Abhijot Singh

 Designed a markov model as state flow diagram in Simulink to portray all possible operational use-case scenarios that a vehicle equipped with a DSC cruise control system face.  Implemented a Matlab functionality to autogenerate transition rate equations from Markov model.  Implemented an algorithm in Matlab for computing rate equations w.r.t time.  Developed a SysML Parameteric diagram in MagicDraw for rapid computation of the impact of parameter variations upon system

Worked as a student assistant where I performed following tasks.  Implemented a java library with java multithreading features to support concurrent transactions in an efficient way.  Tested and evaluated the implemented java library.  Designed an algorithm and later implemented it in java to provide specific garbage collection strategy during the application runtime.  Evaluation of the performance of our implementation

Worked as a member of scrum team involved in developing and testing an Android mobile application.  Developing android application features using Java and javascript  Working on SAP HANA cloud platform for testing mobile application on cloud server  Extending an existing OData based persistence in SAP HANA Cloud using SAP HANA Modeller and consuming the resultant data view using JDBC API in a prototype application deployed on SAP Hana Cloud server.

My tasks included the following activities  Software development using C++ and QT.  Improving the algorithm for graphical representation in QWT  Project documentation using Doxygen and Visual Paradigm for UML (VP-UML).

Worked as a team member in the role of Requirement Engineer and Tester of the Android based application. I was involved in creating the SRS Document after collecting the user requirements and also Performed both Manual testing and Automated testing using Robotium testing tool.

Attended classroom lectures ( Java MVC) and simultaneously contributed to the development of a web based java application.

Process modelling, Requirements engineering, Software architecture of distributed systems, Safety and reliability of embedded systems, Product line engineering, Service oriented architecture (SOA), Middleware for distributed systems, Software quality assurance

Algorithm and data structure, Discreet maths and logic, Database management systems, Software architecture, Artificial intelligence , object oriented programming, Programming paradigms, Computer networks, Wireless communication, Numerical analysis, Digital signal processing