UC engineering student aims to introduce robots into daily life

I love building stuff from scratch, and the whole idea of creating a robot and making it do cool tasks is exciting to me. I got this idea back during my undergraduate studies, which led me to choose mechanical engineering as my major. But after graduation, I realized that if I wanted to bring my robot dreams to life, I needed to get into software programming too, so I went for a master's degree that mixed CAD design with software development. Later, I joined a software company and got the chance to learn about AI and machine learning as their popularity grew. I felt it was the right time to take my idea to the next level. That's why, after 11 years of working in industry, I made the decision to come back and study robotics and AI. 

One of my research projects involves designing and building a mobile robot that can offer services in indoor environments like hospitals and office buildings. The idea of having service robots assist with simple yet tedious tasks in our daily lives sounds exciting, however, introducing service robots into human-centered, indoor environments poses a challenge for several reasons. For instance, navigating through doors and between rooms can be tricky for robots, and their limited battery capacity restricts their operation time. 

My main goal is to develop a solution that allows service robots to extend their hours and range of operation in indoor environments. To achieve this, I plan to enable the robot to autonomously open doors and recharge their batteries using standard wall outlets. This will involve utilizing cost-effective sensors, actuators, and the latest machine learning technologies. I'm excited about the potential of this research in making service robots more practical and efficient in our daily lives. 

Studying robotics and machine learning from scratch, designing and implementing robots, and utilizing AI to control them have been the most impactful experiences for me. Also, during the past four years, I managed to overcome lonely and frustrating times. The time I have spent here at UC will be my life treasure. 

The most important accomplishment for me has been seeing the robot I am building finally working as expected. Additionally, some of my work was published in journals and I was awarded the UC Space Research Institute for Discovery and Exploration fellowship for the 2022-23 academic year. These recognitions acknowledge my efforts and contributions to the academic community, which makes me proud. 

I expect to graduate at the end of 2023 after five years of study at UC and hope to pursue a career in industry with my background in robotics and machine learning. 

Featured image at top: Photo/Pixabay