Overview
In this role you lead drainage and flood risk initiatives for a growing environmental consultancy, guiding projects from concept to delivery. You will work closely with clients, planners and cross-functional teams to design practical, sustainable water management solutions that meet budget and schedule targets. The position combines technical leadership with mentoring and BD activities, shaping a varied portfolio across development and infrastructure. You will be part of a collaborative culture that values technical excellence and professional growth, offering hybrid working and a clear path to progression.
Pay / Benefits
- Flexible and hybrid working
- Interesting and varied project portfolio
- Structured career progression
- Ongoing professional development and support towards chartership
- A supportive, inclusive team culture
- Competitive salary and benefits package
Responsibilities
- Lead the delivery of drainage and flood risk projects from inception to completion
- Produce drainage strategies, technical reports and hydraulic modelling
- Design Sustainable Drainage Systems (SuDS)
- Prepare technical drawings and supporting documentation
- Manage projects and client relationships
- Mentor junior engineers
- Prepare fee proposals and contribute to business development
- Stay up to date with UK planning policy and industry best practice
Key requirements
- Experience delivering drainage and flood risk projects within a UK consultancy
- Strong knowledge of UK planning policy, SuDS and drainage design
- Experience using MicroDrainage, Causeway Flow+, Flood Modeller, GIS or AutoCAD
- Excellent technical report writing skills
- Strong project management and client-facing experience
- A relevant degree in Civil, Environmental or Water Engineering (or equivalent)
- Professional membership or progress towards chartership would be advantageous
- Client-facing and relationship management
- Mentoring and coaching
- Strong communication and teamwork
- Drainage design and flood risk assessment
- Hydraulic modelling
- Sustainable Drainage Systems (SuDS) design
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