Security & Solution Architect - Hybrid, Renewable Energy

ScottishPower; Glasgow; Hybrid; GBP 63,000 - 79,000; Full time

Benefits offered by this job

36 days annual leave

Holiday purchase

Share Incentive Plan

Sharesave Scheme

Payroll giving and charity matched

Technology Vouchers

Private medical insurance

Life Assurance (4x salary)

Cycle to Work scheme

Private dental insurance

Health cash plan

Annual health assessments

Discretionary discounts

Job summary

ScottishPower Renewables is expanding its Solution & Security Architecture team in Glasgow, offering hybrid working 2–3 days in the office. The role focuses on secure, sustainable energy, embedding secure-by-design principles across IT and OT, and influencing architecture decisions from day one.

You will collaborate with delivery teams and senior stakeholders to translate regulatory requirements into practical outcomes, shaping secure infrastructure foundations and resilient systems powering

Qualifications

• Strong experience across solution, security, or infrastructure domains.
• Familiarity with frameworks such as NIS CAF, ISO or NIST.
• Understanding of modern threat landscapes.

Responsibilities

• Embed secure-by-design principles across IT and OT environments.
• Influence key decisions and translate regulatory requirements into practical outcomes.
• Design secure solutions and collaborate with delivery teams, suppliers and stakeholders.
• Drive change and articulate security and architecture priorities across the organisation.

Skills

Solution architecture

Security architecture

Infrastructure architecture

ISO/NIST familiarity

Job description

ScottishPower Renewables is expanding its Solution & Security Architecture team in Glasgow, offering hybrid working 2–3 days in the office. The role focuses on secure, sustainable energy, embedding secure-by-design principles across IT and OT, and influencing architecture decisions from day one.

You will collaborate with delivery teams and senior stakeholders to translate regulatory requirements into practical outcomes, shaping secure infrastructure foundations and resilient systems powering