Pina Earth
Lukas Antesberger has experience in various roles in the software engineering and design fields. Lukas currently works as a Tech Lead at Pina Earth, where they lead the development of digital tools for forest owners to start carbon projects. Prior to this, Lukas worked as a Senior Software Engineer at Pina Earth and DieProduktMacher. Lukas also gained experience as a Software Engineer, Junior Software Developer, and Working Student Frontend Development at DieProduktMacher. In addition, Lukas worked as a Werkstudent 2D Design & 3D Visualisierung at EK Design GmbH.
Lukas Antesberger began their education journey in 2012 at Ludwig-Maximilians-Universität München, where they pursued a Bachelor of Science (B.Sc.) in Medieninformatik. Lukas successfully completed their undergraduate degree in 2016. Lukas then decided to further their knowledge in the field of human-computer interaction and enrolled in a Master of Science (M.Sc.) program in Mensch-Computer-Interaktion at the same university. Lukas completed their master's degree in 2018.
Additionally, Lukas Antesberger also had the opportunity to broaden their horizons through an overseas exchange program at Utrecht University. During this time, they studied Game & Media Technologies and Artificial Intelligence, although the exact duration of this program is not provided.
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Pina Earth
Pina Earth is a climate tech startup unlocking carbon markets for European forest owners. Local forests can become certified carbon projects through an independent certification with Pina. As a result, climate-resilient forests become a reality, and sustainable forestry is rewarded with recurring income. The carbon stored in forests can beaccurately measured and monitored by combining cutting-edge remote sensing technologies and artificial intelligence.Pina Earth's platform assists forest owners in registering their land for carbon credits. It then sells what amounts to a high-tech forest management service, assisting landowners in making forest adaptations such as planting climate-resilient tree species, which should generate extra carbon credits over time compared to if they did not undertake the sustainability-focused measures that will allow the forest to take up more carbon.