Papers
2
Total Citations
5
H-Index
2
About
Jingjing Chen is an emerging researcher whose work bridges assistive technology and marine robotics, with a focus on accessibility and mechanical resilience. Her key research areas include low-cost assistive driving systems for power wheelchairs and impact-absorbing structures for underwater robots. Chen’s major contribution lies in developing a vision-based, low-cost power wheelchair assistive driving system that leverages smartphone technology, eliminating the need for expensive hardware or complex software—a practical innovation aimed at improving mobility for individuals with impairments. This work has garnered 3 citations, reflecting its relevance in assistive technology. Additionally, she has explored novel honeycomb bumper designs for underwater port robots, using Double Arrowhead Wings Honeycomb (DAWH) cells to enhance impact energy absorption and structural support. This study, with 2 citations, demonstrates her versatility in mechanical design and robotics. Chen’s achievements include proposing density-varied honeycomb structures that optimize both energy absorption and support, showcasing her ability to address real-world engineering challenges. Her work, though early in its citation impact, highlights a commitment to affordable, user-centered solutions and robust robotic systems, making her a promising voice in both assistive and marine robotics research.
Research Focus
Key Achievements
Top Papers
- 1
- 2