Water Network Optimisation Analyst - Hybrid

Pertemps Thames Water; Reading; Hybrid; GBP 35,000 - 40,000; Full time

Benefits offered by this job

26 days holiday

Generous Pension Scheme

Health & wellbeing benefits

Cycle to Work

Life assurance

Job summary

Pertemps Thames Water is recruiting a Systems Optimisation Analyst in Reading. This full-time hybrid role supports the System Optimisation team to keep water networks reliable, by analysing data, addressing pressure issues and improving performance with engineers and operations colleagues.

The position involves investigations, performance monitoring and risk assessment to help reduce disruption and protect water quality.

Qualifications

• Awareness of hydraulic principles and transferable skills relevant to the water industry.
• Clear communication with different teams and stakeholders.
• Organised and practical approach to prioritising and solving problems.

Responsibilities

• Investigate water pressure issues, customer complaints and network alerts, helping to find practical solutions.
• Monitor network performance and analyse data to identify issues and opportunities for improvement.
• Manage District Metered Area and District Meter availability to support performance targets.
• Support engineers with network improvement projects, maintenance activities and planned works.
• Coordinate responses to unexpected network incidents to minimise disruption and protect water quality.
• Assist risk assessments for activities affecting the clean water network.

Skills

Hydraulic principles

Analytical thinking

Clear communication

Problem solving

Tools

GIS software

Job description

Pertemps Thames Water is recruiting a Systems Optimisation Analyst in Reading. This full-time hybrid role supports the System Optimisation team to keep water networks reliable, by analysing data, addressing pressure issues and improving performance with engineers and operations colleagues.

The position involves investigations, performance monitoring and risk assessment to help reduce disruption and protect water quality.