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Machine Learning Geospatial Jobs in New York (NOW HIRING)

Develop machine learning models for geospatial inference of key ecosystem metrics, leveraging geospatial AI to synthesize environmental data into actionable parameters for ecosystem design and ...

... geospatial and climate datasets, including parallel processing, memory-aware computation, and reproducible pipelines (e.g., AWS, SageMaker) * Demonstrated experience applying machine learning and ...

Data Scientist, Consultant (Utilities)

New York, NY · On-site

$89K - $148K/yr

  • Medical

  • Dental

  • Vision

  • Life

  • Retirement

Experience with cloud-based analytics platforms, data engineering, AI, machine learning, geospatial analytics, or optimization techniques. * Experience developing dashboards, data products, or ...

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Machine Learning Geospatial information

What does a Machine Learning Geospatial professional do?

A Machine Learning Geospatial professional uses machine learning techniques to analyze and interpret geospatial data, such as satellite imagery, maps, and GPS data. Their work involves building and training models to detect patterns, make predictions, and solve spatial problems in fields like agriculture, urban planning, disaster response, and environmental monitoring. These professionals often collaborate with data scientists and GIS (Geographic Information Systems) specialists to extract actionable insights from large and complex geospatial datasets. Their skills are crucial for automating tasks such as image classification, land cover mapping, and object detection in geographic contexts.

What are the key skills and qualifications needed to thrive as a Machine Learning Geospatial professional?

To thrive as a Machine Learning Geospatial specialist, you need a strong background in machine learning, geospatial analysis, programming (Python, R), and a relevant degree in computer science, geography, or a related field. Familiarity with GIS software (e.g., ArcGIS, QGIS), remote sensing tools, and cloud platforms like Google Earth Engine or AWS is typically required. Analytical thinking, problem-solving, and effective communication are vital soft skills for interpreting data and collaborating with multidisciplinary teams. These skills and qualities are crucial for developing accurate geospatial models and delivering actionable insights from complex spatial data.

What are some common challenges faced by Machine Learning Geospatial professionals when integrating spatial data into predictive models?

Machine Learning Geospatial professionals often encounter challenges such as managing large and complex spatial datasets, ensuring data quality and consistency, and handling spatial autocorrelation that can bias model results. Additionally, integrating diverse data sources—like satellite imagery, sensor data, and GIS layers—requires advanced pre-processing and domain knowledge. Collaborating with GIS analysts and domain experts is usually essential to develop robust models that provide actionable insights.

What is the difference between Machine Learning Geospatial vs GIS Analyst?

AspectMachine Learning GeospatialGIS Analyst
Required CredentialsBachelor's or higher in Computer Science, Data Science, or related fields; knowledge of machine learning and geospatial dataBachelor's in Geography, GIS, or related fields; proficiency in GIS software
Work EnvironmentTech companies, data science teams, research institutionsGovernment agencies, urban planning, environmental firms
Industry UsageData-driven geospatial analysis, predictive modeling, AI applicationsMapping, spatial data management, spatial analysis

Machine Learning Geospatial professionals focus on applying machine learning techniques to analyze geospatial data, often working with large datasets and developing predictive models. GIS Analysts primarily handle spatial data management, mapping, and analysis using GIS software. While both roles work with geospatial data, Machine Learning Geospatial roles emphasize data science and AI, whereas GIS Analysts focus on spatial information management and visualization.

What are popular job titles related to Machine Learning Geospatial jobs in New York?

For Machine Learning Geospatial jobs in New York, the most frequently searched job titles are:

What job categories do people searching Machine Learning Geospatial jobs in New York look for?

The top searched job categories for Machine Learning Geospatial jobs in New York are:

What cities in New York are hiring for Machine Learning Geospatial jobs?

Cities in New York with the most Machine Learning Geospatial job openings:

Founding Geospatial Machine Learning Engineer

Worldcastr

Manhattan, NY • On-site

$310 - $335/hr

Other

This job post has expired today. Applications are no longer accepted.


Job description

Founding Geospatial Machine Learning Engineer

Turn our physical development model into rigorously validated, production-ready spatial forecasting and scenario capability.

The roadmap spans probabilistic forecasting, geographic transfer, historical-vintage controls, cross-jurisdiction benchmarks, calibration, explainability, multi-target modeling, and intervention-conditioned scenarios. That scientific and engineering responsibility should not remain indefinitely concentrated in the founder.

What you will own
  • Design, train, evaluate, and deploy forecasting models across parcels, buildings, neighborhoods, infrastructure, utilities, and regional indicators.
  • Build leakage-resistant historical datasets with explicit vintages, geographic crosswalks, target definitions, and reproducible feature construction.
  • Establish benchmarks across places, horizons, baselines, and public planning models.
  • Measure point accuracy, probabilistic scores, calibration, coverage, tails, geographic transfer, and failure modes.
  • Build uncertainty estimates and explanations that are technically defensible and useful to practitioners.
  • Develop and test intervention-conditioned or scenario models without overstating causal identification.
  • Own experiment tracking, model lineage, data quality checks, training reproducibility, and model cards.
  • Partner with the product engineer to deploy models through stable services with monitoring, cost controls, and rollback capability.
  • Work with public-sector practitioners and independent reviewers to turn domain criticism into better datasets, tests, and model behavior.
  • Communicate methods and limitations clearly in technical documents, customer materials, and diligence artifacts.

FIRST 90 DAYS

Establish the foundation
  • Reproduce the current principal benchmark from source data through published metrics.
  • Audit target definitions, vintages, leakage controls, geographic joins, and baseline comparability.
  • Define the model evaluation contract for one-year and multi-year horizons.
  • Produce a prioritized research and engineering plan tied to the first paid evaluation.
  • Ship one material improvement to model performance, calibration, geographic coverage, or evaluation reliability.

6 TO 12 MONTHS

  • A reproducible multi-jurisdiction benchmark supports customer and investor diligence.
  • Forecast and uncertainty metrics are monitored by geography, horizon, cohort, and target.
  • New data sources can be added through documented, tested spatial and temporal contracts.
  • Models move from experiment to production through a controlled and observable release process.
  • The first paid evaluations have independent technical review and defensible acceptance evidence.
What we are looking for
  • Six or more years in applied machine learning, scientific computing, geospatial modeling, forecasting, or a related field, with staff-level ownership or equivalent evidence.
  • Strong Python and modern ML framework experience, including production model development.
  • Skill with probabilistic or time-series evaluation, uncertainty, calibration, or comparable statistical rigor.
  • Experience with geospatial data, coordinate systems, spatial joins, geographic hierarchies, and large spatial datasets.
  • Experience building reproducible training and evaluation systems rather than notebook-only analysis.
  • Ability to move between research questions, data engineering, model implementation, and production constraints.
  • Clear scientific writing and the judgment to state limitations precisely.
Helpful, not required
  • Public records, land use, transportation, infrastructure, utilities, climate, demography, or economic forecasting.
  • PyTorch, distributed training, spatial databases, GeoPandas, xarray, rasterio, GDAL, PostGIS, or equivalent systems.
  • Work with planners, government analysts, regulated industries, or independent technical reviewers.
Role boundary

This is not a pure data-engineering position, remote-sensing-only position, or academic research appointment. You must improve model capability, evaluation credibility, and production delivery together.

Compensation and working terms

$310,000 target base salary, 5% target variable compensation, and a 0.75% target equity grant under the current financing plan. Final terms will be confirmed if the role opens.

This role opens after sufficient financing, an upsized close, or initial paid commercial evidence. Location terms will be confirmed when it opens.

Worldcastr considers candidates based on relevant evidence, judgment, and ability to do the work. We welcome strong candidates whose path does not match every conventional credential.

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