Campus B, Room 608
Areas of Interest
Lecturing and lesson preparation on Dynamical Systems
Dr. Abul Kalam al Azad is an Assistant Professor of the department of Computer Science & Engineering (CSE) at the University of Liberal Arts Bangladesh (ULAB). He received a PhD in Applied Mathematics from University of Exeter, UK. Before joining as a faculty at CSE, Dr. Azad worked as BBSRC (Biotechnology and Biological Sciences Research Council) Post-Doctoral Research Fellow at the School of Computing and Mathematics in the University of Plymouth, UK, in close collaboration with Xenopus Lab at the School of Biological Sciences, University of Bristol, UK. He received his graduate and undergraduate degrees in Theoretical Physics from University of Dhaka.
Dr. Azad pursues a highly multidisciplinary research interest in the areas of neurodynamics, computational neuroscience, neuronal networks & connectomics, self-organized criticality, theoretical axonogenesis, and multiscale dynamical systems. During his doctoral research, he discovered a novel synchrony activity pattern in nervous systems involving much important bursting rhythms and explored its dynamical properties extensively.
Exeter Research Scholarships, 2006-TEST
Maintenance Award from College of Engineering, Mathematics & Physical Sciences, University of Exeter, 2006
Travel Award, Mathematical Neuroscience, Montréal, Canada, 2007
British Council/ DAAD Corporation Grant between Exeter, Cologne University & Plymouth Universities, 2007-09
Biotechnology and Biological Sciences Research Council (BBSRC) Post-Doctoral Fellowship in Xenopus Tadpole Project, 2009-12
Travel Award, Organization for Computational Neurosciences (OCNS), 2011
Travel Award, Equidiff, Loughborough, 2011
Travel Award, 2nd UK Neuroinfomatics Node Congress, Edinburgh, 2011
Strohschänk, Johannes, William G. Thiel, and Max Kade Institute for German-American Studies (University of Wisconsin--Madison). The Wisconsin Office of Emigration, 1852-1855, and Its Impact on German Immigration to the State. Madison, WI: Max Kade Institute for German-American Studies, 2005.
Abstract:
Understanding the mechanisms underlying the self-assembly and organization of functional neuronal networks is a crucial problem confronting both experimental and theoretical neuroscience alike. Early in development, functional neuronal networks self-assemble with astonishing rapidity. It is, therefore, imperative to investigate and understand how far simple basic mechanisms can allow primary functioning neuronal circuits to develop.
Distribution of these guidance molecules along the spinal cord set up a gradient field which steer the axons in appropriate locations and thus ensure formation of proper connections. We grow axons of spinal neurons and generate synaptic connections similar.
guidance molecules along the spinal cord set up a gradient field which steer the axons in appropriate locations and thus ensure formation of proper connections.
Exeter Research Scholarships, 2006
Maintenance Award from College of Engineering, Mathematics & Physical Sciences, University of Exeter, 2006
Exeter Research Scholarships, 2006
Maintenance Award from College of Engineering, Mathematics & Physical Sciences, University of Exeter, 2006
Exeter Research Scholarships, 2006
Maintenance Award from College of Engineering, Mathematics & Physical Sciences, University of Exeter, 2006
Exeter Research Scholarships, 2006
Maintenance Award from College of Engineering, Mathematics & Physical Sciences, University of Exeter, 2006
Distribution of these guidance molecules along the spinal cord set up a gradient field which steer the axons in appropriate locations and thus ensure formation of proper connections. We grow axons of spinal neurons and generate synaptic connections similar.
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