Every day, people navigate stress, uncertainty, relationships, learning and change. Some individuals, families and teams adapt and thrive, while others struggle.

Why?

That question lies at the heart of my research.

I study how relationships shape human adaptation. Through relational neuroscience, I investigate how our interactions with others influence the brain's capacity to regulate emotions, cope with stress, learn, collaborate and flourish. By combining neuroscience, behavioural science and artificial intelligence, my goal is to translate scientific discovery into evidence-based technologies that strengthen resilience, improve collaboration, and help people thrive across education, healthcare, workplaces and communities.

I am Associate Professor Atiqah Azhari, an award-winning relational neuroscientist at the Singapore University of Social Sciences (SUSS), where I lead The Relational Brain Lab. My research bridges fundamental science with real-world impact, integrating neuroscience, behavioural science and technology to understand not only how people adapt, but also how adaptation can be strengthened.

Human Adaptation

Human adaptation is our capacity to respond effectively to challenge, uncertainty and change. It shapes how we cope under stress, build resilient relationships, learn new skills, and work together to solve increasingly complex problems.

My research programme advances this understanding across three interconnected domains.

Adaptive Individuals

How do people adapt to stress—and how can adaptive coping be strengthened?

I investigate the behavioural and neural mechanisms that underpin emotional regulation, coping and resilience, and develop evidence-based technologies that help individuals build adaptive coping capabilities through personalised learning and behavioural intelligence.

Adaptive Families

How do relationships shape resilience across the lifespan?

I study how parents, children, couples and caregivers influence one another's emotional regulation, stress adaptation and wellbeing. This work aims to strengthen families by translating relational neuroscience into practical interventions and technologies that support healthy relationships and resilience.

Adaptive Teams

How do people learn, communicate and solve problems together?

I examine how collaboration emerges within teams and how artificial intelligence can enhance—not replace—human interaction. My work develops intelligent systems that improve communication, collaborative problem solving and team performance across education and the workplace.

Translating Science into Impact

Scientific discovery should not remain confined to journals.

My mission is to translate rigorous research into interventions, behavioural intelligence platforms and AI-enabled technologies that create measurable improvements in people's lives. Through partnerships with educators, healthcare professionals, government agencies, industry and community organisations, I work to ensure that research informs practice, policy and innovation.

My current translational research focuses on developing technologies that strengthen adaptive coping, improve collaboration and enhance relational resilience across individuals, families and teams.

Over the past decade, my research has attracted more than S$5 million in competitive funding, resulted in more than 45 peer-reviewed publications, and been featured in documentaries and national media. Beyond academia, I actively collaborate with organisations to bridge research, policy and practice, ensuring that advances in relational neuroscience translate into meaningful societal impact.

Vision

I believe the future of resilience, learning and collaboration will not be understood by studying individuals in isolation.

It will be understood by understanding relationships.

My long-term vision is to establish Human Adaptation through Relational Neuroscience as a scientific and translational framework that transforms how we understand resilience, learning and collaboration—and translates that knowledge into evidence-based technologies that improve lives at scale.