Core physics + applied projects for real‑world sustainability
The Physics for a Sustainable Future group connects fundamental physics with concrete sustainability challenges. We focus on quantitative reasoning, experimental method, and data‑driven analysis to build solutions that scale beyond the classroom.
Mentorship: Enis Yazıcı (SRH University Heidelberg). Contact: enis.yazici@srh.de.
Solar‑powered LoRa sensor nodes and low‑cost data loggers for temperature, humidity, and air‑quality monitoring. The network supports comparative field studies across partner campuses and local communities.
See details ↓Teaching and outreach materials that blend physics with climate science. Citizen‑science kits, classroom labs, and public engagement tools to foster awareness and practical action.
See details ↓We aim to design and deploy field‑ready sensor stations (temperature, humidity, particulate matter). Nodes communicate via LoRa or Wi‑Fi, log data locally, and publish to a central database for analysis and visualization. Students work in small teams on hardware integration, low‑power firmware, and web dashboards.
We integrate physics‑based climate topics into lessons and workshops. The group aims to build clear, hands‑on materials that translate abstract models (energy balance, feedbacks, diffusion) into measurable experiments and data stories.
If you want rigorous physics with practical impact, join a project stream or propose your own topic. We welcome students from partner universities for hybrid collaboration.