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Chalmers university and the course “Leading in a digital world”!
Creative. Students. Learning.
Chalmers
Chalmers is a technical university located in Gothenburg, Sweden. Founded in 1829, its mission is to educate and conduct research to create and distribute knowledge, competence, and solutions based on a scientific foundation.
Chalmers offers a wide range of educational programs and research areas in engineering, natural sciences, architecture, and maritime studies. The university aims to foster an multidisciplinary learning environment where students are encouraged to be creative, innovative, and collaborate across disciplinary boundaries.
Source: Source: Chalmers. (2023). Om Chalmers. https://www.chalmers.se/om-chalmers/
Industrial Engeineering
Our education in industrial engineering combines both technology and economics, providing us with an understanding of how technology can be used to develop both existing and new businesses. The labor market after graduation is relatively large, and our broad expertise makes us attractive in various industries and organizations.
In our education, we also learn how to develop businesses through digitalization, where the course "Leading in a digital world" is a central part.
Source: Chalmers. (2023). Industriell ekonomi, civilingenjör. https://www.chalmers.se/utbildning/hitta-program/industriell-ekonomi-civilingenjor/
Leading in a digital world
The purpose of the course, Leading in a digital world, is to provide an overview of how digitalization and digital transformation have brought about changes in various activities within companies, as well as to increase our knowledge of strategic thinking and leadership in a digital world.
In the course, we have collaborated with several partners, for instance Ocean Data Factory, in a project aimed at filling the coastal data gaps, where we develop a Coastal Data Innovation consisting of several integrated parts, such as building a sensor instrument, creating a website, and writing a lab logbook.
CITIZEN SCIENTIST - WE NEED YOU!
Becoming a citizen scientist and getting involved in monitoring sea temperatures is not only a rewarding experience, but it also holds immense importance for our planet. By becoming actively engaged in this crucial endeavor, you can contribute to understanding the impacts of climate change on our oceans and help protect marine ecosystems. Time is short, but it's not too late - YOU can make a difference!
Citizen scientists are everyday people who help monitor for example sea temperatures. They use affordable sensors to collect data and contribute to research. Their involvement fills gaps in information, improves coverage, and gives us insights into how climate change affects the oceans. By joining in scientific work, you will contribute to filling the huge data gaps we have today in a fun interactive way.
By using our sensor and playing our game, you'll be making a real difference in the fight against climate change. You'll be helping scientists collect the data they need to better understand our oceans, and working towards a brighter, more sustainable future. The planet needs YOU - become a Citizen Scientist today!
Source: Leading in a digital world, Lecture 4 Digitalization and Citizen Science, 2023-04-13
Ocean data gaps
Data gaps in the ocean mean that we don't have enough complete and detailed information about different things in the marine environment. This can be because we haven't measured or studied certain areas or aspects well enough.
These data gaps happen because it can be difficult to collect data in the ocean. The ocean is huge and vast, and many places are far away from where people live. It's also challenging to develop the right technology and tools to gather the information we need. Additionally, collecting data can be expensive and time-consuming, which can limit the amount of data we have.
Data gaps in the ocean are important to fill so scientists and researchers can understand and protect marine life and ecosystems. Without enough information, it's difficult to know which areas are at risk, how species are doing, or how the ocean is changing. It also affects our ability to manage fisheries sustainably and keep ships safe while navigating. Closing these data gaps is important so that we can make better decisions, protect marine life, and take care of our oceans.
LEARNING - KIDS
By introducing OctoSpy to your kids, they can learn and have fun at the same time by building their own temperature sensor and playing a connected game. As you construct the sensor together, they explore technology and science but they also contribute to important research. The game incorporates the sensor data, allowing them to embark on virtual adventures where temperature plays a crucial role. They learn about ecosystems, climate change, and develop critical thinking skills. This hands-on experience fosters a genuine interest in technology and empowers them as creators and problem solvers.
TEMPERATURE
The ocean temperature helps in predicting and preparing for extreme weather events, such as hurricanes and storms. By monitoring temperature changes in the ocean, we can improve our ability to predict and warn against these weather events.
The temperature in our oceans is also crucial in understanding and monitoring ecosystems. Many organisms, including fish, corals, and other marine species, are sensitive to temperature changes and can be greatly impacted by rising sea temperatures. By carefully measuring and monitoring ocean temperature, we can identify areas where ecosystems are vulnerable and take actions to protect and preserve them.
Additionally, measurement of ocean temperature can provide us with important information about long-term climate trends and help confirm and analyze the impact of climate change on the ocean. By collecting and analyzing data over time, we can discover patterns and trends in temperature changes and gain a deeper understanding of how climate change affects our oceans.
UN GOALS OF SUSTAINABILITY
The OctoSpy sensor is intricately connected to the global goals of sustainability, particularly goal 12, 14 and 14.
Goal 12: Responsible consumption and production. The OctoSpy sensor actively contributes to this goal which aims to ensure sustainable consumption and production patterns. It does so by promoting the principles of the circular economy. The circular economy emphasizes the efficient use of resources, minimizing waste generation, and maximizing resource reuse and recycling.
The OctoSpy sensor's reusability is a key component of the circular economy approach. By allowing schools to disassemble and assemble the sensor, it extends its lifespan and reduces the need for constant production. This feature enables more children to benefit from the OctoSpy sensor in their education without depleting Earth's resources. It encourages the transition from the traditional linear "take-make-dispose" model to a circular model that emphasizes resource circulation and aims to decouple economic growth from resource consumption.
Sources: Leading in a digital world: Lecture 5 Digital Transformation of Manufacturing & Circular Economy
United Nations Development Programme. (n.d.). Responsible consumption and production. UNDP. Retrieved from: https://www.undp.org/sustainable-development-goals/responsible-consumption-and-production
Goal 14: Life below water. The OctoSpy sensor is closely connected to this goal which focuses on the conservation and sustainable use of oceans, seas, and marine resources. By collecting data about the ocean environment, including temperature and other parameters, the OctoSpy sensor contributes to understanding and preserving life below water. The continuous monitoring of ocean temperature aids in assessing changes, identifying potential threats, and implementing appropriate conservation measures. This information is crucial for detecting climate change impacts such as coral bleaching, habitat loss, and shifts in species distribution. By providing early detection and response capabilities, the OctoSpy sensor enables timely conservation actions to protect marine biodiversity.
Source: United Nations Development Programme. (n.d.). UNDP. Below Water. Retrieved from: https://www.undp.org/sustainable-development-goals/below-water?gclid=CjwKCAjwscGjBhAXEiwAswQqNGtgyCuSn1sjqn7fGXv01ak__qNxfsbk71CoXTqUL2L1rUOhvlwlmxoCtIIQAvD_BwE
Goal 13: Climate action. This is advanced through the OctoSpy sensor's data collection capabilities. Specifically, it collects valuable information about ocean temperature, enabling researchers to study and understand climate patterns. Monitoring ocean temperature is essential for assessing the impacts of climate change on marine ecosystems. By providing accurate and reliable data, the OctoSpy sensor helps identify anomalies, analyze long-term trends, and evaluate the effects of rising temperatures on biodiversity and ecosystems. This information supports climate modeling, forecasting, and the development of evidence-based policies and initiatives to mitigate and adapt to climate change.
Source: United Nations Development Programme. (n.d.). Climate Action. UNDP. Retrieved from: https://www.undp.org/sustainable-development-goals/climate-action?gclid=CjwKCAjwscGjBhAXEiwAswQqNGtgyCuSn1sjqn7fGXv01ak__qNxfsbk71CoXTqUL2L1rUOhvlwlmxoCtIIQAvD_BwE
