PurPassionWater / Ocean

Water Resource Manager / Catchment Planner

Unexpected

The pull to create structure from chaos

Organization · Disordered → Ordered

The shape of the work

Pace
  • Patient work over a long time, where showing up matters most
  • A hard push you keep up for a long stretch
  • Short, intense, and the stakes are right now
What your week looks likeMonday-to-Friday, roughly 9-to-5
How much you move around at workMostly at a desk, but you get up for site visits or other work
Whether you can work from anywhereSome days in, some days wherever you want
How quickly you receive feedback on your workYou might wait years to see if it mattered
What you're actually working withNumbers, measurements, records — things you read on a screen / Other humans, face-to-face — talking, teaching, treating, leading

Behaviours this work is made of

Core
  • Making multiple moving parts work together in sequence.
  • Reaching agreement across differing interests.
  • Ordering events and actions through time.
  • Deciding what matters most, in what order.
Also present
  • Making expert knowledge available to someone else's decision — seeing what they can't see from experience and making that sight useful, without owning the outcome.
  • Committing to a course of action when the right answer is uncertain and delay has a cost.
  • Building a simplified version of a system — a climate, a river, a city's traffic — to test what might happen.

In words

The decision is how much water can be taken out of a system, by whom, and when, so that there is still a system next decade. That means building a picture of supply — rainfall, river flows, reservoir storage, groundwater levels — setting it against demand from households, agriculture, industry and the environment itself, and finding the arrangement that survives a dry year. The outputs are abstraction licences, catchment plans, drought plans, and the long-horizon water resources management plans that decide whether a region builds a reservoir, a transfer scheme, or neither.

The distinct contribution is allocation. The modellers say what the catchment does and the ecologists say what the river needs; the catchment planner is the one who has to say who does not get what they asked for, and defend it. That is Organization in the strict sense — the water exists, the demand exists, and the professional act is imposing a defensible order on the relationship between them.

The environment is a legitimate claimant, which is the part that has changed most in a generation. A river has a flow below which it stops functioning as a habitat, and that flow now has legal standing. A meaningful part of this job is arguing for the interests of something that cannot attend the meeting.

There's a guide here if you want one

Kitsune can talk through anything on this page — whether it might suit you, what to do next, questions this page doesn't answer. Everything here is yours to read either way.

The unpopularity is specific and personal. Somebody's abstraction licence gets cut, and that somebody farms, employs people, and has been taking that water for forty years. The decision is right and it is also somebody's business. The job is holding a hard decision in front of an angry room without either caving or going cold, and the room comes round again the following year.

The money arriving in this sector is genuinely unusual and it has not reached careers guidance. Ofwat approved £104 billion of investment for 2025–2030, roughly 77% above the prior cycle, nearly 90% of it driven by new regulatory requirements [Ofwat 2024]. The binding constraint on spending it is people who understand water systems. That is an odd and favourable position to enter a profession in.

And the timescale is long enough to be strange. The plan is for a supply position in 2050, built on climate projections, written for a public that will judge the whole thing on whether the tap works this August. Learning to work honestly across both timescales at once is the actual craft.

Geography, environmental science, civil engineering, earth science or a numerate physical science degree; a master's in water resource management, hydrology or environmental engineering is common and accelerates entry. Employers are water companies, the Environment Agency and its devolved equivalents, consultancies, and local authorities, with graduate schemes at all of them. Chartership through CIWEM (MCIWEM C.WEM) is the mid-career credential: honours degree plus around five years' experience, two chartered sponsors, 14 mandatory competences evidenced in 4,000 words, 90 hours of CPD across three years, then interview [CIWEM 2025]. In Portugal, licenciatura and mestrado in Engenharia do Ambiente or Engenharia dos Recursos Hídricos, with the APA's Departamento de Recursos Hídricos as the principal public route [APA 2025].

Before you go