Bharat Kumar Donkada

Deriving the requirements at system and software level

- I am currently working in Alten SW GmbH as Requirement Engineer for Comms Safety Requirements in Camera based project. - Reviewing the Customer requirements - Deriving the technical safety requirements from the customer requirements - Deriving the technical safety concept - Linking of requirements between customer requirements and safety requirements in PTC integrity

- Handling Autosar related software requirements and customer requirements of Radar related Driver Assistance Systems using DOORS. - Determination of Hazards or Risk using HARA and fault listing using FMEA. Having knowledge on FTA and DRBFM techniques. - Plan the software release based on agile methodology (FDD) using PTC integrity. Having knowledge on other software development methodologies like Kanban and Lean

- Analysis and Baseline the requirements for the software release of each sprint. - Documentation of the requirements in DOORS. Mapping customer requirements with analyzed Bosch requirements. - Plan the software release of the baseline or sprint using SCRUM based agile methodology. - Integration of the changes in the new release and test the changes before the Plant (Bosch) Release.

-> My primary objective is to provide support to the chassis control department. Working on Egomotion estimation. -> Presently developing systems and functions in Matlab and in C++, that would evaluate the performance of various software component developing for Driver Assistance. -> Writing test specifications and test case code in C++ to test the software modules (Unittest Framework). -> Documentation using DOORS -> Using MKS and ClearQuest

-> Writing Signal and Image Processing algorithms in C++, Matlab. The algorithms are related to Egomotion. -> Writing test cases for software modules. -> Developing GUI in QT -> Documentation

- Developing algorithms that would extract certain surface elements from 2D or 3D meshes. The algorithms has been developed in C++ using Eclipse environment.

A weekend course on Basic concepts of Machine learning.

Signal Processing Architectures, Embedded Communications, Advanced Topics in Signal Processing, Analog Integrate Circuit Design and Simulation, Chip Design-I, Chip Design-II, Digital Signal Processors, Traffic Telematics

Electronic devices, Circuit Theory, Electronics Circuits I & II, Linear Integrated Circuits, Signals And Systems, Digital Communications I & II, Computer Communication and Networks, Television, Digital Electronics, Control Systems, Micro Processors, Digital Signal Processing