Dr. Nabiha NAILI | Renewable energies | Excellence in Research

Dr. Nabiha Naili , born on 20 Jan 1974, is an Assistant Professor at the Research and Technology Center of Energy (CRTEn), Tunisia . With expertise in thermal systems and renewable energy , she contributes to sustainable solutions in heating/cooling applications. Her prolific research on ground source heat pumps and solar energy has earned recognition both locally and internationally . She actively mentors young researchers and engineers , participates in scientific committees , and serves as a reviewer for top-tier journals . Dr. Naili is known for combining simulation with experimental validation , aiming to promote clean energy and climate-resilient technologies. She balances academic excellence with strong scientific leadership and international collaboration . Fluent in science and solutions, she is a pillar of innovation at CRTEn

Profile

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Education

Dr. Naili’s academic journey began with a Master in Physics in 1999 , followed by an Advanced Studies Diploma in 2001 . Her deep dive into renewable energy and thermodynamics culminated in a Ph.D. in 2015 . Her doctoral research integrated experimental methods with simulation modeling, focusing on ground source heat pump systems in Tunisia . This educational foundation empowered her to lead pioneering work in solar-assisted geothermal systems and energy-efficient technologies . She blends classical physics knowledge with applied engineering solutions . Throughout her academic career, she has been committed to continuous learning and applying theoretical concepts to real-world energy challenges . Her education has laid the groundwork for her exceptional research and teaching activities within the fields of sustainable energy and thermal systems .

Experience

Since 2002, Dr. Naili has taught physics at various academic levels, eventually becoming an Assistant Professor at CRTEn . Her experience spans over two decades, involving classroom instruction, laboratory supervision, and student mentoring . She has guided 7 technician projects, 3 engineer theses, 2 master’s, and 2 Ph.D. dissertations . She has reviewed papers for prestigious journals like Applied Energy and Renewable Energy . A member of CRTEn’s scientific council, she also contributes to international conference committees . Her work integrates simulation tools like TRNSYS with experimental installations, enhancing national energy efficiency programs . She actively participates in R&D projects involving heat exchangers, geothermal systems, and hybrid solar applications . Her blend of academic insight and applied engineering makes her a key player in Tunisia’s energy innovation ecosystem .

Awards & Recognitions

While formal awards are not explicitly listed, Dr. Naili’s career is adorned with prestigious roles and peer recognition . She has been an invited speaker at ANSOLE Days 2017 , reflecting her regional leadership in geothermal and solar energy. She is an elected member of CRTEn’s Scientific Council and has served as a Technical Program Committee member at key conferences like ICSESS 2018 and IREC . Her role as a reviewer for high-impact journals like Energy Conversion and Management and Applied Thermal Engineering is a testament to her research quality . Her research articles are frequently cited, and her work has contributed to national development in renewable energy . She is celebrated for promoting clean technology and education across Tunisia and beyond .

Research Interests

Dr. Naili’s research centers on renewable energy systems, especially solar-assisted ground source heat pumps and hybrid solar technologies . She has conducted experimental and simulation-based analyses on geothermal heat exchangers, passive solar heating, and building energy efficiency in North African climates . Her focus lies in optimizing thermal systems for domestic and industrial applications through tools like TRNSYS and CFD modeling . Her published work spans Geothermics, Applied Thermal Engineering, and Energy Conversion and Management . She emphasizes economic viability, energy conservation, and exergy analysis in her projects . Collaborating with engineers and policymakers, she aims to integrate clean energy into Tunisia’s infrastructure sustainably . Her innovation-driven approach aligns research with climate goals, making her a key contributor to environmental resilience and green development .