Junior Consultant – Climate Change, Hydrology
Pubblicato il 16-10-2026 - Rambøll in Bardi
Job Description
We invite you to bring your skills and enthusiasm to deliver high?quality environmental consultancy in an open, collaborative and empowering culture.
We work to create a sustainable future through inspiring projects and innovative solutions that set the standard among our peers.
You will join a global company that has been growing since , where together we lead and leave a positive impact on societies, companies and people.
You will be based in our Milan office within our Environment & Health division, collaborating across a multidisciplinary, international network.
About the Role
We are seeking a Junior Consultant with at least 3 years' experience to contribute primarily to Climate Change projects—covering governance, climate risk assessment and decarbonisation strategies—and additionally support projects in Hydrology & Hydraulics, including hydrological and hydraulic modelling, flood risk and drainage studies.
You will work alongside engineers, geologists, economists, environmental scientists,
chemists and biologists on a diverse portfolio of assignments for top?tier clients.
Key Responsibilities
Climate Change
Conduct in?depth assessments and evaluations of clients' climate?related governance practices, identifying strengths and areas for improvement
Provide strategic recommendations to enhance climate strategy, risk management and broader sustainability practices
Review of carbon accounting reporting across Scope 1, Scope 2 and Scope 3 emissions
Perform climate hazard screening, climate risk and vulnerability assessments, and develop adaptation plans
Draft expert reports for climate and sustainability?related litigation projects
Prepare proposals and reporting in both Italian and English
Hydrology & Hydraulics
Hydrological and hydraulic modeling for catchments, urban drainage networks and watercourses
Support urban drainage, flood risk management and, where relevant, fluvial/coastal hydraulics studies
Integrate modeling outputs with climate risk