526 to 550 of 3,170 Permanent Microservices Jobs

Staff or Principal level, driving architecture across multiple teams or domainsDeep expertise in Java (17+), Spring Boot, and modern backend engineering practicesStrong experience with microservices, event-driven architecture, and asynchronous systemsExperience building systems for high throughput, low latency, and reliability, ideally in fintech or transaction-heavy environmentsStrong grounding in system ...

senior leadership and other stakeholders. Preferred: experience building and supporting end-to-end AWS applications, including batch and streaming workloads. Familiarity with APIs and microservices frameworks, container technologies, and workflow/orchestration tools. ABOUT US J.P. Morgan is a global leader in financial services, providing strategic advice and products ...

software systems consumed by other engineering teams Experience owning technical design decisions and mentoring other engineers Knowledge of cloud-native architecture, distributed systems, and microservices design patterns, including scalability, reliability, and fault tolerance Proficiency across the Software Development Life Cycle, including design, development, testing, and deployment Hands-on experience using ...

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, constantly learning from others, while striving to be nice humans. Our teams have used Java, Ruby, Python, ES6 with React, as well ...

technologies and helping others do the same. Proven track record of leading software architecture design and strategic technology initiatives. Strong expertise in cloud platforms, microservices and modern software development practices. Experience with direct line management and mentoring junior to senior engineers. Excellent communication skills. Ability to communicate complex technical concepts ...

distributed messaging and caching technologies (e.g., Solace, Redis, or similar). Understanding of FIX protocol and FIX message handling. Hands‐on experience with AWS, microservices, and serverless patterns. Understanding of TDD, BDD, or similar testing methodologies. Role Band & Level: Professional, 4 #LI-Hybrid #LI-ASO Not The Perfect Fit? Concerned ...

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 ...