Am currently a professor at the department of electronics and communication engineering at the Amrita School of Engineering, Amritapuri campus apart from my main role as Director, Amrita Mind Brain Center

Teach, do research in neuroscience and biorobotics, hire and train research fellows, build virtual laboratories, organize laboratory courses, conduct training workshops, conferences, write books etc.

International Collaborations and Student exchange

Apart teaching, my area of work is computational neuroscience. Current focus in theoretical neuroscience studies here at Amrita School of Biotechnology is the detailed modeling of cerebellar cells and its network functions. Research involves the development and analysis of computational models in order to study synaptic plasticity, associative memory and information processing in the cerebellum.

Teach, do research, hire and train research fellows, build virtual laboratories, organize laboratory courses, conduct training workshops, conferences, write books etc.

Project titled "Designing a BMI-based Robotic arm using EEG and motor articulation control"

To enhance scientific knowledge and for dissemination of high quality education, Amrita Vishwa Vidyapeetham is launching a series of workshops on their newly developed virtual laboratories. Amrita University’s Virtual Laboratories for performing experiments online were developed under the National Mission on Education through ICT, sponsored by the Ministry of Human Resource Development of the Government of India. These freely available virtual laboratories are powerful technological interventions that that allow educational institutions and students equal access to real life laboratory experimentation. They will also serve as an online community hub to share and enhance conceptual knowledge through a plethora of web-based resources regardless of their geographic location. Amrita’s online laboratories, called VALUE (Virtual & Accessible Laboratories for Universalizing Education) are equipped with various self-learning tools, quiz, learning material, simulators and access to some remote equipment to perform experiments from any computer connected to the internet.

Apart teaching, my area of work is computational neuroscience. Current focus in theoretical neuroscience studies here at Amrita School of Biotechnology is the detailed modeling of cerebellar cells and its network functions. Research involves the development and analysis of computational models in order to study synaptic plasticity, associative memory and information processing in the cerebellum.

Hire research fellows, train personnel on modeling and design for computational methods, teach courses for UG and PG students, run research projects, administrative work, organize conferences (like amritabioquest.org) and workshops, write books and material for educational purposes etc.

Project titled "Modelling the cerebellar information code in large-scale realistic circuits - Towards pharmacological predictions and robotic abstractions"