Singapore is stepping into a new era of eldercare innovation with the launch of a pioneering research study deploying social robots to engage seniors at care centres. Announced on January 30, 2026, this joint initiative between PCF Sparkle Care and the Singapore University of Social Sciences (SUSS) aims to determine if these endearing machines can encourage more reserved seniors, including those with dementia, to participate actively in group activities.
The study comes at a critical time as Singapore transitions into a super-aged society, where over 21 percent of the population will be aged 65 and above by 2026. With the old-age support ratio projected to drop significantly— from 5.9 working-age individuals per senior in 2012 to just 2.1 by 2030—innovative solutions like social robots are essential to bridge care gaps and combat loneliness.
Understanding Social Robots in Elderly Care
Social robots, defined as autonomous or semi-autonomous machines designed to interact socially with humans through verbal and non-verbal cues, are gaining traction worldwide for their potential in healthcare. In Singapore's context, these robots are tailored to address emotional and social needs rather than purely physical tasks. Unlike industrial robots focused on repetitive manufacturing, social robots like those in this study mimic companionship, using artificial intelligence (AI) to recognize faces, interpret emotions, and respond empathetically.
The core objective is to foster interpersonal connections. For instance, during group conversations or games, the robots act as 'junior care programme coordinators,' drawing shy seniors into interactions by eliciting responses that naturally extend to human peers. This approach builds on evidence that non-judgmental robotic companions can reduce social withdrawal, particularly among dementia patients who may struggle with human conversations due to cognitive challenges.
The Robots: Lovot and Kebbi
At the heart of the study are two distinct social robots: Lovot, developed by Japanese firm Groove X, and Kebbi, from Taiwan's Nuwa Robotics. Lovot, standing just under knee-high, navigates via wheels, flaps its arms expressively, and emits baby-like coos in response to touch, voice, or facial cues. Priced at around S$14,000 each, it personalizes interactions by learning individual seniors' preferences over time. Kebbi, more compact and costing about S$2,000, complements Lovot with similar responsive features.
These robots 'mingle' by following seniors, seeking affection, and facilitating ice-breaking during multi-generational events involving children and youth. Their design evokes nurturing instincts, prompting seniors to engage without the pressure of reciprocal human expectations.
Study Design and Deployment
Launching in February 2026, the six-month study will involve approximately 70 seniors across four PCF Sparkle Care centres: Kreta Ayer (newly expanded to serve 85 seniors), Bukit Panjang, Braddell Heights, and Eunos. Pairs of Lovot and Kebbi will be introduced progressively, with data collected via onboard cameras, staff observations, senior interviews, and surveys.
The methodology emphasizes ethical integration: robots supplement, not supplant, human caregivers. PCF Sparkle Care COO Andy Seet emphasized, 'Human care, judgment, and relationships remain irreplaceable.' Outcomes will guide decisions on permanent deployment and scaling.
- Target group: Quiet or dementia-affected seniors
- Activities: Group chats, games, intergenerational sessions
- Evaluation: Interaction metrics, engagement levels, emotional well-being
Building on a 2025 informal trial at Tampines PCF Sparkle Care, where wary seniors quickly warmed up— with non-verbal individuals singing dialect songs after just a week—the new study formalizes these observations. Dementia patients, often reserved, showed remarkable responsiveness, highlighting robots' potential for cognitive stimulation.
Senior participant Madam Choo Poh Choo, 80, shared, 'This could help alleviate loneliness... robots offer a patient listening ear without judgment.' Her perspective underscores the robots' role for those with distant families or domestic helpers unable to provide emotional depth.
Read the full Straits Times reportSingapore University of Social Sciences' Pivotal Role
SUSS, a leader in applied social sciences research, drives the academic rigor. This aligns with prior SUSS efforts, such as Dr. Kelvin Tan's project using Lovot for community-dwelling single older adults. Findings revealed high acceptance, with participants exhibiting maternal behaviors and reporting reduced isolation. The university's expertise in human development positions it ideally for evaluating psychosocial impacts.
For aspiring researchers, SUSS exemplifies opportunities in interdisciplinary fields like robotics and gerontology. Explore higher ed research jobs or academic career advice to join such innovative teams.
SUSS Social Robot Project PageComplementary University Innovations
Singapore's higher education institutions are at the forefront. Nanyang Technological University (NTU) developed the Data-driven Robotic Balance Assistant (DRBA), a non-social but supportive robot that prevents falls during activities like Zumba at active ageing centres. Led by Associate Professor Ang Wei Tech, trialled with Lions Befrienders, it boosts mobility confidence, indirectly aiding social engagement.
Duke-NUS Medical School and SingHealth pioneered Dexie, a humanoid robot enhancing dementia therapy. Pilot results: 32% higher engagement, 46% cognitive gains, freeing staff for complex care.
These efforts reflect a ecosystem where universities collaborate with healthcare providers, fostering research jobs in AI and robotics.
Benefits and Evidence-Based Impacts
Social robots offer multifaceted advantages:
- Combating Loneliness: Non-judgmental interaction for isolated seniors.
- Cognitive Stimulation: Memory triggers via songs and routines, vital for dementia.
- Social Facilitation: Ice-breakers leading to human connections.
- Staff Efficiency: Reallocating time, as seen with Dexie (25% productivity boost).
- Cost-Effectiveness: Long-term savings amid caregiver shortages.
Minister Josephine Teo highlighted honoring Pioneer and Merdeka Generations through such tech-enabled environments.
Challenges and Ethical Considerations
Despite promise, hurdles persist. Initial wariness, as in the Tampines trial, requires acclimation periods. Privacy concerns from cameras demand robust data protocols. Ethically, robots must not dehumanize care—PCF affirms humans central. Acceptance varies culturally; Singapore's tech-savvy seniors may adapt faster, but training ensures inclusivity.
Global studies echo: Design for older adults' needs, balancing anthropomorphism to avoid uncanny valley effects.
Stakeholder Perspectives
Seniors like Madam Choo value emotional outlets. Staff note enhanced engagement without replacing roles. Policymakers see scalability for super-aged challenges. Researchers at SUSS and NTU advocate evidence-based expansion. For higher ed professionals, this signals booming demand—check Singapore academic opportunities or university jobs.
Future Outlook and Scalability
Success could integrate robots across Singapore's 100+ active ageing centres, aligning with national AI-for-ageing strategies. By 2030, with 1-in-4 over 65, hybrids of social/physical robots (e.g., NTU's upcoming MRBA) promise comprehensive care. International exports via A*STAR collaborations are plausible.
This study positions Singapore as a gerotech hub, attracting talent. Aspiring lecturers or professors in robotics? Visit lecturer jobs.
Photo by Sraboni Basu on Unsplash
Implications for Higher Education and Research Careers
Singapore's universities are driving this revolution, creating roles in AI ethics, human-robot interaction, and gerontology. SUSS, NTU, and Duke-NUS exemplify interdisciplinary research fueling policy and industry. For career seekers, platforms like higher ed jobs, rate my professor, and career advice offer gateways. Post-study data could spawn publications, grants, and startups—vital for academic progression.
In summary, this SUSS-PCF study heralds a compassionate tech future for Singapore's seniors, blending research innovation with human warmth.