301 to 325 of 348 Distributed Systems Jobs in England

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

ratings and contribute to SLO gap analysis. Record design rationale through Architecture Decision Records (ADRs). Key Requirements: Technical Foundation: Solid experience with Microservices, Distributed Systems, and Cloud-native design. Architecture Principles: Understanding of DDD, resilience patterns, and observability (logging/tracing). Reliability: Familiarity with SLO/ ...

commerce fundamentals such as checkout, pricing, promotions, order lifecycle, and refunds Comfortable owning products built on backend and platform services, APIs, and distributed systems Experience operating across multiple regions, currencies, and regulatory environments Strong stakeholder management and communication skills, particularly with senior engineering and architecture teams Contract Details ...

grids, HD maps, semantic layers) * Lead multi-sensor fusion across LiDAR, cameras, radar, GNSS/INS and odometry * Support large-scale, multi-session and distributed mapping workflows * Implement map versioning, incremental updates and deployment strategies * Define KPIs and validation frameworks to ensure mapping accuracy and consistency * Translate SLAM … reconstruction research into robust production systems * Mentor engineers and contribute to technical best practice Senior Mapping Engineer essential skills * MSc or PhD in Robotics, Computer Vision, Computer Science or similar * 4-5+ years' commercial experience in robotics or autonomous mapping * Strong LiDAR and point cloud processing experience ...

leadership to deliver scalable, high-performing systems. The Role Lead architecture across a large-scale consumer-facing platform Own and evolve search & discovery systems (Elasticsearch) Drive best practices across engineering quality, performance, and scalability Partner with Engineering Managers and Product to deliver complex, high-value initiatives Mentor senior engineers … teams What They’re Looking For Strong backend development experience using Java and Spring Boot Deep experience with Elasticsearch. Proven track record designing scalable, distributed systems Experience operating across multiple teams or domains Strong stakeholder management and leadership skills Why Join? Work on a high-traffic platform ...

also providing technical leadership, solution design, and direction across multiple delivery squads. Key Responsibilities Lead design and development of Java‐based microservices , event‐driven systems, and REST APIs. Deliver solutions aligned to ISO 20022 , RTP schemes, message transformations (XML/JSON), and payment routing/validation. Implement integration patterns … software engineering in financial services or high‐scale regulated environments. Team/technical leadership experience. Strong expertise in Java/J2EE , REST, microservices, and distributed systems. Payments experience: CHAPS, TARGET2, CBPR+, RTP , or similar. Oracle SQL/PL‐SQL and performance tuning for large transactional systems. Deep XML/ ...

approval for solution architectures across systems. Key Responsibilities Define and own end-to-end solution architecture across Salesforce, Data Cloud, and connected enterprise systems Analyze existing Client architecture and design the target-state architecture aligned to prioritized use cases Create architecture diagrams (logical, physical, integration flows) and document solution …/Service Cloud) Exposure to Salesforce Data Cloud (preferred) Exposure to Agentforce/AI-driven workflows (good to have) Knowledge of cloud architecture and distributed systems Familiarity with integration tools, connectors, and middleware Architecture & Governance Experience creating architecture diagrams and technical documentation Understanding of enterprise architecture governance processes ...

approval for solution architectures across systems. Key Responsibilities Define and own end-to-end solution architecture across Salesforce, Data Cloud, and connected enterprise systems Analyze existing client architecture and design target-state architecture aligned to prioritized use cases Create architecture diagrams (logical, physical, integration flows) and document solution designs …/Service Cloud) Exposure to Salesforce Data Cloud (preferred) Exposure to Agentforce/AI-driven workflows (good to have) Knowledge of cloud architecture and distributed systems Familiarity with integration tools, connectors, and middleware Architecture & Governance Experience creating architecture diagrams and technical documentation Understanding of enterprise architecture governance processes ...