Top Software Engineer Jobs in Amsterdam

Design, build, and operate high-throughput, distributed Java services. Own full development lifecycle from design to production, optimize PostgreSQL performance, improve platform scalability and reliability, collaborate across teams, and iterate quickly to deliver customer-facing features.

Lead the architecture and evolution of payment acceptance infrastructure. Design and operate scalable backend microservices, REST APIs, event-driven systems, and integrations for high-volume distributed payments. Drive initiatives across gateways, acquiring, issuing, card networks, and local payment methods. Partner cross-functionally, improve reliability and observability, address technical debt, establish strong engineering practices, and mentor engineers.

Design, build, and operate backend microservices for global payments acceptance. Implement REST APIs, integrate with card networks and local payment methods, work with Kafka and distributed datastores, perform architectural reviews, address tech debt, and improve operational tooling and reliability across cloud and containerized environments.

Develop and maintain Tether’s peer-to-peer stack and modular Node.js ecosystem. Build production-scale applications, create reusable npm modules, write maintainable code, and perform testing and debugging. The role requires interest or experience in P2P technologies and distributed systems, with preferred experience in native Node.js extensions, network protocol optimization, advanced networking, and open-source contributions. The position is fully remote and worldwide.

Typetone is accepting applications for a Full Stack Software Engineer and will follow up with interested candidates. No specific responsibilities or qualifications are provided.

Design, develop, test, and improve logistics software across backend and frontend systems. Own projects from concept through delivery, solve business and user problems with technology, and contribute to scalable, secure products supporting routing, drivers, warehousing, and inbound and outbound operations. The role requires collaboration in an Amsterdam office environment, with opportunities for technical and professional growth.

Designs and builds Notabene’s Go-based transaction platform for secure, scalable, multi-tenant crypto transfers. The role focuses on distributed systems correctness, PostgreSQL performance, cloud infrastructure, observability, auditability, and regulated-data security. The engineer owns production operations, writes technical designs, reviews code, mentors teammates, collaborates with product and compliance teams, uses AI coding agents, and participates in on-call rotations.

Designs and operates internet-scale crawling and content acquisition infrastructure for an agent-native search engine. Responsibilities include distributed crawling, URL discovery, scheduling, deduplication, extraction, ingestion, recrawling, observability, resource optimization, and reliable high-throughput processing of billions of URLs. The role collaborates with indexing and machine learning teams to ensure content quality and retrieval readiness.

Build and extend Python/Django backend services and TypeScript/Next.js frontend portals for Qogita’s wholesale platform. Design scalable, distributed, event-driven systems; improve performance, observability, and reliability; and deliver complete features end to end. Partner with Product to shape solutions and apply AI models and coding agents with strong testing, security, and quality guardrails.

Build and maintain frontend and backend tools for robot fleet management, site logistics, maintenance, manufacturing, and internal operations. Responsibilities include developing typed TypeScript and React applications, prototyping solutions with colleagues, improving data models, deploying backend services, debugging production issues, and collaborating with hardware, controls, and robotics teams. The role requires end-to-end product ownership in an onsite, fast-paced environment.

Build, test, and ship full-stack healthcare product features alongside engineers, product managers, and designers. The intern will write clean code, solve technical problems, contribute to scalable and secure tools, explore AI and distributed systems, and participate in peer review and knowledge sharing. This is a six-month, full-time internship beginning in March 2027, with a hybrid setup in Amsterdam.

Build and maintain software for clinical AI medical devices across radiology modalities. Develop features, integrate systems, validate and route requests, assemble results, and support production services. Write and review code, create automated and manual tests, and own features through deployment. Ensure quality, regulatory, cybersecurity, documentation, and risk-analysis compliance while collaborating with product, service, and delivery teams.

Build and maintain end-to-end ERP features across Django backend services and Next.js frontend applications. Develop models, APIs, database migrations, tenant isolation, and row-level security; understand legacy C++ desktop behavior; write tests, monitor production releases, conduct code reviews, and collaborate with senior and junior engineers. The role requires independent delivery, strong communication, attention to quality, and a focus on reliable, performant systems.

Design and build Go services for Telnyx’s serverless platform, function deployment pipeline, global control plane, and edge infrastructure. Own backend APIs, resource lifecycles, workload deployment, asynchronous workflows, observability, and reliability. Work with Kubernetes, distributed systems, relational databases, and multi-region services. Improve developer experience through APIs, CLI tooling, and clear error handling, while participating in on-call and diagnosing production performance and reliability issues.

Owns embedded software and firmware system testing for sensing interrogator platforms. Responsibilities include designing HIL environments, automating Python-based regression tests, integrating hardware testing into CI/CD, qualifying releases, analyzing failures, performing root-cause analysis, and improving test coverage, observability, and release evidence across software, firmware, FPGA, electronics, photonics, and sensor interfaces.

As a Fullstack Software Engineer, you will enhance user experience by building SaaS products, focusing on front-end and back-end technologies.

Design and develop a new OTC trading engine while modernizing existing applications. Build high-performance distributed services, data pipelines, integrations, and event-driven systems using Java, C++, and Python. Define architectures, service boundaries, and data flows; ensure reliability through testing, observability, monitoring, failure handling, and automation. Collaborate with traders, quants, Operations, Risk, and Compliance, owning solutions from discovery through production operation.

Senior Software Engineer responsible for architecting and operating large-scale identity data pipelines, platform APIs, matching systems, device graphs, audience segmentation, and privacy-preserving collaboration capabilities. The role owns technical direction, reliability, observability, cloud efficiency, incident response, and compliance with GDPR and CCPA. It also includes design reviews, cross-functional leadership, mentoring, and advancing engineering standards across Identity systems.

Build and scale reliable systems for a high-performance trading platform. Responsibilities include automation for deployment, monitoring, operations, and incident response; ownership of observability across metrics, logs, tracing, and alerts; tool evaluation; on-call participation; incident leadership; postmortems; and root cause analysis.

Build production software that provisions and manages GPU hosts and inference clusters through their full lifecycle. Design declarative APIs, control planes, state machines, reconciliation loops, durable workflows, event-driven automation, and self-healing systems. Partner with inference and ML platform teams to encode cluster requirements, while owning reliability, testing, deployment, and production operations.

Design and build production-grade mission, behavior, and motion planning systems for autonomous ground-support vehicles in airport environments. Responsibilities include selecting planning algorithms, architecting software interfaces, optimizing trajectories, addressing uncertainty and real-time constraints, collaborating with perception and controls teams, applying safety practices, and mentoring engineers. The role requires strong C++ or Python skills, Linux experience, and hands-on autonomous systems planning experience.

Designs, develops, and optimizes scalable Bazel-based software build systems. Develops solutions in Go and Python, maintains CI/CD automation, manages source control, troubleshoots build issues, and improves build performance through caching, toolchains, and remote execution. Executes technical work packages, applies testing methodologies, collaborates with engineering teams, and communicates project progress and technical outcomes.

Own and evolve high-scale backend systems for Stream’s Chat or Activity Feeds products. The role involves hands-on software development, database and infrastructure work, system architecture, technical leadership, scalability, public APIs and SDKs, and production reliability. Engineers will work with distributed systems, real-time workloads, Kubernetes, relational databases, caching, messaging, observability, and cloud infrastructure while delivering production code and owning systems end to end.

Build and operate full-stack systems for an AI-powered offensive security platform. Responsibilities include developing React frontends, TypeScript APIs, Kotlin and Go backend services, deploying on AWS, designing scalable systems, optimizing databases, supporting production, and owning features from concept through deployment. The role involves close collaboration with AI and security researchers in a fast-paced remote startup.

Build and ship platform functionality across the stack, own features from problem definition through deployment, modernize existing systems, and contribute to architecture and engineering practices. Collaborate with product, data science, and education specialists while improving testing, maintainability, shared code ownership, and AI-assisted development. The role offers substantial autonomy and measurable societal impact in a small EdTech team.