CI/CD while learning from senior engineers.

Canonical is hiring a Software Engineer to develop features for Kubernetes, focusing on operators and integrations while collaborating in a distributed team.

Develop a quest gameplay engine for game server and mobile apps and build a visual no-code quest editor. Collaborate in one-week Scrum sprints, design software architecture, and use C++/Qt, JavaScript/TypeScript, git, and Linux.

The role involves building high-performance proprietary trading systems, collaborating with traders and engineers to enhance trading efficiency.

Develop ultra-low latency trading systems components in Rust, optimize trading infrastructure, collaborate across teams, and drive projects from concept to deployment.

As a Junior Software Engineer, you will develop new software features, improve performance and usability, collaborate with team members, and conduct various tests.

The Software Engineer will build database infrastructure, solve complex distributed systems challenges, and work directly with customers to provide technical solutions.

Build and maintain scalable backend services and infrastructure for Databricks platform. Work on distributed systems, storage integrations (S3/Azure Blob), SaaS/service-oriented architectures, data pipelines (Spark), monitoring, and high-performance client libraries to support large-scale workloads.

Design, develop and deploy cloud-hosted, distributed full-stack applications supporting manuscript transfer. Collaborate with stakeholders and cross-functional Agile/DevOps teams, contribute to architecture, improve delivery processes, and apply test-driven development and automated testing.

Design, implement, test, and maintain C++17 and Python features for Windows-based 3D CAD and AWS services. Improve algorithms, performance, CI/CD pipelines, and collaborate with cross-functional teams while mentoring junior engineers.

Develop, test, and maintain C#/.NET desktop and backend applications (WPF/WinForms, Web APIs) for 3D engineering tools. Collaborate with architects and stakeholders, improve quality via testing and code reviews, adopt DevOps and secure-by-design practices, and modernize the platform to support global automated logistics systems.

Develop, maintain, and optimize backend systems using .NET Core. Design and integrate databases, implement microservices, CI/CD, security, and RESTful APIs. Collaborate in DevOps/Agile teams to deliver scalable, high-quality software and manage deployments.

Develop, debug and maintain complex VBA solutions in Access and Excel; migrate Access solutions to SQL Server; perform ETL and data pre-processing; build web and scripting solutions in Python; create Power BI reports and visualizations; integrate with other teams, enforce secure coding, logging and documentation.

Design, develop, and deploy AI-driven applications, collaborating with data scientists and industry experts while maintaining a focus on user-centric interfaces and high performance.

The Software Engineer (GenAI-Focused) will enhance the DoiT Cloud Intelligence product, implementing features, optimizing AI solutions, and collaborating across teams to solve technical challenges.

As a Mid-Level Backend Engineer, you'll enhance the reliability, observability, and scalability of the EVC platform by building API integrations, improving system performance, and strengthening infrastructure.

Develop real-time communication infrastructure and GUIs, design, build, test and deploy software for flight control, navigation, guidance and sensor data processing, own end-to-end development lifecycle, and integrate new technologies for autonomous UAV systems.

As a Software Engineer, you'll develop systems to analyze sports data, focusing on event detection and error correction using C# and .NET.

As a Senior Software Engineer at Beyond Sports, you'll architect complex systems for sports visualisation, leading the development of error detection systems and collaborating with different teams, while mentoring others in Domain Driven Design.