UC engineer explores more efficient propulsion for aircraft
Saugat Ghimire was named Graduate Student Engineer of the Month
University of Cincinnati aerospace engineering doctoral student Saugat Ghimire was fascinated by planes his entire life. At UC, he has been involved in teaching, research and on-campus activities such as serving as the president of the Nepalese Student Association and the vice president of the Aerospace Engineering Graduate Student Government. He was named Graduate Student Engineer of the Month by the College of Engineering and Applied Science.
Why did you choose UC?
I chose the University of Cincinnati for several compelling reasons, primarily for its prestigious aerospace engineering program, which is renowned globally. The university's rich history, marked by the involvement of aviation and aerospace pioneers, further solidified my decision. Cincinnati, as a city, appealed to me and the university's location near the city added to its attractiveness. Additionally, the opportunity to be fully funded and pursue a direct track Ph.D. aligned perfectly with my career goals, making UC the ideal choice for my academic journey.
Why did you choose your field of study?
Aerospace engineering has been my lifelong passion, stemming from my fascination with airplanes since early childhood. Growing up near an airport and watching planes only intensified my desire to become an aerospace engineer. The field's constant technological advancements and its pivotal role in shaping the future of aviation and space exploration motivated me to contribute to the development of new and innovative technologies.
Describe your research work.
Saugat Ghimire turned his lifelong fascination with planes into a career. Photo/Provided
My major research at UC revolves around the application of computational fluid dynamics in the design and optimization of turbomachinery components, particularly axial turbomachines. This research is significant due to the critical role of propulsion systems in the era of aviation domination and space exploration. The challenges of working with the best minds globally and the potential applications of technology in things like carbon capture and efficient energy storage inspire me daily.
The 3D optimization-based design methods for turbomachinery along with the full understanding of flow physics within the turbomachine through 3D simulation aim to streamline the design process. This provides a wide range of parameters for the designer to work in the simplest way possible and gives insights on the various design choices and how they impact critical performance metrics. Overall, it aims to solve problems related to designing efficient aircraft and rocket engines, as well as developing effective technologies for energy storage and carbon capture. In addition, I am also exploring the potential for use of machine learning in aiding the optimization process.
What are some of the most impactful experiences during your time at UC?
Throughout my time at UC, I've had several impactful experiences, including serving as the president of the Nepalese Student Organization, being a member of UC International Partners and Leaders (IPALS), and presenting research at NASA – Glenn Research Center and various conferences. These experiences have not only enhanced my leadership and networking skills but have also connected me with like-minded individuals who share a passion for pushing the boundaries of what is possible in the field of aerospace and other engineering disciplines. I was also fortunate to get an internship at a company working on carbon capture technologies and I feel immensely proud for being able to contribute to addressing one of the most pressing challenges of our time – climate change.
What are a few accomplishments you are most proud of?
Personally, I take immense pride in moving to the U.S. to pursue my PhD. Professionally, I am proud of my experience working with world-class faculties, engaging in cutting-edge research, and building a network of friends and colleagues from around the world. The personal and professional growth I've experienced during my time at UC has been invaluable.
When do you expect to graduate? What are your plans after earning your degree?
I anticipate graduating from UC in the summer of 2024, and my immediate post-graduation plan is to gain some practical experience in the aerospace field within the United States. Eventually, I aim to return to my homeland (Nepal), where I hope to contribute to the growing fields of aerospace engineering, aviation, and space exploration. The desire to bring my expertise back to my home country aligns with my long-term goals.
Do you have any other hobbies, experiences or group involvements you'd like to share?
Saugat Ghimire during his hike to Mount Everest. Photo/Provided
Beyond academics, I love singing, playing instruments and playing cricket and soccer. I love traveling, adventures, exploring different places and meeting new people. One standout moment in my life was experiencing my first skydiving adventure in Florida — initially intimidating, yet profoundly exhilarating. This experience taught me that overcoming fears opens the door to some of life's most beautiful and rewarding experiences.
Additionally, during a visit to Nepal last year, I went on a 15-day hike to Mount Everest basecamp. The journey, marked by limited access to electricity and the internet, took me to an altitude of around 18,000 feet. Pushing the boundaries of what seemed possible for myself and being immersed in nature without worldly distractions made this trek my most cherished and revitalizing experience to date.
Featured Image at top: Saugat Ghimire poses with an aircraft at a museum. Photo/Provided
Interested in engineering graduate programs?
Learn more about the engineering graduate programs offered by the College of Engineering and Applied Science.
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