Principal Azure Cloud Architect

Schneider Electric; Lunds kommun; On-site; SEK 1,100,000 - 1,500,000; Full time

Job summary

Schneider Electric is seeking a senior architect to shape and build the next generation of shared cloud capabilities for the Digital Energy software portfolio. This role requires creating working platforms, reference implementations, deployment patterns, and production-quality software.

The role focuses on defining Azure architecture for cloud and AI capabilities, developing reusable platform services, and enabling secure, observable, and cost-efficient solutions across teams.

Qualifications

• Define Azure architecture for shared DE Software cloud and AI capabilities.
• Develop reusable platform services and reference implementations.
• Identify opportunities for platform convergence across teams.

Responsibilities

• Translate architectural direction into working software and deployable infrastructure.
• Design secure, resilient, observable, scalable Azure solutions.
• Establish patterns for identity, networking, data, APIs, messaging, storage, compute, and multitenancy.
• Design cloud-to-edge architectures for building and energy-management apps.
• Enable AI workloads using appropriate technologies.

Skills

Azure architecture

Cloud platforms

Software development

Security patterns

Observability

Education

Bachelor's degree in CS or related

Tools

Azure

Containerization

Job description

About the Role

Shape and build the next generation of shared cloud capabilities for the Digital Energy software portfolio. This role connects and rationalizes cloud capabilities across organizational and product boundaries.

The position requires more than architectural guidance. The successful candidate will create working platforms, reference implementations, deployment patterns, and production-quality software.

What You Will Do

• Define the Azure architecture for shared DE Software cloud and AI capabilities.
• Develop reusable platform services, architectural patterns, and reference implementations.
• Identify opportunities for platform convergence and reuse across BDP, Building Automation, and Digital Energy teams.
• Translate strategic architectural direction into working software and deployable infrastructure.
• Design secure, resilient, observable, scalable, and cost-effective Azure solutions.
• Establish patterns for identity, networking, data, integration, APIs, messaging, storage, compute, and multitenancy.
• Design cloud-to-edge architectures for building and energy-management applications.
• Enable AI workloads using appropriate