Brahmaiah Takkellapati

External consultant to Veoneer - Inspection lead for Requirements Realization, ISO Standards and Non-Testable Requirements - Regular preparation of reports, presentation of progress and milestone reviews - Error analysis tracking and providing solutions - Development and management of requirements specifications - Collaboration on technical concepts and architectures - Specification of system integrations - Support of test developers in the development of test specifications

External consultant to Veoneer - Inspection lead for Requirements Realization, ISO Standards and Non-Testable Requirements - Regular preparation of reports, presentation of progress and milestone reviews - Error analysis tracking and providing solutions - Development and management of requirements specifications - Collaboration on technical concepts and architectures - Specification of system integrations - Support of test developers in the development of test specifications

Accepts, prioritizes, and categorizes change requests Has the ability to review all planned changes Utilizes the Change Management reporting system to monitor and track changes Identifies change requests that have not been acted upon in a timely manner and takes appropriate action Ensures that changes are communicated in a timely and adequate manner Create and distribute Change Management reports Reviews all implemented changes to ensure that they have been carried out Closes change requests

1. Stakeholder for project 2. Create and Update Defect Management & Requirement Management in ALM. 3. Create and Update Risk Management in SuperOPL. 4. Check Change Management in ALM - Check Process Compliance. 5. Supporting in project planning. 6. Transfer OPL from Customer Tasks to OPL at Bosch. 6. ALM Metric Analysis for project status reporting

Goal of this thesis is (1) Design and implementation of a model-based approach for generating abstract simulation models (2) Transformation of a model-based system description in abstract load models in the Linux-based real-time Framework Litmus (3) Model 2 code transformations for mapping mode based execution paths, complex activation scheme, core mapping and scheduling configurations Litmus RT (4) The evaluation of complex data-driven action chains in the experimental framework of Litmus RT

- Development and Programming a configurable flow control in C# for the simulation of airbag deployment. - Reporting an On Time Delivery (OTD) and First Pass Yield (FPY) for delivery items. - Sprint Backlog Status - Programming and supporting tools under Application Lifetime Management (ALM) to simplify project processes.

The project involves development of a calibration tools in C# for Airbag deployment in order to reduce the number of false alarms of a specific crash. Roles and responsibilities:  Tool development include: requirements analysis, introduction into the existing tool architecture, design and coding.

This project aims to review the existent techniques used to avoid the interference problem for multi path routing schemes. In addition, an energy efficient interference algorithm that dynamically reduce the waste of energy due to multi hop communication is developed.

This role is mainly aimed to Design, develop, test and supervise the manufacturing and installation of electrical equipment, components, or systems in sponge iron (steel industries) plant.

This project describes a practical mesh networking solution based on extensions proposed to the routing protocol for low power and lossy networks (RPL)to realise automated metering communications.

Design of Software for Embedded Systems, Software Platforms for Automotive Systems, Automotive sensor Systems, Real Time Scheduling, Formal Specification and Verification, Hardware Development with VHDL, Practical Automotive Software Engineering.

Smart Sensors Systems, Components and Architecture of Embedded Systems, Hardware and Software Codesign, Network Security, Realization of Digital Systems and DSP, Real Time Systems, Antennas and wave propagation, EDA Tools, System Design.

Circuit theory, Control Systems, Digital Logic Circuits, Design of Electrical Machines, Digital Signal Processing, Computer Networks, Operating Systems, Power System Operation And Control, Communication Engineering, Power System Analysis, Power Plant Engineering, Special ElectricalMachines.