• Home
  • Education program
  • Projects
  • Research
  • Collaboration
  • News
  • Contact
  • My studies
My studies
  • Master’s Education in Computer Science
    • Applying to a Master's Program
      • Introductory studies
      • Contact form
    • Degree structure
    • Admission to Master’s program
    • What’s next after graduation?
    • Opinnäytetyöt
  • Master’s Education in Computer Science
    • Applying to a Master's Program
      • Introductory studies
      • Contact form
    • Degree structure
    • Admission to Master’s program
    • What’s next after graduation?
  • Master’s Education in Computer Science
    • Applying to a Master's Program
    • Study guidance
    • Student stories
    • Study arrangements
      • Open LMS
      • CinetCampus
    • Application areas of sensor networks
  • Active projects
    • Autonomous work machines (AUWO)
    • Data-driven efficiency, productivity and competitiveness
    • Tailoring the Master’s Programme in IT for the Central Ostrobothnia Region
    • DustSense – Smart Dust Monitoring in Industrial Areas
    • HATTU - From Project to Product
    • Developing the ICT Sector in Central Ostrobothnia
    • IoT learning environment
    • Quality for distance learning
    • TAKOMO Smart Environmental Monitoring in Industrial Areas
    • Industrial Big Data
    • TIRA - Efficient Facility Management through Robotics and Sensor Technology
    • Smart and sustainable living
  • Completed projects
    • YMPYRÄ
    • DiVes
    • WinIT
    • HANKO
    • SCIP
    • RUOSTE
    • ICT recruitment survey
    • TEHO
    • LoRE
    • HAVINA
    • LIoT
    • DUDE
    • SmartCampus
    • SINNE
    • SmartHome4E
  • Networks
    • RI-DIH
    • Robocoast
    • LUMA
  • Services
    • Älykkäät mittaus- ja monitorointiratkaisut
    • Etäkoulutusten konsultointi
    • Etäkoulutusten teknologiset ratkaisut
  • Events
    • Morning Coffee with IT
    • IT Seminar Series
  • IoT cases on the map
  1. Home
  2. Caset
  3. Snow depth measurement
  • Home
  • Education program
    • Master’s Education in Computer Science
      • Applying to a Master's Program
        • Introductory studies
        • Contact form
      • Degree structure
      • Admission to Master’s program
      • What’s next after graduation?
      • Opinnäytetyöt
    • Master’s Education in Computer Science
      • Applying to a Master's Program
        • Introductory studies
        • Contact form
      • Degree structure
      • Admission to Master’s program
      • What’s next after graduation?
    • Master’s Education in Computer Science
      • Applying to a Master's Program
      • Study guidance
      • Student stories
      • Study arrangements
        • Open LMS
        • CinetCampus
      • Application areas of sensor networks
  • Projects
    • Active projects
      • Autonomous work machines (AUWO)
      • Data-driven efficiency, productivity and competitiveness
      • Tailoring the Master’s Programme in IT for the Central Ostrobothnia Region
      • DustSense – Smart Dust Monitoring in Industrial Areas
      • HATTU - From Project to Product
      • Developing the ICT Sector in Central Ostrobothnia
      • IoT learning environment
      • Quality for distance learning
      • TAKOMO Smart Environmental Monitoring in Industrial Areas
      • Industrial Big Data
      • TIRA - Efficient Facility Management through Robotics and Sensor Technology
      • Smart and sustainable living
    • Completed projects
      • YMPYRÄ
      • DiVes
      • WinIT
      • HANKO
      • SCIP
      • RUOSTE
      • ICT recruitment survey
      • TEHO
      • LoRE
      • HAVINA
      • LIoT
      • DUDE
      • SmartCampus
      • SINNE
      • SmartHome4E
  • Research
  • Collaboration
    • Networks
      • RI-DIH
      • Robocoast
      • LUMA
    • Services
      • Älykkäät mittaus- ja monitorointiratkaisut
      • Etäkoulutusten konsultointi
      • Etäkoulutusten teknologiset ratkaisut
    • Events
      • Morning Coffee with IT
      • IT Seminar Series
    • IoT cases on the map
  • News
  • Contact

01.03.2025

Snow depth measurement

Hankkeet
TAKOMO Smart Environmental Monitoring in Industrial Areas
Tagit
IoT technology Environment Industry
Euroopan unionin osarahoittama 2023 Kokkolan kaupunki Keski-Pohjanmaan liitto

Accurate measurement of snow depth is important during the winter months for winter maintenance, safety, and economic reasons, especially in active industrial areas.

Caseen liittyviä uutisia

16.12.2025

TAKOMO Smart Environmental Monitoring in Industrial Areas

There are high snowdrifts..

...except that it isn't yet, but when it is, we will know how high the snowdrifts are. We installed digital snow depth gauges at four locations in the large industrial area of Kokkola.
Read more

06.03.2025

TAKOMO Smart Environmental Monitoring in Industrial Areas

Snow depth is measured at the port of Kokkola

The Port of Kokkola is a large complex of three ports with many passageways and fields that need to be plowed during the winter months.
Read more

Lisätiedot

Timo Hongell, project manager
Mira Hästbacka, project coordinator
Euroopan unionin osarahoittama 2023 Kokkolan kaupunki Keski-Pohjanmaan liitto

More cases

  • Utilizing Generative AI in data-driven solutions
  • Snow depth measurement
  • IoT sensor devices to minimize the harm of ice dams
  • IoT sensor devices in data-driven process optimization
  • Pölyn monitorointi
  • Pölyämiseen liittyvät selvitykset
  • Toimintamalli PoC-jälkeisten osa-alueiden kartoitukseen
  • Reports related to digital real-time environmental measurements
  • Continuous noise measurements
  • Air quality measurements
  • Weather conditions measurements
  • Groundwater measurements
  • Utilization of data accumulated through virtual learning
  • Supporting self-directed learning in education
  • Proof-of-Conceptin jälkeisten osa-alueiden kartoitus
  • LoRaWAN base stations
  • Exploring and Demonstrating the Capabilities of Private IoT LoRaWAN Networks
  • Species detection using advanced intelligent measurement and monitoring solutions
  • IoT learning environment for the electrical and automation industry
  • Teollisuusprosessin optimointi
  • IoT learning environment for the food industry
  • IoT learning environment in the field of mechanical and production engineering
  • Collection and utilisation of sensor data in office premises and real estate
  • Monitoring Ullava Lake environmental conditions
  • Remote laboratory work
  • Interactivity of video lectures
All cases