Lead Engineer - Chennai, India - Mahindra Rise

Description

Company:

Mahindra & Mahindra Ltd Responsibilities & Key Deliverablesa) Gasoline engine Optimization involving activities like, steady state performance and emission developement, including but not limited to combustion system, injection system, exhaust after-treatment system.b) Gasoline vehicle calibration involving, vehicle emission developement, vehicle calibration, drivability, environmental corrections, cold start and OBDc) Emission & Performance Robustness and homologation trials for engines type approval. d) Develop competency on methologies and tools calibration developmente) Liase with EMS supplier and other key system suppliers for system selection and optimization.f) Liase with CFT like Vehicle Integration, NVH, Electricals, Performance simulation, Engine development centre, Reliability and Service for engineering targets delivery.g) Plan for the day-today calibration activities and maintain a project tracker.h) Collect & collate benchmark data.i) Analyse the issues arising out of test to confirm the design by root cause analysis of the problems / issues by using various problem solving techniques like Global 8D or other problem solving tools. Experience6-7 yearsIndustry PreferredAutomobileQualificationsB.E./B.Tech/M.E/M.TechGeneral Requirements1. Basic understanding of engine architecture2. Basic understanding of combustion system and emission control. Effects of combustion hardware on performance and emission.3. Knowledge of calibration softwares

• INCA and other data acquisition tools.

4. Basic coding skills in Matlab and /or Phython5. Knowledge of vehicle sub systems which affect vehicle performance parameters6. Knowledge of steady state engine development on engine bench7. Knowledge of EMS system component selection and evaluation methods8. Knowledge of vehicle calibration, comfort functions, drivability, IOBD etc9. Understanding of Intake, exhaust, cooling and fuel system interfaces on engine performance and emissions.10. Failure analysis, root cause analysis11. Awareness of emission cycles, test procedures, various norms and regulation