Greenhouse Data Analytics Intern: Heat & Energy Insights

Thermeleon; Rotterdam; On-site; EUR 21,000 - 30,000; Full time

Benefits offered by this job

Impactful project

Real data exposure

Ownership over methods

Startup environment

Job summary

Thermeleon is seeking a Data Analysis Intern to analyze large greenhouse datasets and uncover thermal, energy, and climate insights. You will work with the technical team to study heat flux, temperature cycles, and environmental interactions across greenhouse systems, and help quantify the impact of the Thermeleon Heat Battery.

You will develop scalable data-analysis workflows, contribute to tooling, and present findings to both technical and non-technical colleagues.

Qualifications

• Physics knowledge about heat transfer, energy balances and thermal systems.
• Strong Python skills and experience with data analysis libraries (pandas, NumPy).
• Currently studying toward a technical degree in a related field.

Responsibilities

• Analyze large, multi-source greenhouse datasets to uncover thermal, energy, and climate insights.
• Study heat flux behavior, temperature cycles, and environmental interactions across greenhouse systems.
• Generate comparative insights across client sites, before and after demo installations.
• Quantify the impact of Thermeleon Heat Battery to support evidence-based decisions.
• Help develop a scalable data-analysis framework for new clients and evolving datasets.
• Contribute to tooling and methods that streamline future analyses and ensure repeatable insight generation.
• Present findings clearly to technical and non-technical colleagues.

Skills

Physics knowledge

Python

Analytical mindset

Structured problem solving

Data visualization

Education

Pursuing technical degree (Physics/Applied Physics/Mechanical Engineering)

Tools

pandas

NumPy

Job description

Thermeleon is seeking a Data Analysis Intern to analyze large greenhouse datasets and uncover thermal, energy, and climate insights. You will work with the technical team to study heat flux, temperature cycles, and environmental interactions across greenhouse systems, and help quantify the impact of the Thermeleon Heat Battery.

You will develop scalable data-analysis workflows, contribute to tooling, and present findings to both technical and non-technical colleagues.