From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

From microchip to measurement - DIY weather station

Ever interested in building your own weather station? In this project you can follow a guide on how to incorporate microelectronic components to collect your own weather data.

SEED project
Feltlæring

iEarth Education Research Publication Series

Project: "Meteorological instrumentation: From microchip to measurement"

Authors: Agnes Stenlund, Marjolein Gevers, Lukas Frank, Marius O. Jonassen, Florina Schalamon

Funding from iEarth: 50 000 NOK in 2021

This DIY weather station project aims to provide students with immersed practical skills, understanding and interest in the technical parts of weather monitoring. Focusing on the construction of meteorological instrumentation using a microcontroller, different sensors and a few other low-cost electronic components, a new teaching module was developed to be included into the bachelor-level meteorology course AGF-213 at UNIS.

The weather station prototype attached to a pole during field testing in September 2022.

Collecting online information within the field of microelectronics provided an overview of the available hard- and software and hints on the level of instructions needed for students to be able to build a small weather station themselves. A prototype was built, control software was developed and the whole setup was tested in the field. The process was documented in a detailed report, which in the future can be used as a guide by the students

Spatial temperature patterns measured with the weather station prototype. Measurements were performed at Isfjord Radio during the AGF-213 Field work in September 2022.

All photos credited the respective authors of the iEarth SEED project.

Read the iEarth Education Publication Series here

Prototype of the DIY weather station including FiPy microcontroller and pycom expansionboard, BME280 pressure sensor, SHT30 humidity and temperature sensor, and Ultimate GPS breakout v3.
No items found.

Name

Function

Pricing / Licensing

Developed by

Reference

SvalSim

Heavily used in Svalex expeditions, run for multi-disciplinary student teams in Svalbard until 2013

Free academic

N/A

Statoil

N/A

Saether et al. (2004)

VideoSolo Video Converter Ultimate

Generate VR videos from normal videos

ca. 50€

N/A

VideoSolo

N/A

VRGS

Virtual outcrop interpretation package

Low cost academic fee

N/A

University of Manchester

N/A

Rarity et al. (2014)

Publisert
May 28, 2025
Sist opdatert
May 28, 2025