Lead Autonomous Decision-Support Architect

NestAI; Helsinki; On-site; EUR 90,000 - 130,000; Full time

Benefits offered by this job

Occupational healthcare

Regular team lunches

Mac or PC

Holiday allowance

Phone benefit

Ongoing benefits

Job summary

NestAI is seeking a Senior Autonomous Decision Support Engineer to lead the technical planning for adaptive decision-support models within the NestOS platform. You will design simulations that bootstrap parameters and simulate complex operational scenarios where data is sparse, and you will integrate geospatial and environmental constraints directly into the recommendation and routing logic.

We value senior engineers who can independently frame and implement high-stakes technical problems,

Qualifications

• Strong background in physics, statistics, applied mathematics, or operations research.
• Experience building decision-support engines or resource optimization systems.
• Expertise in probabilistic modeling and Monte Carlo methods; geospatial analysis.
• Senior level ability to own complex technical problems end-to-end.

Responsibilities

• Own technical planning and architecture for autonomous decision-support models.
• Design physics-based simulation workflows for parameter bootstrapping.
• Integrate geospatial and environmental constraints into algorithms.
• Mentor engineers on high-stakes technical problems in edge computing.

Skills

Physics/Math background

Decision-support engines

Probabilistic modeling

Geospatial analysis

Senior problem framing

Tools

Monte Carlo simulations

Geospatial tools

Job description

NestAI is seeking a Senior Autonomous Decision Support Engineer to lead the technical planning for adaptive decision-support models within the NestOS platform. You will design simulations that bootstrap parameters and simulate complex operational scenarios where data is sparse, and you will integrate geospatial and environmental constraints directly into the recommendation and routing logic.

We value senior engineers who can independently frame and implement high-stakes technical problems,