Statement of Purpose

My academic interest in mechanical engineering originated from a formative experience during my early adolescence. At the age of fourteen, while Tehran was frequently facing severe air pollution crises and repeated urban shutdowns, I began thinking critically about the mechanical sources contributing to this problem. In response, I developed a conceptual idea for a catalytic converter intended to reduce emissions from the city’s aging vehicle fleet.

I shared this idea with a classmate whose brother was a mechanical engineer. Shortly afterward, the idea was formally registered and publicly presented under my classmate’s name, and he was recognized for it during a school ceremony. The incident revealed an important reality to me at a very early stage: creativity alone is not sufficient for impact. Without access to technical guidance, professional mentorship, and institutional pathways, even strong ideas can be misappropriated or lost.

That same day, I set a clear personal objective that has guided my academic path ever since. I resolved to become an impactful figure in mechanical engineering in three fundamental ways. First, to demonstrate that my creativity was not accidental or singular, but sustained and reproducible. Second, to use engineering innovation as a practical tool for solving real industrial and societal problems. Third, to support and mentor individuals who, like my younger self, possess creative potential but lack the guidance necessary to develop and express it.

Motivated by this commitment, I pursued mechanical engineering with a strong emphasis on applied research and experimental work. Throughout my academic training, I actively sought environments where ideas could be transformed into functional systems. My research activities focused primarily on solar-powered unmanned aerial vehicles (UAVs), composite materials, and lightweight structures. I contributed to the design, construction, and testing of solar-powered UAV platforms, including the optimization of solar cell configurations and energy management strategies to improve flight endurance. These projects allowed me to integrate mechanical design, aerodynamics, structural analysis, and experimental validation into a unified engineering workflow.

In parallel, I became involved in research on composite materials and fiber–metal laminates, where I gained experience in experimental mechanics, mechanical testing, and data analysis. These research efforts resulted in peer-reviewed journal publications and conference contributions, reinforcing my commitment to sustained academic productivity rather than isolated achievements. Each project further strengthened my understanding that impactful engineering emerges from the intersection of theory, experimentation, and disciplined problem formulation.

Alongside research, I actively engaged in academic teaching and mentorship. I supported undergraduate instruction in technical drawing and supervised laboratory sessions, experiences that clarified my long-term aspiration to pursue an academic career. Teaching reinforced my belief that many capable students struggle not due to a lack of ability, but due to the absence of structured guidance and encouragement—precisely the gap I had experienced earlier in my life.

My long-term objective is to become a professor of mechanical engineering who contributes both to advanced research and to the cultivation of creative talent. I aim to develop engineering solutions that address critical industrial and environmental challenges while simultaneously creating academic environments where innovative thinking is recognized, protected, and developed. I am particularly interested in research-driven engineering approaches that combine mechanical systems with data-driven and intelligent methodologies to enhance design efficiency, performance, and sustainability.

Pursuing advanced graduate study is a necessary step toward this goal. It will allow me to deepen my theoretical foundation, expand my research capabilities, and position myself to make meaningful contributions to both industry and academia. My academic journey—from an early idea shaped by environmental concern, through sustained research and teaching engagement—reflects a consistent commitment to innovation, responsibility, and mentorship. I seek a rigorous research environment where this commitment can mature into impactful scholarly work.