Phase change materials
Thermal energy storage systems
Thermal managament of electronics 
Computational fluid dynamics

Teaching Statement
Dr. Mohammad Ismail
Assistant Professor, Department of Mechanical Engineering, Amman Arab University

My teaching philosophy at Amman Arab University (AAU) is rooted in engagement, experiential learning, and problem-solving. I believe that engineering education should move beyond theoretical delivery by incorporating hands-on applications, computational modeling, and industry-oriented projects. By combining lectures with laboratory activities, interactive discussions, and real-world case studies, I aim to prepare students not only for academic excellence but also for professional leadership in engineering and industry.

To create a dynamic and inclusive learning environment at AAU, I employ a variety of teaching strategies, including:

Blended learning approaches that integrate traditional lectures with interactive workshops and laboratory sessions.

Industry-driven projects that encourage innovation, practical problem-solving, and critical thinking.

Advanced engineering tools such as ANSYS Fluent, SolidWorks, MATLAB, and STAR CCM+, which I integrate into coursework for simulation, design, and system optimization.

Collaborative learning techniques such as group projects, case studies, and flipped classrooms to enhance teamwork and decision-making skills.

In addition, I have:

Developed and updated course content to reflect emerging engineering practices and technologies.

Supervised capstone and research projects, guiding students from conceptual design to prototyping and validation.

Advised students on academic and professional development, supporting internships and industry placements.

Strengthened laboratory learning by ensuring that practical experiences complement theoretical instruction.

My commitment is to ensure that graduates of Amman Arab University are equipped with the skills, creativity, and adaptability needed to tackle contemporary engineering challenges. Looking ahead, I intend to further integrate AI-driven optimization, sustainability-focused projects, and interdisciplinary collaboration into the curriculum, while continuing to mentor students toward impactful careers in Jordan and beyond.

Research Statement
Dr. Mohammad Ismail
Assistant Professor, Department of Mechanical Engineering, Amman Arab University

My research at Amman Arab University (AAU) focuses on advancing sustainable energy systems, thermal management technologies, and computational design optimization. Building on my Ph.D. in Mechanical Engineering from Northumbria University, UK, and more than seven years of research and teaching experience, I strive to bridge the gap between fundamental science and practical engineering applications relevant to Jordan and the wider region.

At AAU, I lead projects in thermal energy storage, renewable energy integration, and smart materials for mechanical systems. My research combines experimental and numerical modeling to develop high-efficiency solutions in areas such as phase change materials (PCMs), bio-inspired thermal regulation, and energy-efficient mechanical design. I employ advanced tools including ANSYS Fluent, SolidWorks, MATLAB, and OriginLab for multiphysics simulation, validation, and design optimization.

Over the past years at AAU, I have successfully secured five competitive research grants totaling $255,939, which include:

$100,000 for improving thermal energy storage in buildings using PCMs.

$56,000 for preparing and characterizing advanced construction materials.

$60,000 for designing and building a latent thermal energy storage system for waste energy recovery.

$35,714 for thermal management of power electronics using air-cooling techniques.

$4,225 for wind speed evaluation at Amman Arab University.

These projects reflect my commitment to applied research that enhances academic–industry collaboration and provides engineering solutions to challenges in renewable energy, energy efficiency, and advanced materials.

My work has resulted in publications in high-impact international journals, contributing to the global dialogue on sustainable energy technologies and mechanical system optimization. Going forward, I aim to expand my research at AAU by:

Developing AI-driven optimization frameworks for thermal management and energy storage.

Enhancing the integration of nanomaterials and advanced composites in thermal and mechanical systems.

Strengthening industry partnerships to support technology transfer and innovation in Jordan’s energy and manufacturing sectors.

Through these efforts, I intend to position Amman Arab University as a regional leader in applied energy research and mechanical engineering innovation.