Degree | Department | University | Year |
BSc | Energy Systems Engineering | Cyprus International University | 2011 |
MSc | Energy Systems Engineering | Cyprus International University | 2015 |
PhD | Energy Systems Engineering | Cyprus International University | 2017 |
Master Thesis Title:
Title: Maximizing Renewable Energy Utilization in North Cyprus
PhD Thesis Title:
Title: Transition to Electric Vehicles with an Environmental and Cost Perspective in Islands
Position |
Employer |
Year |
Internship | Teknecik Power Station | 2014 |
Energy Systems Engineering Research Assistant | Cyprus International University | 2015 |
Vice Rector Research Assistant | Cyprus International University | 2017 |
Senior Instructor Part-time | Cyprus International University | February 2022- September 2024 |
Senior Instructor Part-time | Bahceşehir Cyprus University | February 2023-September 2024 |
Academic Staff | Bahceşehir Cyprus University | September 2024- |
A1. Hastunç, M., Karahüseyin, A1. T., & Abbasoğlu, S. (2023). The impact of COVID-19 pandemic on the electricity production in Northern Cyprus under increasing installed photovoltaic capacity. Electric Power Systems Research, 215, 109023. https://doi.org/10.1016/j.epsr.2022.109023
A2. Hastunç, M., Şenol, M. & Abbasoğlu, S. (2024) Comparison of Electric and Internal Combustion Engine Vehicles from an Economical Perspective in Developing Islands. Transportation Research Record.
B1. Hastunç, M. and Tekbiyik-Ersoy, N., 2018. Optimizing Residential Renewable Energy Utilization in North Cyprus: Case Study of Solar Energy. no. May, p.9. “Renewable Energy Sources”
B2. Mohamad, A., Hastunç, M. and Abid, M., 2018 Thermodynamic analysis of a Hybrid Solar-Wind power plant in Lebanon- A case study for Deir Ammar El Baddawi. 8th. International 100% Renewable Energy Conference.
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