Dr. Arun Anirudhan V.

Academic Qualifications

• PDF at IIIT Hyderabadh in Artificial Intelligence
• PhD in Computational Neuroscience, NIT Calicut 2015
• MTech in Information Security, NIT Calicut, 2010.
• B-Tech Computer Science& Engineering, University of Calicut,2000.

Professional Record

• Engineer-C; SCTIMST,Trivandrum; May 2008 - present.
• Engineer-B; SCTIMST,Trivandrum; May 2004- May 2008.
• Information Officer RGCB, Trivandrum; March 2003- May 2004.
• Project Officer; IISR, Calicut; March 2001-March 2003.

Honors

• Director's Award for completion of Purchase Activities in 2005.

Area of Interest

• Neuroscience
• Information Security.
• Artificial Intelligence
• Cryptography.
• Enterprise network management.

Current Activities

• Network Management Services

Fellowships

• INSA Visiting fellowship (2013, IISc Bangalore)

Membership

• Institute of Engineers
• Indian Academy of Neurosciences

Projects Completed

• Detailed state model of CaMKII activation and autophosphorylation in the presence of NR2B and its behavior in epileptic conditions, KSCSTE
• To model the effect of mutations of HCN channels in neuronal excitability and impact of GABABR on GIRK and HCN mutations using NEURON , DBT

Professional Experience

Team

• Mr. Binu
• Mr.Balram,Engineer G.
• Mr. Sajithlal MK,Engineer B.

Presentations

Invited talks

• Invited talk at IBRO Asia ��� Pacific Regional Committee School 2019
• Resource person for UGC-HRDC Refresher Course in Computer Sciences

No. of Publications

• Anirudhan, A. and Narayanan, R., 2015. ���Analogous synaptic plasticity profiles emerge from disparate channel combinations���. Journal of Neuroscience, 35(11), pp.4691-4705.
• Thomas, M., Ranjith, G., Radhakrishnan, A. and Anirudhan, V.A., 2019. ���Effects of HCN2 mutations on dendritic excitability and synaptic plasticity: a computational study���. Neuroscience, 423, pp.148-161.

Select Publications

• Thomas, M., Ranjith, G., Radhakrishnan, A. and Anirudhan, V.A., 2019. ���Effects of HCN2 mutations on dendritic excitability and synaptic plasticity: a computational study���. Neuroscience, 423, pp.148-161.
• Anirudhan, A. and Narayanan, R., 2015. ���Analogous synaptic plasticity profiles emerge from disparate channel combinations���. Journal of Neuroscience, 35(11), pp.4691-4705.