Author: Manaswini Vijayakumar

Manaswini Vijayakumar

Short Bio

Manaswini Vijayakumar is a science communications professional, storyteller, and community builder currently serving as the Lead for Communications & Community Engagement at the AssisTech Foundation (ATF). She is dedicated to bridging the gap between scientific innovation, social development, and accessibility. With a rich background in science communication at the Prayoga Institute of Education Research, Manaswini has authored compelling pieces across green chemistry, earth sciences, nanomaterials, and sustainable technologies. Her writing focuses on contextualizing scientific research within real-world social impact, disability inclusion, and mental health advocacy. As an author for ENTECH Magazine, Manaswini brings a unique, narrative-driven approach to science outreach, highlighting how cutting-edge STEM research and assistive technologies drive inclusive growth and social empowerment.

Extended Bio

Manaswini Vijayakumar believes that science is at its most powerful when it serves people — not as abstract knowledge, but as a tool for inclusion, empowerment, and social change. Her career sits at the intersection of three domains that are too often treated separately: scientific innovation, social development, and accessibility. She works to bring them together.As the Lead for Communications & Community Engagement at the AssisTech Foundation (ATF), she helps build bridges between assistive technology innovators and the communities they serve. ATF works at the cutting edge of disability inclusion, supporting technologies that remove barriers and create opportunities for people with disabilities. Manaswini's role is to tell those stories — to make the case that accessibility is not an afterthought but a fundamental requirement of good technology and good design.Before ATF, she honed her craft as a science communicator at the Prayoga Institute of Education Research, where she authored pieces on green chemistry, earth sciences, nanomaterials, and sustainable technologies. There, she learned to take complex scientific research and tell its story in a way that resonates with non-specialist audiences. She learned that the most compelling science communication is not about simplifying — it is about connecting. It is about showing why a discovery matters, who it affects, and how it fits into the larger picture of human progress.What distinguishes Manaswini's writing is her commitment to context. She does not write about technology in isolation; she writes about technology in relation to the people it is meant to serve. Her pieces on green chemistry explore not just the scientific principles but the environmental and social implications. Her writing on nanomaterials considers both the technical potential and the ethical questions. And her work on assistive technology is always grounded in the lived experiences of people with disabilities.Her advocacy extends to mental health, an area where she brings both professional insight and personal commitment. She believes that mental health advocacy and science communication share a common foundation: both require breaking down stigma, building understanding, and creating spaces where people feel seen and heard.As an author for ENTECH Magazine, Manaswini brings a narrative-driven approach to science outreach. She writes for the STEM student who wants to understand how research translates into real-world impact, the disability advocate looking for insights into assistive technology, the educator who wants to show students that science can be a force for social good, and anyone who believes that innovation should be measured not just by what it can do, but by who it includes.

Primary Beats

• Assistive Technology & Disability Inclusion: How technology is breaking down barriers for people with disabilities; the role of assistive tech in creating equal opportunities; designing for accessibility as a fundamental principle; the intersection of innovation, inclusion, and human dignity.
• Green Chemistry & Sustainable Technologies: Scientific innovation that reduces environmental impact; principles of green chemistry and their real-world applications; sustainable materials and processes; the role of chemistry in building a more sustainable future.
• Science Communication for Social Impact: Narrative-driven approaches to making science accessible and compelling; contextualizing research within social issues; building bridges between scientists, communities, and decision-makers; the ethics of science communication.
• Mental Health Advocacy & Community Building: Breaking down stigma around mental health through open conversation; the connection between mental health and social inclusion; building communities that support both scientific curiosity and emotional well-being.