Islamic University, Babylon
The Islamic University – Babylon Branch extends its congratulations to Assistant Lecturer Fatima Zaid Mohammed, a faculty member in the Department of Computer Engineering Technologies, on the publication of her research entitled:
“A Simulation and Optimisation of HVAC System for Educational Buildings Energy Efficiency Enhancement in Baghdad, Iraq”
in the prestigious International Journal on Energy Conversion (IRECON), an international journal indexed in Scopus and ranked in the second quartile (Q2) across several engineering and energy disciplines.
This publication represents a distinguished addition to the University’s research portfolio. The study focuses on the simulation and optimization of Heating, Ventilation, and Air Conditioning (HVAC) systems in educational buildings in Baghdad, aiming to improve energy efficiency and achieve enhanced environmental and technical performance through the use of advanced engineering simulation software.
This achievement reflects the University’s continued commitment to supporting high-quality scientific research and encouraging its faculty members and researchers to publish in internationally recognized, high-impact journals, thereby strengthening the University’s academic and research standing at both the national and international levels.
The University Presidency extends its sincere congratulations to the faculty member, wishing her continued success, academic excellence, and further contributions to scientific research.
The Islamic University – Babylon Branch extends its congratulations to Assistant Lecturer Fatima Zaid Mohammed, a faculty member in the Department of Computer Engineering Technologies, on the publication of her research entitled:
“A Simulation and Optimisation of HVAC System for Educational Buildings Energy Efficiency Enhancement in Baghdad, Iraq”
in the prestigious International Journal on Energy Conversion (IRECON), an international journal indexed in Scopus and ranked in the second quartile (Q2) across several engineering and energy disciplines.
This publication represents a distinguished addition to the University’s research portfolio. The study focuses on the simulation and optimization of Heating, Ventilation, and Air Conditioning (HVAC) systems in educational buildings in Baghdad, aiming to improve energy efficiency and achieve enhanced environmental and technical performance through the use of advanced engineering simulation software.
This achievement reflects the University’s continued commitment to supporting high-quality scientific research and encouraging its faculty members and researchers to publish in internationally recognized, high-impact journals, thereby strengthening the University’s academic and research standing at both the national and international levels.
The University Presidency extends its sincere congratulations to the faculty member, wishing her continued success, academic excellence, and further contributions to scientific research.