Hybrid Wastewater Hydraulic Modeller

AECOM; Chesterfield; Híbrido; GBP 40.000 - 60.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Private Healthcare

Pension

Dental Cover

Income Protection

Degreed learning platform

Help@hand - EAP

Disability Confident Employer

Descripción de la vacante

Join AECOM as a Wastewater Hydraulic Modeller. You can be based in a UK or Ireland office with a flexible hybrid working model.

You will contribute to UK and international water projects, delivering flood alleviation, pollution reduction, and infrastructure solutions with a fully integrated modelling approach. You will work with public and private clients, including major water utilities, and collaborate with multidisciplinary teams to develop comprehensive, best-practice hydraulic models and

Formación

• Experience in hydraulic modelling of sewer networks and catchment-scale flood solutions.
• Proficient with Infoworks ICM and integrated model development.
• Excellent report writing and presentation skills.
• Working towards Chartership with a relevant Professional Institution.

Responsabilidades

• Deliver hydraulic modelling across sewer networks and integrated models.
• Develop catchment-scale flood and pollution solutions.
• Prepare technical reports and communicate findings clearly.
• Work towards Chartership with a relevant Professional Institution.

Conocimientos

Sewer hydraulics

Infoworks ICM

Communication

Problem solving

Educación

Chartership with a relevant Professional Institution

Herramientas

Infoworks ICM

Descripción del empleo

Join AECOM as a Wastewater Hydraulic Modeller. You can be based in a UK or Ireland office with a flexible hybrid working model.

You will contribute to UK and international water projects, delivering flood alleviation, pollution reduction, and infrastructure solutions with a fully integrated modelling approach. You will work with public and private clients, including major water utilities, and collaborate with multidisciplinary teams to develop comprehensive, best-practice hydraulic models and