Where am I right now and what am I looking for? 

As a new graduate with an M.S. in Mechanical Engineering at Columbia University with a concentration in both Robotics/ Control and Nanoscale engineering.  I am pursuing a position in the Mechanical Engineering department for 2024. 

What makes me different?  

My engineering background in Applied Mathematics, UX Design, and Systems/Mechanical Engineering has provided me with a strong foundation of knowledge and skills in areas such as technical design, analysis, and fabrication. Additionally, having a diverse and bilingual background has enhanced my ability to think critically, approach problem-solving from a unique perspective, and communicate effectively with a diverse range of colleagues and clients. Overall, I am excited to showcase my unique set of skills and experiences to potential recruiters. I firmly believe that my diverse background makes me a valuable asset to any design engineering team.

 My Self-Embedded Engineering Ethics

I am a highly adaptable individual that thrives in an ever-fast-paced work environment. My professional work ethic is characterized by a strong sense of responsibility, dedication, and a constant drive for self-improvement. As an engineer with a love for general philosophy and psychology,  I am committed to upholding the highest order of human-centered technical design. I believe in the importance of collaboration, respect, and inclusivity in all engineering endeavors. Engineering should be a force for good in society and should have a moral responsibility to consider the broader impacts of their work on the environment, public health, and safety. I believe in the importance of collaboration, respect, and inclusivity in all engineering endeavors.

Personal Ethics

I am committed to upholding professional engineering ethics in all aspects of my work, ensuring that my work meets the highest standards of quality and safety. These ethics include honesty, integrity, and transparency in all my actions and decisions. I understand the importance of safety, reliability, and sustainability in the products and systems that I design and develop. I am dedicated to working with colleagues and clients in a manner that fosters mutual understanding and cooperation, while also promoting diversity and inclusion. Ultimately, my ethics as an engineer reflect my commitment to using my skills and knowledge to create a positive and meaningful impact in the world.

Why Engineering?

From a young age, I was fascinated by math and science, but I mainly admired electrically powered buildable objects. To add, that is where my first spark of curiosity for engineering came from. I questioned “How are these things made in the first place”, Which lead me to imagine things I’d want to make myself. However, I knew nothing of what to do and where to start but that didn’t stop my young curious mind from thinking of hundreds of ideas. Though only written in a notebook, I still had the drive to make at least one of those a reality. In time, my engineer uncle one day saw my passion and during a school break, he invited me to visit his shop to introduce me to the world of engineering and its possibilities. My 12-year-old mind grew fond of such a world. Since then, I have returned to his shop every summer, discovering my passion for engineering, which caused me to want to be one in the future. To one day apply and learn enough to gain the satisfaction of bringing at least one of my ideas to life.

Why B.S. in Systems Engineering?

Systems engineers are at the heart of creating successful new systems. They are responsible for the system concept, architecture, and design. They analyze and manage complexity and risk. They decide how to measure whether the deployed system actually works as intended. They are responsible for a myriad of other facets of system creation. Systems engineering is the discipline that makes their success possible – their tools, techniques, methods, knowledge, standards, principles, and concepts. The launch of successful systems can invariably be traced to innovative and effective systems engineering. Most of all, this degree allowed me to find my passion in the engineering world.

Why M.S. in Mechanical Engineering?

During my undergrad studies, leading a team for the NASA Lunabotics competition sparked my long interest in creating new innovative technology. This led me to pursue a graduate degree in mechanical engineering to become a better and more knowledgeable engineer in design.  With that being said, a master's in mechanical engineering gifted me a strong foundation in engineering design, an unfazed view of complicated problems, and a strong understanding of manufacturing processes. These skills are essential skills to have in computational design and make me a well-suited engineer to be part of the next technological innovations.