Jagadish Babu Sirigineedi

• Cummins Electronics and Fuel System Supply Chain Planning, Coordinate with all CMI entities to consolidate the demand for all ECM/ACM's which will help us with capacity planning, planning for Tier 2 components
• Leading the EMS (Electronics Manufacturing Service) Supply chain account management for Divsys.
• Business Supply chain liaison for deployment of ERP system for Tier 2 Inventory management.
• Leading the Strategic Tier 2 Electronics component inventory - Tier 2 council Supply chain planning function
• Define Tier 2 Components buffer stocks based on item criticality, LT & alternate parts availability
• Managing the inventory stocking locations and transactions to the move inventory to EMS.

· Technical Product Owner for the Rail Pressure Sensors, TMAP, BAP, Temperature Sensors, Pressure Switches across the engine product lines in Cummins.

· Sensor engineering technical expert with supply chain expertise to provide real time solutions in handling Sensor part shortage issues affecting the closure of engine plant lines.

· PPT (R&D) development lead for Oil level Sensor, continuous measurement which included requirements analysis, technical package creation, technology selection, Sensor integration for High horsepower, and Heavy duty Engines.

· Autosar Functional excellence support for Fuel Systems Engineering for Modelling and creating test cases for various kinds of Events and interactions with RTE (real time environment) on Simulink.

· Member of Advanced Development team focusing on the needs of next generation engine control modules (ECM) and Advanced sensors.

· Investigation and recommendation of Advanced Sensors based on Engine design and architecture.

· Liaison for ADS&C (R&T) for Advanced Sensor projects like Delta Pressure sensor (delta pressure for Intake and exhaust), (MAF) Mass air flow Sensor- ACE Program (Advanced Combat Engine)

· Defined and Delivered Digital Engine position sensor architecture- next gen engine position strategy.

· Led Investigation, Implementation, and recommendation of Automotive ethernet (100 Base -T1) in future ECM’s.

· Competitive studies and Module teardown analysis of Telematics product to create actionable strategy or intelligence from it.

· Test team lead for designing test plans for the functionality and DVPR tests for telematic modules.

· Investigation and recommendation output drivers for future ECMs with compatibility to Electrified control module.

· Analyzing, testing and characterization of various alternate compounds for cathode in Li-ion battery design research.

· Training lab personnel in operation of the state of art battery lab equipment and maintaining the inventory of supplies and equipment for the battery research. Responsible for keeping safe and functional environment in the lab.

· Worked as Teaching Assistant for Denso Mc Dearman lab ECE 2011- Basic Electrical Engineering Lab (Circuits, Op-Amps, and Oscilloscopes etc.) demonstrating the experiments and explaining basic circuits of electrical engineering.