Tushar Upadhyay

Manual software testing of the entire SAP LRM (Liquidity Risk Management) regulatory reporting software based on SAP ABAP and Javascript The software dealt with regulatory reporting from randomly created cash flows in line with Basel 3: NSFR(Net Stable Funding Ratio) and LCR(Liquidity Coverage Ratio) for EU and FED 5G given XML / XBLR templates for USA The software dealt with simulation of financial scenarios after appropriate customization SAP Tools used-Query Creator, Hana Studio

-Intensive user testing of an Ionic 1, AngularJS 1 based app named - "DepotPLUS-Finanzassistent" by DZ BANK AG., available on the Play Store (Android) and App Store (iOS) -Technical documentation of the features of the app and tests -Overview of unit testing and end-to-end testing with Karma and Protractor (with basic implementation) -Implemented a complete local storage based app in Swift/Cocoapods, publishable for the AppStore -Overview of the Blockly software availabe from Google

– Intern / Werkstudent (Working Student) at Elgato Systems Munich – Programming Languages : Objective-C, C, C++ and Cocoa in Xcode. – Basic development and extension of App/Framework for Mac OS X with GUI and (live input) audio frameworks – App development to test relevance of input data – User Testing and software update of Avea Bulbs for Android.

- 2-month Practical at TUM under Prof. Dr. Michael Bader at TUM and Prof. Dr. Heiner Igel LMU (Ludwig Maximilian University) - Programming Languages : IPython Notebook, Python - Implementation of higher order Finite-Difference-Discretization of seismic Wave Equation, to improve the accuracy in space and time of the geological/earthquake simulation - Github Repository : https://github.com/tusharuiit/2014-2015_Seminar_Simulation_Challenges_In_Geosciences.

-Scientific Research Assistant (Wissenschaftliche Hilfskraft) at the Chair of Professor Nassir Navab, TUM -Programming Languages : C++ in Windows Visual Studio (And interaction with already implemented Qt and OpenGL implementations in the framework) -Develop advanced, multi-modal visualization method for X-Ray Tensor Tomography (XTT) based on the tensor properties, fused with the information from absorption and phase-contrast imaging.

-Master’s Thesis at tum.3D - Chair of Computer Graphics and Visualization under Professor Rüdiger Westermann and Professor Nils Thürey in TUM -Programming languages : C++ (and Python) in Linux -Developed and tested pressure templates to modify the pressure field in the Eulerian Navier- Stokes fluid solver, resulting in modification of the velocity field and graphical effects in the animation / simulation of smoke. Framework used : Mantaflow (www.mantaflow.com) -Fluid Simulation for Computer Graphics.

-3-month Practical at TUM under Prof. Dr. Hans-Joachim Bungartz -Programming Languages : C Programming Language (multi-core and multi-threaded) with PAPI, OpenMP, Score-P and MPI library -Implementation of Lattice-Boltzmann-Algorithm in Computational Fluid Dynamics (CFD) ; increasing the computational performance (sequential and parallel optimization) and improve the fluid simulation at the LRZ Supercomputer in Linux -GitHub: https://github.com/tusharuiit/2014-2015_ComputationalFluidDynamicsLab

- 4-month practical at TUM under the guidance of Prof. Dr. Michael Gerndt, TUM - Programming languages : C Programming Language with MPI, Score-P, PAPI library - Implementation of the sequential optimization of a given black box solver, and further parallel optimization with Multicore MPI Programming on the SuperMUC Cluster in Leibniz-Rechenzentrum (LRZ) - GitHub : https://github.com/tusharuiit/2013_2014_ProgrammingOfSuperComputers

- 3-month practical under Prof. Dr. Hans-Joachim Bungartz at TUM - Programming language : MATLAB and ANSYS simulation software - Deepening and strengthening the mathematical skills in MATLAB computer language in explicit and implicit numerical method for the ordinary and partial differential equation, solutions for large sparse systems of linear equations and adaptive mesh refinement method for applications in fluid mechanics (CFD) and heat transfer.

-Scientific Research Assistant with Junior Research Fellowship under Prof. Dr. V. Ramgopal Rao in Center for Excellence in Nanoelectronics (CEN), IIT Bombay -Worked in the micro-fabrication of organic sensor platforms/materials for environmental and biomedical applications, on new materials to solve the problem of variability and yield in micro-fabrication of organic and integrated composite nanosensors.

(www.humorbeings.in) Marketing / Sales / Business Development In 1 year, we had many shows and profitable turnover.

Fundamental Algorithms Data Structures,Computer Graphics,Image Processing in Physics,Simulation/Animation,Computer Aided Medical Procedures, Design Patterns, Computer Architecture and Networks,Numerical Programming,Parallel Programming,Scientific Computing,Virtual Physics,German Language

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