Engineer - System Modeling (Mechanical)

What You'll Do

• Develops simulation models for Mechanical system/ sub-system/ components by using GT Suite/ AMESim/ Matlab Simscape / Matlab Simulink.
• Analyzes & optimizes designs through 1D plant (mathematical) models and control development.
• Partners with global teams, understands the design intent, develops and validates models to substantiate the designs of various systems, sub-systems and components.
• Provides technical information and engineering recommendations to projects / processes.
• Executes complex engineering projects. Executes key tasks associated with project independently and by collaborating with cross-functional disciplines. Candidate will be responsible for Internal & External Communications, which is critical to success.
• Knowledge of ICE and xEV vehicle system level simulations to predict CTQs like fuel economy, range, state of charge etc.
• Delivers deep insights through system modeling and simulations for robust product development to meet all performance requirements/ CTQs.
• Partners with global teams, understands the design intent, develops and validates models to substantiate the designs of various components & systems.
• Performs project engineering work independently; communicates expectations, plan and requirements; also coordinates all work within the scope of assigned projects.
• Provides technical information and engineering recommendations for improvement of product designs and associated processes.
• Ensures on time delivery and quality performance results in all work deliveries.
• Provides novel solutions/concepts (complementing with Innovation Disclosures & Patents, Technical papers) to strengthen and drive innovation.
• Strong analytical skills, strong verbal & written communication skills and proven team player.
• Regularly communicates project updates effectively to all internal/ external stakeholders
  

Qualifications

Skills

• Develop simulation models of Mechanical system/ Sub-system/ components for mobility/aerospace systems with strong engineering fundamentals
• Strong knowledge of Plant and control model development with a clear understanding of System Dynamics.
• Has exposure to develop interfaces required for controls integrations and simulation through MiL/HiL/SiL environment.
• Should be proficient in Matlab scripting.