4 Chassis Development Jobs

Role & responsibilities Vertical Responsibilities: Coordination of development for CV BIW- Chassis & Suspension group Horizontal Responsibilities: Process design, DFM study and resolution with R&D, Fixtures Design Approval Prints (Design approvals) for CV BIW, Chassis & suspension components Competency Requirements Technical/ Functional: Knowledge of drawing study for CV Chassis, BIW, Steering column & forks, designing of manufacturing process for CV Chassis, BIW, Steering column & forks, MIG welding, Spot welding, fixture DAP approvals Preferred candidate profile Drawing study and process design, fixture concept and design approval- CV Chassis, BIW & suspension components.

As a Development Engineer specializing in Chassis Tires, Wheels, and Assemblies, you will be responsible for the engineering design and development of various components such as Steel Wheels, Aluminum Wheels, Tires, Wheel Bolts, and Wheel & Tire Assemblies for current and new programs. Your role will involve following Stellantis product development processes, creating source packages, developing durability and functional objectives, and evaluating supplier readiness. You will also be tasked with guiding the CAE team in structural analysis to meet required fatigue life cycle, including fatigue load cases, NVH, and stiffness analysis. Collaboration with the SQE and suppliers will be essential for resolving part development challenges and ensuring timely KPIs are met for program quality gates. You will need to understand vehicle/subsystem functional objectives, interdependencies, and study packaging, serviceability, and cost implications. Regular visits to supplier plants for process review, sample preparation, and testing will be part of your responsibilities to ensure part specifications and quality are met. Your role will also involve understanding material properties, coating processes, and resolving assembly build issues by closely working with Stellantis plant and module suppliers. Supporting all engineering tests and production builds, addressing component, assembly, and vehicle field early warranty issues, and collaborating with cross-functional teams will be crucial aspects of your job. You will drive value optimization initiatives, meet target cost savings, develop new local suppliers, and lead competitive benchmarking and innovation projects. To qualify for this role, you must hold a Bachelor's or Master's Degree in Engineering in Mechanical or Automobile Engineering. Essential skills include a minimum of 6 years of Tire Design and Development experience with a Tire manufacturer or passenger car manufacturer (OEM), along with 8 to 10 years of overall experience in automotive OEM or equivalent in Wheels & Tires, W&T Assemblies Design/Development, or any other Chassis-specific area. Proficiency in Wheel & Tire testing, development, and homologation requirements is required, along with expertise in product development processes, supplier evaluation, tech review, DFMEA, DVP&R, control plan, PFMEA, and PPAP. Root cause analysis skills for parts under development and field return/warranty, familiarity with DFSS methodology, experience in Catia V5 modeling, and a good understanding of the functional science of Chassis subsystems are essential. Excellent written and verbal communication skills are crucial for effective collaboration with various stakeholders. Preferred experience includes knowledge of vehicle assembly processes, system and component tooling, and process experience, as well as expertise in casting, sheet metal, and forging processes. Simulation of manufacturing processes and knowledge of various chassis subsystems and vehicle dynamics will be advantageous. With 8 to 10 years of experience in OEM and Tier 1 Automotive, this role offers a challenging opportunity to contribute to the development of cutting-edge Chassis Tires, Wheels, and Assemblies.,

The role involves designing and developing vehicle parts, systems, and overall designs using CAD and other tools. You will be responsible for testing and analyzing vehicle performance under various conditions, conducting simulations, and analyzing data to identify areas for improvement. You will need to address engineering challenges related to vehicle performance, safety, and efficiency. Collaboration is key as you will work with cross-functional teams, including designers, other engineers, and production staff. It is essential to stay updated on the latest advancements in automotive technology, industry trends, and regulatory changes. Additionally, you will be required to prepare technical reports, specifications, and documentation related to design, testing, and project progress. In some cases, you may have to supervise junior engineers or interns. Specific areas of focus include Engine and Powertrain design and optimization, Chassis and Suspension development, Safety Systems enhancement, Vehicle Dynamics analysis, Aerodynamics for improved fuel efficiency, Electrical Systems work, and overseeing the manufacturing process of vehicles and components. This is a full-time job opportunity suitable for freshers. The benefits include Provident Fund. The work schedule is during the day shift and the work location is in person.,

Professional Qualification Required : BE/ B.tech (Mech / Automobile / Mechatronics) Lead and execute analysis and tuning of ride, handling, and steering behavior for buses (city, intercity, electric). Develop suspension kinematics and compliance targets for new and existing platforms. Optimize axle configurations, spring/damper characteristics, anti-roll systems, and bushings. Plan and conduct vehicle-level tests for dynamics performance (slalom, lane change, ride comfort, braking stability, etc.). Collaborate with test facilities to carry out subjective and objective evaluations. Job Description : Work closely with suspension design, braking, steering, and tire teams to meet overall vehicle targets. Support integration of systems like ESC (Electronic Stability Control), ABS, and air suspension. Collaborate with NVH and ergonomics teams for a balanced vehicle performance. In-depth understanding of vehicle dynamics theory and application. Hands-on experience with bus/chassis development and validation. Familiarity with air suspension systems, torsion bar, and multi-axle configurations. Working knowledge of regulations relevant to commercial vehicle dynamics and safety. Strong analytical, problem-solving, and communication skills Good team player with the ability to coordinate across multiple functions Exposure to electric bus platforms and dynamics challenges specific to high center-of-gravity configurations. J owledge of ADAS influence on vehicle dynamics (active steering/braking).J