Cloud Delivery Specialist - Azure & Smart Metering

Morson Edge; Greater London; Hybrid; GBP 75,000 - 86,000; Full time

Benefits offered by this job

Annual bonus

Enhanced pension contribution

25 days holiday

Job summary

Morson Edge is recruiting a Cloud Technical Delivery Specialist for the Smart Meter Programme. The role supports cloud-based Smart Metering platforms, working across Azure environments and large-scale data integrations.

Location options include Ipswich, Crawley or London with 2/3 days on site. You'll collaborate with architects, engineers and business stakeholders to deliver secure, resilient platforms that scale for future demand within Critical National Infrastructure.

Qualifications

• Experience delivering cloud technology projects (Azure/AWS or similar).
• Experience with complex infrastructure or platform environments.
• Experience with large-scale transformation or data migration programmes.
• Strong stakeholder management and problem-solving skills.

Responsibilities

• Delivery, enhancement and ongoing operation of cloud-based Smart Metering platforms across Azure environments and large-scale data platforms.
• Collaborate with architects, engineers, technology partners and business stakeholders to deliver secure, resilient platforms.
• Ensure platforms remain secure, scalable and fit for future demand in Critical National Infrastructure.
• Engage in enterprise integrations and support continuous cloud modernization in the Smart Metering programme.

Skills

Cloud delivery

Stakeholder management

Problem solving

Data migration

Tools

Azure

AWS

Job description

Morson Edge is recruiting a Cloud Technical Delivery Specialist for the Smart Meter Programme. The role supports cloud-based Smart Metering platforms, working across Azure environments and large-scale data integrations.

Location options include Ipswich, Crawley or London with 2/3 days on site. You'll collaborate with architects, engineers and business stakeholders to deliver secure, resilient platforms that scale for future demand within Critical National Infrastructure.