Nihit Madan

Berufserfahrung von Nihit Madan

• Bis heute 11 Jahre und 10 Monate, seit Sep. 2012

  Consultant Technology Innovation

  Altran B.V Netherlands

  Responsibilities  I carried out in-depth market research on the current and future of the Automotive market and high-tech industry in the Netherlands.  Actively involved in Business development to further expand current clients in the energy sector.  Training consultants on presentation and communication skills for qualification meetings at various clients.  Worked closely with the Human Resources department in recruitment session and conducting telephonic and personal interviews with candidates.

• Bis heute

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• 1 Jahr und 3 Monate, Mai 2011 - Juli 2012

  Consultant Fracture Mechanics

  Nuclear Research and Consultancy Group

  Responsibilities  Carried out successful Fatigue assessments of bolted connection of Reactor Pressure Vessel (RPV) for Nuclear Power Plant (NPP), Borssele. Tool used ANSYS Classic.  Developed independent three dimensional models of the reactor pressure vessel.  In-depth research on Sensitivity study for tolerances in contact and comparison of Cumulative Usage Factor (CUF) techniques.  Technical report documentation.  Thermal Analyses on experimental project for fabrication of new carbides of nu

• 9 Monate, Apr. 2010 - Dez. 2010

  Master Thesis Student

  Philips Research Labs

  Responsibilities  The primary topic of this thesis was to model and to calculate the effect of an additional metallic grid layer on the effective spreading resistance, i.e. the homogeneity of the current distribution in large area devices.  I was involved in finite element analysis of OLEDs with and without grids.  Model generated using codes written in Matlab.  Post processing and generation of results using Matlab.  Gained substantial knowledge on programming, modeling and simulation.

• 5 Monate, Feb. 2007 - Juni 2007

  Project Trainee

  Indian Space Research Organization

  Responsibilities  The primary objective of this work was to characterize the silver epoxy bond coupling and conduct experimental analysis on the data.  Couplings are used to join a complex network of heat pipes in Spacecraft.  Experimental work included placing thermo-couples on heat pipes and simulating the heat pipes in various configurations.  Validation for average heat loss through the coupling.