Exploring Universite du Quebec’s Sea-Doo Project: Rugged Computing for Marine Research

Integrating SmallPC's rugged and waterproof technology into their Sea-Doo research, the Université du Quebec

Exploring Universite du Quebec’s Sea-Doo Project: Rugged Computing for Marine Research
Exploring Universite du Quebec’s Sea-Doo Project: Rugged Computing for Marine Research
December 2, 2024
Customer Stories

Why Rugged Technology is Essential

Conducting marine research is not only challenging but can also be unforgiving on equipment. Universite du Qubec Rimouski’s (UQAR) Sea-Doo fleet operates in environments that are particularly tough on technology—saltwater, fluctuating temperatures, and constant motion can wreak havoc on standard electronics.

This is where SmallPC’s rugged computers and displays make a significant difference. Their IP67-rated rugged equipment ensures that both computers and displays remain sealed from water and dust, while the fanless design minimizes the risk of mechanical failure. The equipment’s ability to operate under a wide temperature range (-20°C to 55°C) ensures reliability across different climates, which is crucial for the long-term success of marine expeditions.

Enabling Critical Research

The integration of rugged technology in UQAR’s Sea-Doos allows scientists to push the boundaries of marine research. By equipping researchers with the ability to collect, process, and analyze data directly from the watercraft, they can:

  • Make real-time decisions.
  • Adapt methodologies on the fly.
  • Ensure critical data is not lost due to equipment failure.

This combination of innovative research practices and reliable technology has transformed UQAR’s Sea-Doos into powerful tools for understanding marine environments. The insights gathered contribute to key fields such as climate change, coastal erosion, and marine biodiversity.

Advancing Marine Research with Rugged Technology

By integrating SmallPC's rugged and waterproof technology into their Sea-Doo research platforms, UQAR has turned these versatile watercraft into mobile research stations. This collaboration highlights the importance of using durable and high-performance tools in demanding and unpredictable marine environments.

As technology and research evolve, the partnership between UQAR and SmallPC serves as a strong example of how durable computing solutions enhance the capacity of scientists to explore and protect our planet’s oceans.