Coastal Modeler | ISIR.AI

Turn Simulations into Impact — Join ISIR.AI as a Coastal Modeler

ISIR.AI is advancing coastal and marine analytics across Asia, and we’re looking for a driven Coastal Modeler who’s ready to tackle real-world challenges in hydrodynamic modeling, wave transformation, and metocean data analytics .

This is not a routine modeling job — it’s an opportunity to work with advanced MIKE 21 systems , build data pipelines using Python , and contribute to strategic marine and energy infrastructure studies guided by senior experts.

Key Responsibilities

Assist in setting up, calibrating, and validating MIKE 21 / MIKE Zero models for wind, wave, current, and water level analysis.

Run cyclonic and non-cyclonic simulations and contribute to return period assessments for extreme marine events.

Support sediment transport, wave-current interaction, and coastal evolution studies.

Handle large metocean datasets (ERA5, ECMWF, satellite, and buoy data) for pre- and post-processing.

Automate data pipelines, model runs, and result extraction using Python and visualization libraries.

Collaborate with senior modelers on report preparation, interpretation of results, and quality validation .

Required Skills & Tools

Proficiency in MIKE 21 / MIKE Zero (HD, SW, ST, Coupled modules).

Strong skills in Python , including data manipulation (pandas, xarray), visualization (matplotlib, seaborn), and automation.

Sound understanding of hydrodynamics, fluid mechanics, and coastal processes .

Ability to perform return period, extreme value, and statistical analysis .

Exposure to mesh design, boundary conditions, and validation workflows .

Preferred Qualifications

M.Tech / M.Sc. in Coastal Engineering, Ocean Engineering, or Marine Science .

3–6 years of experience in metocean or coastal modeling roles.

Hands-on experience in model-data comparison, sensitivity analysis, and result interpretation .

Exposure to LNG, offshore wind, or coastal infrastructure projects is an added advantage.

At ISIR.AI, you’ll work on high-impact projects where modeling results directly influence decisions for LNG terminals, coastal resilience, and energy transition planning .

If you’re someone who enjoys pushing boundaries and learning from domain experts — this is your next step forward.

Apply Now :

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