Hamid Hosseini

- Delivered a techno-economic feasibility study for a €740K investment decision on a real non-residential campus building, from site assessment to final investment recommendation. - Established a 477,378 kWh/year demand baseline from measured consumption data and simulated three PV configurations in PV*Sol Premium, generating 214,000–265,000 kWh/year and avoiding 80–98 tons of CO2 annually. - Analyzed integration of a 1.2 MWh battery storage system (Neoom BLOKK) for self-consumption optimization and peak sh

- Delivered structured technology training to Master's cohorts and coached student teams in ITONICS trend and technology radar work, translating complex tools into clear takeaways. - Configured, tested and troubleshot KNX building-automation systems (ETS6) in the university laboratory, resolving a supplier equipment fault before scheduled sessions ran. - Supervised students on KNX systems during internship projects and supported program coordination, including meeting organization and scientific excursions.

- Planned and managed the school's technical infrastructure for 200+ users through full COVID-19 closures, cutting operational costs by 35% through systems consolidation. - Commissioned 15 classrooms for fully digital operation and trained staff within two weeks, enabling 250 students to attend every scheduled session from day one.

- Managed a portfolio of client accounts in the construction materials sector, identified customer requirements and grew sales by approximately 30% over two years.

Thesis: Design and simulation of PV system configurations on rooftops and building façades for energy self-sufficiency. Built 3D models, ran energy-performance simulations (PV*Sol), and compared configurations against self-consumption ratios for a real building complex in Berlin. Key coursework: