126 to 150 of 1,860 Remote/Hybrid Microservices Jobs

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. - Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. - Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

Infrastructure as Code, configuration management, containerisation, and orchestration technologies such as Terraform, Ansible, Docker, or Kubernetes. Demonstrable understanding of software architecture, distributed systems, and microservices, with experience making pragmatic technical decisions across complex or varied technology stacks. Proven ability to lead technical initiatives and drive adoption, including defining engineering metrics ...

shippable code and experiences. Design and delivery tooling: experience with Figma , Cursor, Claude and Vercel v0 advantageous. Platform, Architecture and Engineering Composable architecture: microservices, API‐first, cloud‐native and headless composition; minimum eight years' experience designing and delivering MACH‐based enterprise platforms. Cloud platforms: deep hands‐on experience across ...

understood and achieved with the technology we deploy. Senior Software Engineers find themselves working on a variety of different problems from monoliths to microservices, upskilling colleagues and customers, always finding themselves learning from others, while constantly striving to be nice humans. Our teams have used Java, Ruby, Python, ES6 with ...

development to on-chain/off-chain integration patterns and blockchain node interaction Backend Engineering Fundamentals: Solid grounding in enterprise software engineering - API design, microservices, data structures, algorithms, and design patterns Security Mindset: Awareness of common smart contract vulnerabilities (reentrancy, front-running, integer overflow, etc.) and best practices for secure ...

digital solutions that improve public services and have societal impact. Technical development: Expand your expertise across a wide range of modern technologies, including cloud, microservices and serverless architectures. Collaborative, supportive environment: Join a team that values learning, knowledge sharing, and continuous improvement. Career progression: Opportunities to grow within a consultancy ...

/No Third Parties Required Skills: 7 9 years of Java/J2EE development experience Java, Spring, Spring Boot, JPA/Hibernate REST APIs & Microservices Kafka, MongoDB, Oracle, SQL JUnit, Mockito, Rest Assured & API Testing Git, CI/CD, Docker & Kubernetes API Security, Logging & Documentation Performance, Resiliency & Load Testing Agile ...