About me

My name is Amin Zamani, and I am a passionate researcher and mechanical engineer specializing in advanced composites with expertise in fiber-metal laminates (FMLs), functionalized and non-functionalized graphene nanoplatelets, and surface preparation techniques such as FPL etching for Aluminum 2024-T3-bare, ensuring optimal surface preparation and adhesion properties for composite applications. My experience extends to solar-powered cars, hybrid vehicles, and electric motorcycles, where I contributed significantly to the design and manufacturing of advanced composite molds and mechanisms. Additionally, I have developed expertise in unmanned aerial vehicle (UAV) technologies, including solar-powered UAVs and the Micro Aerial Vehicle (MAV), emphasizing high-performance design and material science. I am currently pursuing my Master of Science in Mechanical Engineering (Applied Design), with a focus on Dynamics, Control, and Vibrations, at Islamic Azad University of Sciences and Research, one of the top-ranked universities in Iran.

My journey into mechanical engineering began with a deep passion for solving real-world problems, particularly those related to environmental sustainability. One of the defining moments in my early school years, during middle school at the age of 14, was the development of a catalytic converter designed to reduce vehicle emissions in Tehran. This project, aimed at addressing the city’s severe air pollution, ignited my passion for creating innovative engineering solutions to tackle global challenges.

Throughout my career at the Mechatronics Research Laboratory (MRL), I’ve contributed to the development of various advanced vehicles, including solar-powered cars (HAVIN 1 and HAVIN 2), electric vehicles (PARAX Electric Car), hybrid vehicles (PARAX 2 Hybrid Car), and electric motorcycles (PARAX Electric Motorcycle). My work has focused primarily on the design and manufacturing processes of advanced composite materials.

In addition to my work in the automotive sector, I have made significant contributions to UAV technologies. Notably, I’ve worked on solar-powered UAVs such as SUNSAILOR, SAYNA 1, and SAYNA 2, all designed to improve energy efficiency and sustainability. I’ve also designed cutting-edge UAV systems like AFAR 1 and AFAR 2, which integrate advanced aerodynamics and material science. One of my standout projects is AYRIN, a Micro Aerial Vehicle (MAV) that showcases innovative, high-performance UAV design in a compact form.

My primary research interests include advanced materials, fiber-metal laminates, sustainable energy solutions, and autonomous systems. I am particularly passionate about advancing UAV technology and renewable energy systems that not only push the boundaries of innovation but also have a meaningful, positive impact on society.

Throughout my academic career, I’ve demonstrated a strong commitment to research and innovation, particularly in sustainable technologies and their integration into mechanical systems. Some of my key achievements include:

• Publishing four peer-reviewed articles in ISI journals and three conference papers, contributing to advancements in fiber-metal laminates (GLARE).

• Having four more articles currently under review in high-impact journals, further expanding my research contributions.

• Earning a Bronze Medal at the Geneva Inventions Competition for my work on solar-powered UAVs.

• Leading interdisciplinary teams in national engineering competitions and gaining recognition for innovative designs and problem-solving.

• Achieving 51 citations across my research articles.

• Winning the Third Fastest Lap Award at the Formula Sun Grand Prix 2014 (Circuit of the Americas, USA), for the HAVIN #73 vehicle, powered by Austin Energy.

• Securing 1st Place in the Humanoid League (Adult Size) at IranOpen RoboCup 2011, as part of the Mechatronics Research Laboratory (MRL), Islamic Azad University, Tehran.

• Successfully completing the overland crossing of Australia in the Veolia World Solar Challenge 2011, from Darwin to Adelaide.

Research Interests

My research interests include:

• Fiber-Metal Laminates (FMLs)

• Shape Memory Alloys (SMAs)

• Graphene Nanoplatelets (Functionalized and Non-Functionalized)

• Additive Manufacturing (3D Printing of Functional Materials)

• Smart Materials and Structures

• Mechanics of Soft Materials

• Bio-Inspired Robotics

• Thermo-Mechanical Behavior of Advanced Composites

• Optimization and Computational Mechanics

• Autonomous systems

• Sustainable Energy & Renewable Energy Systems

Looking ahead, I aim to pursue a PhD in Mechanical Engineering and contribute to groundbreaking research that drives innovation in sustainable technologies. I look forward to collaborating with a dynamic research team, mentoring students, and working on projects that have a tangible, positive impact on society.

Beyond my academic work, I am committed to making a difference in the world. I actively participate in volunteer efforts, such as disaster relief and infrastructure development in underserved regions, demonstrating my dedication to creating a better future through engineering.

I invite you to explore my work in more detail on this website. If you have any inquiries, collaboration opportunities, or research interests, please feel free to reach out through the Contact section.