Responsibilities & Key Deliverables

• Design and develop comprehensive Brakes system, focusing on homologation requirements, particularly for electric vehicles to meet vehicle targets and durability expectations.
• Define the functions of the brake system and its interfaces with the rest of the vehicle systems
• Calculate and evaluate stopping distance, MFDD, pedal effort, Leverage, brake factor etc.
• Manage requirements for product variants
• Develop prototypes, conduct testing, and validate brake components and systems using both virtual and physical methods
• Analyse test results to redesign and optimize brake systems for peak performance
• Support continuous improvement initiatives to enhance brake, performance, and efficiency
• Collaborate closely with suppliers and vendors to source components and materials for brake system development
• Generate technical documentation, including design specifications, test plans, and engineering reports
• Lead daily engineering meetings, providing input and coordinating team efforts
• Plan short-term and long-term engineering resource requirements
• Develop time plans for engineering activities and support in project plans from the PM team
• Facilitate engineering design reviews, CAE reviews, project meetings, and cross-functional discussions to ensure alignment with project objectives and timelines
• Identify and resolve technical issues related to Brake system performance, and manufacturing.

Experience

9 to 12 Years

Industry Preferred

Automotive

Qualifications

B.E./B.Tech in Mechanical Engineering

General Requirements

• Should have brake system design knowledge in both 3 and 4 wheelers
• Knowledge of mechanical and hydraulic brakes required air brake design is add on advantage
• Detailed knowledge and experience of mechanical and hydraulic brake systems in electric vehicles
• Proficiency in homologation requirements both domestic and export vehicle
• Proficiency in material selection for various components such as sheet metal, forging, and casting is essential, along with a solid understanding of basic manufacturing protocols
• Good understanding of vehicle validation 
• Proficiency in software tools such as MATLAB, Simulink, Simscape