People Search

Prashant Joshi

jegliche öffentliche Information

Wie andere Suchmaschinen(Google oder Bing) sammelt Radaris Information von öffentlichen Quellen

Soziale Medien mit Prashant Joshi

Xing

Dr. Prashant Joshi
Gegend:
60323 Frankfurt, Germany
Arbeit:
Postdoctoral Scholar
Organisationen:
Society for the neural control of movement, International Neural Networks Society
Hochschulen:
 Graz University of Technology (Computer Science, Telematics, Computational Neuroscience, PhD), Center for Advanced Computer Studies, University of Louisiana, Lafayette (Computer Science, Computational Neuroscience, M.S.), Motilal Nehru National Institute of Technology (Electronics Engineering, B.E.)
Status:
Employee
Sprachen:
English (First language), German (Basic knowledge)
Berufserfahrung:
  (Postdoctoral Scholar), California Institute of Technology,  (Postdoctoral Scholar in Biology), Mphasis BFL Ltd (Systems Engineer), Tech Mahindra (Software Engineer)
Ich suche:
A position in industry/academia allowing me to use my significant research experience, mathematical and analytical skills and competency in computational modeling and programming to solve real-world high-impact problems in the corporate domain
Ich biete:
PhD in Computer Science and over 9 years of international research experience, Worked in prestigious academic institutes such as Frankfurt Institute of Advanced Studies, California Institute of Technology (Caltech), Graz University of Technology with some of the top scientists in the field of AI/Computational Neuroscience/Computer Science, Two years of industry experience in Software Industry
Interessen:
Photography, Running, Table-tennis, Playing Guitar
Über mich:
Hello, Hola, Servus, Namaste! My name is Prashant Joshi. I am a computational neuroscientist, with my main areas of research interest being reservoir computing, computational motor control, computation with spiking neurons, neurocomputational basis of working memory and decision making, learning in biologically realistic circuits, machine learning, adaptive non-linear control and humanoid robots. ...