Malte Skovby Ahm
- Associate Technical Director, Smart Water at COWI
- Assistant Professor at Aalborg University (AAU BUILD)
TODO: intro (3–4 sentences) — who you are, what you lead and what you want.
Now
Associate Technical Director, Smart Water
COWI
At COWI I work in Smart Water — digital solutions for the water sector.
TODO: leadership responsibilities (team, budget, clients/partners).
cowi.com ↗Assistant Professor
Aalborg University (AAU BUILD)
At Aalborg University I do research and teach at AAU BUILD.
TODO: leadership responsibilities (team, budget, clients/partners).
build.aau.dk ↗Results
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Career
- TODO: start year–presentAssociate Technical Director, Smart Water, COWITODO: responsibilities and results in the role.
- 2025–presentAssistant Professor, Aalborg University (AAU BUILD)TODO: responsibilities and results in the role.
- 2016–2024Expert in Water and Environmental Engineering, Aarhus Vand (water utility)TODO: responsibilities and results in the role.
- 2012–2016Ph.D. Fellow, Aalborg University
- 2009–2012Scientific Assistant, Aalborg University
What I have built
Co-founder
VeVa
I initiated and drove the VeVa association.
TODO: linkMore
TODO: more references — e.g. regn.skilled.dk.
Boards
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Education
- 2022Certificate in Global Management, INSEAD
- 2016Ph.D., Aalborg UniversityThesis: Adjustment of rainfall estimates from weather radars using in-situ stormwater drainage sensors
- 2012M.Sc. (cand.polyt.) in Water and Environmental Engineering, Aalborg University
Research
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Publications
- Urban-Catchment-Scale Evaluation of Rainfall–Runoff Predictions Based on Weather Radar Nowcasts
- Weather radar nowcasting of rainfall using optical flow with Recurrent All-Pairs Field Transforms (RAFT)
- Optical Flow with Recurrent All-Pairs Field Transform (RAFT) for weather radar nowcasting
- Can stormwater runoff measurements be used for weather radar rainfall adjustment?
- Can the Volume Ratio of Coarse to Fine Particles Explain the Hydraulic Properties of Sandy Soil?
- Weather Radar Adjustment Using Runoff from Urban Surfaces
- Rainfall measurement based on in-situ storm drainage flow sensors
- Estimation of combined sewer overflow discharge: a software sensor approach based on local water level measurements
- Tema 1: BEWARE – Danmarks største regnmåler
- Adjustment of rainfall estimates from weather radars using in-situ stormwater drainage sensors
- Weather radar adjustment using runoff from urban surfaces
- Estimating subcatchment runoff coefficients using weather radar and a downstream runoff sensor
- Comparison of short-term rainfall forecasts for model-based flow prediction in urban drainage systems
- Darcy flow forsøg til bestemmelse af permeabiliteten af intaktjordprøver
- Estimering af afløbskoefficienter ved brug af vejrradarer
- Comparison Of Short Term Rainfall Forecasts For Model Based Flow Prediction In Urban Drainage Systems
- Estimating Runoff Coefficients Using Weather Radars
From ORCID, updated 2026-10-26.