Srikanth Sritharan Iyengar

+ project management for developemnt of a automotive interior electronics system platform targetting R&D cost and lead-time reduction by generating reuse + technical lead for a cross-disciplinary international project development team + represent the product view and drive the product roadmap strategy across the business unit globally, through the platform as an entrepreneur + implement product line engineering strategies for the platform

+ creation of platform system requirements in DOORS and system architecture in Rhapsody (SysML) for an automotive interior electronics product based on multiple stakeholder/OEM requirements + definition and implementation of reuse strategies for requirements specifications and architecture including traceability and variant management + present, synchronise and drive the defined reuse strategies across globally distributed project teams

+ requirements engineering for a Daimler project in the area automotive interior electronics

+ requirements engineering for a Daimler project in the area automotive interior electronics

Feasibility analysis of the usage of virtual test models for the verification of Traction Control related functions in the Electronic Stability Program (ESP)

- Feasibility Analysis of existing Body Control Modules(or Units - BCM) and selection for new platform project for European market – tasks include Requirements Analysis, interaction with other Business Units(BUs) of Continental AG - Excel VBA programming for employee hour tracking system (support to project management)

1. Application Software Project Responsible(ASW-PR) for Daimler Projects - Responsible for integration and simulation of ASW functionalities for Electronic Stability Program systems such as Antilock Braking System, Traction Control System, and other value added functions 2. Traction Control System Component Responsible for Daimler projects - responsible for implementation of small customer specific changes, bugfixes(erratas) and unit testing.

Successfully completed a project entitled 'Clock Tree Extraction from RTL and Netlist of a complex SoC using SpyGlass and converting the database into a more readable format'. The project was undertaken in the Digital Signal Processing department.

1. Automotive Active Safety Systems (Driver Assistance Systems, SensorTechnology and Signal Processing) 2. Vehicle Dynamics Systems 3. Value Optimized Production Processes (Management of Production and Logistics Processes, Virtual Plant Layout)