Energy Engineering Department-EF-KU

27/01/2026

The Energy Engineering Department is conducting an alumni survey to strengthen our connection with Energy engineering Departments'' graduates and build a strong, engaged professional network.

Your input will help us maintain an updated alumni database, create opportunities for collaboration, improve academic programs, and involve alumni in lectures, seminars, workshops, and other departmental activities.

By participating, you will stay informed about departmental updates, professional opportunities, and ways to contribute to the growth of the Energy Engineering community.

Your information will remain confidential and will not be shared without your permission.

We value your experience, insights, and continued connection with the department.
Thank you for being part of our growing alumni network.

Survey form link: https://forms.gle/ZXjACYjzpVg4rTzj9

دیپارتمنت انجنیری انرژی در نظر دارد یک سروی فارغان را به‌منظور تقویت ارتباط میان دیپارتمنت و فارغان عزیز دیپارتمنت انجنیری انرژی راه‌اندازی نماید.

معلوماتی که از طریق این سروی جمع‌آوری می‌گردد، به ما کمک می‌کند تا بانک معلوماتی فارغان را به‌صورت منظم و به‌روز نگهداری نموده، زمینهٔ شبکه‌سازی مسلکی میان محصلان فعلی و فارغان را فراهم سازیم، و از همکاری فارغان در برنامه‌هایی چون لکچرها، سمینارها، ورکشاپ‌ها و فعالیت‌های علمی و تحقیقی بهره‌مند شویم. همچنان دیدگاه‌ها و نظریات شما در بهبود نصاب درسی و انکشاف دیپارتمنت نقش مهمی خواهد داشت.

با اشتراک در این سروی، شما از آخرین معلومات، فرصت‌ها و برنامه‌های دیپارتمنت آگاه شده و می‌توانید در فعالیت‌های علمی و مسلکی سهم بگیرید.

تمام معلومات شما کاملاً محرمانه بوده و بدون اجازهٔ قبلی شما با هیچ مرجع ثالث شریک ساخته نخواهد شد.

اشتراک شما برای ما ارزشمند است.
با تشکر از همکاری و حمایت دوامدار شما

لینک سروی: https://forms.gle/nvNamGFXy19hHU7S7

07/01/2026

We are pleased to announce that our department's assistant professors have published breakthrough research work in one of the world’s most prestigious top-tier international journals.
(Elsevier – Energy Conversion and Management: X, Q1, Impact Factor: 7.6)

This paper examines an innovative concept for which only two comparable projects can be identified worldwide: the Nexus project in California, USA, and the Gujarat project in India. However, in terms of implementation scale, the project studied in this paper is significantly larger than the aforementioned examples. The core idea of the research is the installation of solar photovoltaic panels over the Qush-Tepa Canal, recognized as the most ambitious national infrastructure project in the country.

According to the findings of this study, covering approximately 20% of the Qush-Tepa Canal with photovoltaic panels would result in an installed capacity of about 386 MW, capable of generating nearly 1.4 TWh of electricity annually. In addition, over the project’s lifetime, the system would prevent the evaporation of approximately 445 million cubic meters of water, creating an estimated economic benefit of around USD 200 million through water savings. Furthermore, due to the elimination of land acquisition requirements, an additional economic saving of approximately USD 118 million would be achieved.

Economic analyses indicate that over the system’s 25-year operational lifetime, the project would generate a net benefit of approximately USD 1.6 billion. With an internal rate of return (IRR) of 17%, the project is economically viable and financially profitable.

Overall, by enabling multi-dimensional utilization of a single canal for energy generation, economic gains, and environmental protection, this project represents a creative and innovative solution with the potential to simultaneously mitigate Afghanistan’s critical challenges of water scarcity and electricity shortages.

We would like to express our sincere gratitude and appreciation to all stakeholders and contributors who voluntarily participated in the process of reviewing and improving this article.

Access link to the article:
https://lnkd.in/dSpBgZ29

23/09/2025

We are delighted to share that Abdul Mosaur Waseel, our assistant professor, has co-authored a cutting-edge research paper published in the prestigious Elsevier journal Fluid Phase Equilibria.

The article, titled “Measurement and Correlation of the Solubility of Hydrogen in Acetophenone and 1-Methylnaphthalene,” explores the solubility of hydrogen in two promising liquid organic hydrogen carriers (LOHCs). This study provides essential experimental data and correlations that can significantly advance the development of hydrogen storage technologies, a cornerstone for future clean energy systems.

Hydrogen is widely seen as the fuel of the future, and this contribution adds valuable knowledge to global efforts in creating efficient, sustainable, and scalable energy solutions.

11/09/2025

We are proud to highlight the remarkable work of Assistant Professor Hameedullah Zaheb (head of Energy Engineering Department, Kabul University), published in the esteemed Sustainability Journal (MDPI) together with national and international collaborators.

The paper, “Comprehensive Analysis and Prioritization of Sustainable Energy Resources Using Analytical Hierarchy Process,” provides a vital framework for Afghanistan’s path toward energy security and sustainability. Using the AHP method, the study evaluates and prioritizes renewable energy resources, offering practical insights for reducing dependence on imports and unlocking the country’s renewable energy potential.

This contribution is a strong step forward in advancing clean energy, environmental sustainability, and resilience for Afghanistan’s future.

Access the article: https://www.mdpi.com/2071-1050/16/11/4873

01/09/2025

We are delighted to share that our esteemed Assistant Professor, Shahab Sharifi, along with his co-authors (Assistant Professor Hameedullah Zaheb, Mohammad Imran Abed and Abdul Wahab Shokoori), has published a groundbreaking Q1 research paper in the highly respected Sustainability Journal (MDPI).
The paper, titled “Modeling the Impact of Socio-Economic and Environmental Factors on Air Quality in the City of Kabul,” investigates Kabul’s air pollution crisis using advanced statistical modeling, GIS tools, and air quality data. The study highlights how factors such as population growth, vehicle count, temperature, and urban green spaces affect the city’s air quality.
Key insights show that increasing urban green areas significantly improves air quality and that effective emissions management, renewable energy adoption, and smarter urban planning are essential to protect public health.

This achievement not only marks a significant academic contribution but also provides practical recommendations for policymakers and urban planners to improve Kabul’s environment and quality of life.

Access this article: http://dx.doi.org/10.3390/su162410969

26/08/2025

On August 25, the Energy Engineering Department of the Faculty of Engineering proudly organized the Thesis Defence Session for the graduating Class of 2025. This important milestone marked the culmination of four years of dedication, learning, and practical application of knowledge.

During the session, Prof. Sharifi, Head of the Engineering Faculty, addressed the graduating students and underlined the significance of the monograph as a critical component of the academic journey. He emphasized that the monograph is not only a reflection of the knowledge and skills acquired throughout the four years of study but also a bridge between academic learning and industry practice. Prof. Sharifi encouraged students to demonstrate their excellence through their research and congratulated both the students and the department for reaching this remarkable stage.

At the conclusion of the event, all students were honored for their hard work and perseverance. The top three research works were specially recognized and awarded for their outstanding contributions.
We extend our heartfelt congratulations to the Class of 2025 and wish them continued success in their professional and academic endeavors.

18/08/2025

Today, the Energy Engineering Department of Kabul University warmly welcomed its newly admitted students in an orientation session designed to guide them into their academic journey.

The session introduced students to the department’s vision, academic programs, rules and regulations, and the opportunities awaiting them in the field of renewable energy and sustainable development. Faculty members shared valuable insights and encouraged the newcomers to take full advantage of their university life, both academically and socially.

We wish all our new students great success as they step into this exciting new chapter of learning and innovation. Welcome to the family of Energy Engineers of Kabul University!

06/08/2025

We’re keen to share that the Energy Project Design Defense session for the Class of 2025 has successfully taken place!

In this milestone event, final-year students showcased the energy projects they personally designed—putting theory into practice and demonstrating their technical, analytical, and creative skills in solving real-world energy challenges.

From renewable systems to innovative energy solutions, these projects reflect the commitment, talent, and hard work of the next generation of energy engineers.

🌿 A step closer to powering Afghanistan’s sustainable future!

05/08/2025

Discover our Vision and Mission – the guiding principles that shape our purpose and drive our journey toward impact and innovation.

31/07/2025

اطلاعیه آغاز دروس سمستر خزانی

به اطلاع تمامی محصلان پوهنتون کابل و بالخصوص محصلان جدیدالشمول رسانیده می‌ شود که دروس سمستر خزانی سال روان هجری شمسی، به تاریخ ۱۱ ماه اسد که برابر با روز شنبه می‌ باشد، رسماً آغاز می‌ ګردد. از تمامی محصلان گرامی تقاضا می‌ شود که در تاریخ معین در صنوف درسی خود حاضر شوند. همچنان ثبت‌ نام محصلان جدیدالشمول همزمان با آغاز دروس انجام خواهد شد.

22/04/2017