Robots with a Human Touch

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Robots are no longer confined to industrial assembly lines—they are increasingly present in homes, hospitals, schools, and workplaces. The theme “Robots with a Human Touch: Assistive & Interactive Systems” highlights how intelligent machines can be designed to support, assist, and interact with people in ways that are intuitive, safe, and meaningful. From mobility aids and rehabilitation devices to service robots and interactive companions, the focus is on systems that extend human abilities and improve quality of life.

The rationale for this theme is rooted in the idea that technology should serve people directly. Building assistive and interactive systems requires not only technical expertise in robotics, sensing, and artificial intelligence, but also sensitivity to human needs and behaviors. Projects in this theme emphasize human-centered design, ensuring that robots do not merely perform tasks, but do so in ways that feel natural, trustworthy, and empowering for the people they help.

ARANDEZ, Brian R., BSCS 2006
Using the Lego Spybot programmable controller for Robocode
ESTREMOS, Ma. Clarissa S., BSCS 2015
Real-time obstacle detection techniques for forward-located feature-based artificial eye for supporting the mobility of people with visual impairment
LEGISTA, Marivic A., MIT 2013
A motion-sensitive interactive promotional activity system (MIPAS) featuring face recognition
NUÑEZ, Raymund C., BSCS 2002
A Prototype for a Software-Controlled Digital Electrical Switch
POSADAS, Tricia Joy R., BSCS 2014
Artificial intelligence for real-time object tracking of a mobile robot in a dynamic environment
SALMORIN, Mary Jane P., MIT 2013
A motion-sensitive interactive promotional activity system (MIPAS) using hand gesture recognition
SANCHEZ, Jhenroveir Rhon T., BSCS 2014
Adaptation of robot API to use visual processing in slippage correction
TATARO, Lionel F., MIT 2013
A C/C++ API for USB wheels
YU, Alvin Ray O., MSCS (UP Cebu) 2020
Non-intrusive flow rate measurement of free-falling water
ZAVALLA, Lorenzo D., BSCS 2020
Artificial intelligence for self-assembling swarm units in a dynamic environment

Students are invited to contribute to this theme by designing robotic systems that meaningfully assist and engage with people. Whether one's interests lie in hardware, control algorithms, user interaction, or accessibility, the effort can help create technologies that embody both intelligence and empathy. By joining this theme, the student helps shape a future where robots are true partners in supporting human life.