Wastewater Data Scientist & Systems Engineer

Decisio; United Kingdom; Remote; GBP 60,000 - 90,000; Full time

Job summary

Decisio seeks a Wastewater Systems Solutions Developer to advance the Decisio™ platform by applying planning and data science skills to optimise water and energy systems. You will join a team delivering analytics services across multiple industry verticals, translating complex environmental challenges into elegant software solutions.

The role emphasizes Python, SQL, data handling, hydraulic modelling, and simulation, with a focus on resilience and sustainability in wastewater networks.

Qualifications

• Experience applying data science methods to environmental or water sector problems.
• Ability to translate complex environmental problems into robust software solutions.
• Familiarity with hydraulic modelling or related simulation tools.

Responsibilities

• Design and develop software models that simulate wastewater network performance and treatment systems.
• Collaborate with environmental scientists and clients to translate complex problems into usable software.
• Apply data science to identify pollution risk and inform interventions.
• Contribute to digital environmental solutions driving measurable improvements in the water sector.
• Work with Python, SQL, and data handling to build scalable analytics platforms.
• Demonstrate passion for water environments and environmental outcomes.

Skills

Python

SQL

Data Science

Hydraulic Modelling

Simulation

Environmental analytics

Team collaboration

Tools

SQL databases

Pandas

Matplotlib

Job description

Decisio seeks a Wastewater Systems Solutions Developer to advance the Decisio™ platform by applying planning and data science skills to optimise water and energy systems. You will join a team delivering analytics services across multiple industry verticals, translating complex environmental challenges into elegant software solutions.

The role emphasizes Python, SQL, data handling, hydraulic modelling, and simulation, with a focus on resilience and sustainability in wastewater networks.