Magnetic circuits
Introductory sequence covering magnetic-circuit concepts that support later electrical-machine analysis.
Uncategorised
Videos
Teaching Video Library
Videos
A public learning library organized around free knowledge sharing, electrical-engineering foundations, and responsible education in the AI era.
Education in the AI Era
This featured video set supports the white paper section and explores how education can respond to generative AI while preserving reasoning, ethical judgment, human agency, and professional discernment.
Electrical Machines
A modular course library for engineering learners.
The Electrical Machines sequence is organized by foundations and machine families, helping learners revisit concepts in a structured way.
Transformers
Lessons on transformer principles, equivalent circuits, performance, and applications.
DC machines
Conceptual and analytical foundations for DC machine operation and applications.
Induction machines
Induction-machine operation, equivalent models, torque-speed behavior, and performance concepts.
Synchronous machines
Synchronous-machine fundamentals and their role in power systems and generation.
Power distribution
Separate public learning sequence covering electrical power distribution topics.
Teaching Philosophy
Open media should deepen understanding, not shortcut it.
Free access is most valuable when it helps learners practice reasoning, revisit difficult concepts, and build durable engineering understanding.
Publications & Projects
Academic Work
Publications & Projects
A curated gateway to dynamic publication profiles, selected public project information, and research recognition sources.
Publication Profiles
Use external profiles for the most current publication lists and citation metrics.
Because indexing systems update at different times and use different coverage rules, the most reliable way to review current publications is through the external scholarly profiles below.
Selected public project example
Qatar Greener Schools Initiative is a public Qatar University project example connected with energy management, Internet of Things applications, security and privacy considerations, and energy-saving awareness in schools.
Recognition
Research visibility in Stanford/Elsevier-related top-cited scientist listings.
Public sources report Adel Gastli’s recognition in connection with Stanford University and Elsevier science-wide citation indicators. This website presents that recognition as a research-visibility credential and links to source material for verification and context.
Qatar University recognition report
Gulf Times reported that Qatar University honored distinguished scientists included among the top 2% of scientists in the world.
Elsevier data repository
The Elsevier Data Repository hosts the public science-wide author databases connected with standardized citation indicators.
PLOS Biology methodology
The PLOS Biology methodology article explains the standardized citation indicators used for science-wide databases.
Research
Research Themes
Research
Sustainable electrical energy systems, smart infrastructure, power conversion, and education systems that prepare engineers for technological change.
Core Areas
Engineering research oriented toward clean, reliable, and intelligent energy systems.
The research profile is centered on the energy transition and on the electrical infrastructure, conversion technologies, and educational systems required to support it.
Energy efficiency
Work on energy efficiency connects engineering design, industrial practice, systems optimization, and sustainability-oriented decision-making.
Solar PV and renewable energy
Renewable-energy interests include solar photovoltaic systems, practical deployment, performance assessment, reliability, and grid integration.
Electric vehicles and smart grids
EVs and smart grids bring together power electronics, storage, communication, control, demand response, and modernized infrastructure.
Power electronics and drives
Power electronics and drives are enabling technologies for renewable interfaces, industrial systems, transportation electrification, and efficient energy conversion.
Engineering education
Quality assurance, assessment, accreditation, and AI-era pedagogy are treated as essential components of sustainable engineering education.
Responsible AI in education
Recent thought leadership examines how AI can support learning while protecting reasoning, verification, ethical judgment, and human agency.
Renewable Energy Sites
Photographs from renewable-energy engagement in Seville, Spain.
These field images illustrate professional engagement with deployed clean-energy infrastructure and technology demonstration environments.
Research Identity
From technical systems to educational systems.
Clean energy, smart infrastructure, and responsible AI-era education are connected by a common requirement: disciplined human judgment supported by evidence, not replaced by technology.
Biography
Professional Biography
Adel Gastli
Electrical engineering professor, clean-energy researcher, ABET Program Evaluator, higher-education quality leader, and advocate for free knowledge sharing in an AI-enabled world.
Profile
A professional path connecting research, teaching, leadership, and institutional development.
Adel Gastli’s academic identity combines rigorous electrical engineering scholarship with practical leadership in assessment, accreditation, quality assurance, and technology-supported education.
Clean energy and power systems
Research interests include energy efficiency, renewable energy, solar photovoltaic systems, electric vehicles, smart grids, power electronics, and electrical drives.
Accreditation and outcomes
His leadership work includes academic planning, program review, assessment of learning outcomes, continuous improvement, and ABET-related engineering program evaluation.
Open knowledge sharing
He has developed public digital learning materials for electrical-engineering courses, reflecting a commitment to free knowledge sharing and access for all learners.
Education and international experience
Adel Gastli earned his Ph.D. and M.Sc. in Electrical Engineering from Nagoya Institute of Technology in Japan and his B.Sc. in Electrical Engineering from the National Engineering School of Tunis in Tunisia. His professional journey includes research and engineering experience in Japan, including R&D work at Mitsubishi Electric Corporation, followed by academic and leadership roles in Oman and Qatar.
Leadership
Academic leadership grounded in evidence, quality culture, and student learning.
Institutional and college leadership
His roles have included Associate Dean for Academic Affairs in the College of Engineering at Qatar University, Siemens-Kahramaa Industrial Chair in Energy Efficiency, Director of the Quality Assurance Office at Sultan Qaboos University, and Head of the Electrical and Computer Engineering Department at Sultan Qaboos University.
Professional service and recognition
Public sources identify Adel Gastli as an ABET Program Evaluator and report recognition associated with Stanford/Elsevier science-wide citation indicators, including public recognition of Qatar University scientists.
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