Flood Modeller/Hydrology Consultant
| Dyddiad hysbysebu: | 18 May 2024 |
|---|---|
| Cyflog: | £32,000 to £36,000 per year |
| Oriau: | Full time |
| Dyddiad cau: | 16 June 2024 |
| Lleoliad: | Central London, London, WC1X 0DG |
| Cwmni: | Pertemps |
| Math o swydd: | Permanent |
| Cyfeirnod swydd: | 53010752 |
Crynodeb
Flood Modeller/Hydrology Consultant
Fully Remote Role
£32,000 - £36,000
This engineering consultancy are a dynamic and rapidly growing company specializing in flood risk, water, and environmental consulting. Led by an industry-recognized team of 15 , they are expanding their flood risk and modelling team due to their success and recent project wins.
As a key member of their consulting team, you'll be passionate about advancing your career in the water/environment sector.
Benefits
- Competitive employer-matching pension scheme via salary sacrifice.
- Health insurance (post-probation).
- Continuous professional development with access to industry experts.
- Standard remote working.
- Flexible hours and no timesheets.
- Support towards achieving chartership.
This engineering consultancy support professional development through mentorship from chartered CIWEM members, providing you with exposure to all facets of the business.
You’ll work on a diverse project portfolio, including private sector and major infrastructure projects, with opportunities for international work.
Qualifications and Experience
- A degree (or higher) in Geography, Environmental Management, or Engineering.
- Approximately 2-3 years of industry experience with a strong technical background.
- Proficiency in UK-recognized flood modelling software (e.g., Flood Modeller, ESTRY, TuFLOW).
- Experience in hydrological assessments using WINFAP, ReFH2, and FEH statistical methods.
- Familiarity with both 1D and 2D modelling methods for various project scales.
Duties/Responsibilities
- Writing clear, concise, and technically accurate modelling reports.
- Conducting hydrological analyses using WINFAP/ReFH or other methods.
- Developing hydraulic models from surveys and reviewing third-party models for accuracy.
- Translating complex modelling outputs into accessible information to support client objectives (e.g., planning, flood alleviation).
Fully Remote Role
£32,000 - £36,000
This engineering consultancy are a dynamic and rapidly growing company specializing in flood risk, water, and environmental consulting. Led by an industry-recognized team of 15 , they are expanding their flood risk and modelling team due to their success and recent project wins.
As a key member of their consulting team, you'll be passionate about advancing your career in the water/environment sector.
Benefits
- Competitive employer-matching pension scheme via salary sacrifice.
- Health insurance (post-probation).
- Continuous professional development with access to industry experts.
- Standard remote working.
- Flexible hours and no timesheets.
- Support towards achieving chartership.
This engineering consultancy support professional development through mentorship from chartered CIWEM members, providing you with exposure to all facets of the business.
You’ll work on a diverse project portfolio, including private sector and major infrastructure projects, with opportunities for international work.
Qualifications and Experience
- A degree (or higher) in Geography, Environmental Management, or Engineering.
- Approximately 2-3 years of industry experience with a strong technical background.
- Proficiency in UK-recognized flood modelling software (e.g., Flood Modeller, ESTRY, TuFLOW).
- Experience in hydrological assessments using WINFAP, ReFH2, and FEH statistical methods.
- Familiarity with both 1D and 2D modelling methods for various project scales.
Duties/Responsibilities
- Writing clear, concise, and technically accurate modelling reports.
- Conducting hydrological analyses using WINFAP/ReFH or other methods.
- Developing hydraulic models from surveys and reviewing third-party models for accuracy.
- Translating complex modelling outputs into accessible information to support client objectives (e.g., planning, flood alleviation).