976 to 1,000 of 6,521 Cloud Native Jobs

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯

will focus heavily on software engineering excellence across full-stack development, system design, architecture, and software delivery processes — while also overseeing our data engineering, cloud infrastructure, and security functions. You will be responsible for setting the technical direction, improving engineering velocity and quality, establishing modern practices across the SDLC … end-to-end testing frameworks. Drive metrics around deployment frequency, lead time, change failure rate, and mean time to recovery (MTTR). Collaborate with cloud engineers to align infrastructure strategy with software delivery needs. Cloud-Native Engineering (Azure) Lead the development of scalable cloud-native applications and services using Microsoft Azure , including Azure Functions, LogicApps, and container-based services. Drive cost-effective use of cloud services and performance optimization across environments. Ensure cloud architectures support observability, fault tolerance, and high availability. Data Engineering & Intelligent Systems Guide the engineering team in data modelling More ❯