Vehicle Telematics Engineer @ Piaggio Vehicles

Carrying out integration of all telematics hardware and software

Conducting system level simulations (SIL and HIL) to verify all control strategies and optimize
Defining and finalizing of diagnostic strategies, tools, data set, manual and execution of the same for a program
Selecting systems to meet the homologation requirement of EMI & EMC on the system and vehicle levels; further diagnosis and resolution if problem arises
Facilitating in defining the vehicle network architecture for seamless operation and integration and also defining the various network protocols such as LIN, CAN, CAN-FD
Selecting the components and sub-systems to meet to the vehicle safety system as per ISO 26262 and ASIL
Utilizing different commercial tools such as CAN Analyser, MATLAB, and other relevant tools
Supporting product definition teams to develop product requirements and researching new product concepts
Leading the DFMEA/DFM/DFA/DFS activity for ongoing projects and optimize the designs accordingly and to ensure the resolution of manufacturing, assembly and serviceability issues.
Ensuring testing plans are prepared for all systems, sub systems, components covering test objectives
Developing test parameters and types of testing for electrical and electronic parts by incorporating feedback from reviews and testing
Conducting on vehicle failure analysis of parts as per 8D process
Working as per design methodology and development process (e.g. ISO/TS 16949) adopted by the company with adherence to company requirements and procedures (SAP)
Adhering to the time targets with regular updates on real time status to the Department Head along with any delays anticipated related to the assigned project targets.
Guiding other engineers of various disciplines towards solving complex engineering issues.
Working with project managers on development efforts to ensure that projects are completed satisfactorily, on time and within budget
Assisting in defining the loading and boundary conditions for all virtual analysis for the systems and components; and continuously improving to draw in real life situations
Defining the Design Validation Plan (DVP) and acceptance criteria for the systems at component and vehicle level
Coordinating with internal stake holders for building the prototypes, testing, homologation and other related activities
Working continuously on value engineering proposals for the systems and their components to achieve the cost target
Performing activities to ensure the design quality and BOM quality and aid in the product life cycle management for the designated systems