30 Chassis Design Jobs

Role & responsibilities Technical/ Functional: Proven capabilities in area of Vehicle Engineering, Vehicle Dynamics, Chassis design, Plastics, starting from initial Vehicle Layout, all the way up to final production releases Deep Technical competency in understanding the 2wh design. Deep knowledge and Proven expertise in Frame design, Plastic component design, Design Verification & Validation Fair knowledge for CAE Calculations, DMU, DFMEA, DFA, DFS. Fair knowledge of complete vehicle sub systems including frame, trims, fuel system, engine mtg, wheel & brakes, electricals. Understanding & good working skills on CAD softwares like NX (preferred), catia, Creo and teamcenter. Good knowledge of MS office. Adequate knowledge of prevalent Indian and European Regulations Preferred candidate profile

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.,

Job Title Experienced designers specialized in casting, fabricated structural component design and tyre knowledge. Location-Pune Ctc- Up to 30 LPA Candidate From IIT & NIT Responsibilities: 3D modelling, technical drawing, design proposal/ concept study. 5 Competency Requirements Technical/ Functional: Experienced in modelling & 2D drawing. Good understanding of structural component design. Good understanding of manufacturing process. Behavioral Positive approach, Soft spoken, confidentiality, Assertive Specific expertise required for functional area : Experience Designing of structural parts, preferably wheels (casting/fabricated) Understanding of manufacturing process-Casting, fabrication, tyre manufacturing 3D modelling expertise. Technical drawing experience. Experience working on structural automotive components. For More Details- Purva-9518351477(WhatsApp)

Role & responsibilities Design Electrical system and its electrical/ electronic systems Layout and packaging of parts in vehicle DMU considering all aspects of functionality and manufacturability/ serviceability. Define electrical system diagram for a given project considering all regulatory/Homologation requirements. Getting requisite inputs to horizontal teams for design of electrical parts as per product brief

Role & responsibilities Benchmark vehicle study Vehicle layout preparation in 3D with given product brief Working out design proposal in CAD of chassis system parts as input to Hz team Stack up analysis of interface parts to ensure desired fit & finish of parts on vehicle Packaging confirmation of different aggregates in 3D considering DFA/DFS & stackup BOM preparation & engineering change release To prepare 2Wh layout i.e wheel & brakes, suspension, frame, plastic parts, lights and power train. Preferred candidate profile For more details:- Amita Raut:- 9201592048 (amita.raut@skillventory.com)

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Job Overview TE Connectivitys R&D/Product Development Engineering Teams conceive original ideas for new products, introduce them into practice. They are responsible for product development, and qualification from market definition through production and release; assist in the qualification of suppliers for new products to ensure suppliers deliver quality parts, materials, and services for new or improved manufacturing processes; conduct feasibility studies, testing on new and modified designs; direct and support detailed design, testing, prototype fabrication and manufacturing ramp. The R&D/Product Development Engineering Teams provide all required product documentation including, but not limited to, Solid Model, 2D/3D production drawings, product specifications, and testing requirements. They create and modify detailed drawings and drafting or conceptual models from layouts, rough sketches or notes and contribute to design modifications to facilitate manufacturing operation or quality of product. Typical fields of expertise includematerials, mechanics and systems, electrical, optics, chemistry, software, automation systems, packaging, testing and measurement, and manufacturing of electrical, mechanical and electronic components, products, and their integration into systems. KEY RESPONSBILITIES: Responsible for New product development and product extension Provide design change feasibility study, well documentation, drawing / spec / necessary engineering documents release and archive. Lead in resolving the issues down to closure and manage design & engineering changes. Join weekly meetings with customers to present design concept, taking the challenge to figure out solution for customers concerns about design Technical support for customers, conduct necessary tests, engineering analysis. Interacts with customers, vendors, marketing and sales personnel, and other engineering areas for working alignment. Hands-on try-out in customer side or lab for getting feasible technical proposals, problem/issues solving, new solutions. Demonstrate TE solution with solid samples and prototypes or professional engineering reports with consumer application. Judging manufacturing deviations and making decisions on deviation acceptance. Work with FAI approvals, Process Capability Study, 8D report and 5 WHY analysis. Periodically engineering review and report. DESIRED S B.S. degree or above, majored in mechanical engineering or related field. 10+ years working experience of hardware or chassis design. mechanical architecture working experience in Sever, Switch is preferred Extensive knowledge about stamping, auto assembly processes. Familiar with molding process. Abundant knowledge in material usage, industry standards, and international application. Proficient in using Pro/E software with solid working experience, FEA simulation skills will be a plus. Tolerance analysis skill of worst cast analysis, RSS analysis and statistical data analysis Knowledge in Basic Quality techniques Willing to communicate proactively with good communication skills in English (oral and written) to correctly understand customer requirement and conveying engineering information. Good presentation skills with usage of PowerPoint presentations. Mastery of office software such as Word, Excel, PPT, etc. Effective problem-solving skills, willingness/ability to deal with multiple products and assigned tasks. Ability to self-plan work clearly with good priorities and execute accordingly Competencies

About The Role Project Role : Mechanical Engineering Practitioner Project Role Description : Design, analyze and build structures, machines, devices, systems and mechanical processes. Generate, build and test functional prototypes to validate feasibility. Identify opportunities for technological innovation. Must have skills : 3D Modeling Good to have skills : Automotives, Automotive Parts, Automotive Engineering, CreoMinimum 2 year(s) of experience is required Educational Qualification : B Tech in Mechanical Engineering Summary :As a Mechanical Engineering Practitioner, you will be responsible for designing, analyzing, and building structures, machines, devices, systems, and mechanical processes. Your typical day will involve 3D modeling, generating, building, and testing functional prototypes to validate feasibility, and identifying opportunities for technological innovation. Roles and Responsibilities:- Design and develop mechanical components and systems using PTC Creo- Apply Geometric Dimensioning and Tolerancing principles to ensure accurate and precise manufacturing.- Collaborate with cross-functional teams to ensure manufacturing design and engineering solutions meet project requirements.- Conduct feasibility studies and analyze test data to identify opportunities for technological innovation. Professional & Technical Skills: - Analyze design requirements, identify modifications required to be made in bike or 2 Wheeler vehicle integration.- Coordinate with respective system engineers team based on the need for design solutions. Design and maintain system or vehicle specific 3D layouts.- 3D layout designing with master model vehicle environment in Creo.- Analyze the customer requirement and modify Parts, Assembly, Create concept design for VA VE.- Understand the Engine Periphery design.- Interaction with product engineering, purchase, quality, product validation, prototype shop and manufacturing team during development.- Frame and Chassis Design will add an advantage to this role.- Experience in Team Center or Windchill Additional Information:- The candidate should have a minimum of 3 - 5 years of experience in 3D modeling using Creo- B Tech in Mechanical Engineering.- This position is based out at Client onsite deputation at Hosur or Anakel. Qualification B Tech in Mechanical Engineering

Qualification: BE / M-Tech: Mechanical / Automobile Roles Responsibilities: Design and Development: Create and develop suspension isolators for Engine/HV battery installation, aggregate mounts and related components to minimize vibrations and noise. Design and Development: Chassis aggregates mainly Casting parts and sheet metal parts for the mounting of battery, Engine and other aggregates etc. Design / solution identification as per requirement and align within cross functional department, also interaction with development partners Problem-Solving: Strong problem-solving skills to troubleshoot and resolve issues that may arise during the design, installation, and operation of isolators Must Have: Suspension Isolator Technology: In-depth knowledge of rubber technology, including design principles, operational procedures, and maintenance protocols, Suspension Isolator Dynamics Mechanical Design and Engineering: Proficiency in mechanical design and engineering to create robust and reliable suspension isolator systems for High voltage battery, Engine and other aggregate mounting. Project Coordination: Ability to manage and coordinate activities with cross-functional teams and suppliers for serial changes and within projects. Manufacturing Processes: Understanding of manufacturing processes such as rubber, sheet metal, casting, and machining. CATIA V5 R20: Hands-on experience in CATIA V5 R20 for model preparation using modules like part design, SMD, GSD, assembly, and drawings. Design Documentation: Capability to perform design documentation in PLM and generate Bill of Materials. GDT: Good knowledge of Geometric Dimensioning and Tolerancing (GDT) and ability to perform tolerance stack-up analysis. Interpersonal Skills: Strong interpersonal, communication, and presentation skills. Team player. Responsibility and Decision-Making: Willingness to take responsibility and make decisions. Cross-Functional Teamwork: Ability to work in cross-functional teams to support project teams. International Travel: Flexibility for international travel Good to Have: PLM Systems: Knowledge or working experience in PLM systems such as Windchill or OAS. CATIA V5 Simulation: Knowledge of CATIA V5 Simulation Module GAS/GPS.

Qualification: BE/ME/M-Tech Mechanical Roles Responsibilities: Design of Chassis aggregates and chassis attachment, etc. Design / solution identification as per requirement and align within cross functional department, also interaction with development partners Must Have: 1. Chassis Attachment Systems: Knowledge of systems like Hydro-Drive, Hydraulic Routing, SCR Routing, Fuel Line Routing, Steering Hydraulic Routing, Fuel Tank Mounting. Knowledge of Chassis Attachment parameters and design validation. Proficiency in Chassis Design 2. Technical Skills: Proficiency in CATIA (part design SMD, GSD, assembly, drawings). Understanding of Manufacturing process: Hydraulic Pipes, sheet metal, casting, machining. Good knowledge of GDT and tolerance stack-up. 3. Interpersonal Skills and Analytical Skills: Excellent communication, presentation, and teamwork skills. Strong analytical and technical communication skills. 4. Standards and Processes: Knowledge of homologation standards and product development cycle. Ability to document designs in PLM and generate bill of materials. 5. Project Management: Align technical requirements with project team. Prepare for technical reviews. Organize and prioritize workload. Propose project timelines and efforts. Report project risks. Adhere to quality and timelines. Follow agile processes. Collaborate with stakeholders. Contribute to organizational goals. Flexibility for international travel. Good to Have: PLM and Programming: Experience with Windchill or OAS. Knowledge of VBA/CATIA macro/programming. Required Skill Set: Sound knowledge in Chassis Attachment Systems (Hydro-Drive, Hydraulic Routing, SCR Routing, Fuel Line Routing, Steering Hydraulic Routing, Fuel Tank Mounting) for commercial vehicle.

Qualification: BE/ME/M-Tech Mechanical Roles Responsibilities: Design of Chassis aggregates and chassis attachment, etc. Design / solution identification as per requirement and align within cross functional department, also interaction with development partners Must Have: 1. Chassis Attachment Systems: Knowledge of systems like Lateral Protection device, Fuel Tank Mounting, Battery mounting, spare wheel mounting, Rear Mud guard Mounting, Footsteps. Knowledge of Chassis Attachment parameters and design validation. Proficiency in Chassis Design 2. Technical Skills: Proficiency in CATIA (part design SMD, GSD, assembly, drawings). Understanding of Manufacturing process: sheet metal, casting, machining. Good knowledge of GDT and tolerance stack-up. 3. Interpersonal Skills and Analytical Skills: Excellent communication, presentation, and teamwork skills. Strong analytical and technical communication skills. 4. Standards and Processes: Knowledge of homologation standards and product development cycle. Ability to document designs in PLM and generate bill of materials. 5. P roject Management: Align technical requirements with project team. Prepare for technical reviews. Organize and prioritize workload. Propose project timelines and efforts. Report project risks. Adhere to quality and timelines. Follow agile processes. Collaborate with stakeholders. Contribute to organizational goals. Flexibility for international travel. Good to Have: PLM and Programming: Experience with Windchill or OAS. Knowledge of VBA/CATIA macro/programming. Required Skill Sets: Sound knowledge in Chassis Attachment Systems (Lateral Protection device, Fuel Tank Mounting, Battery mounting, spare wheel mounting, Rear Mud guard Mounting) for commercial vehicle

Role & responsibilities 5-8 years of 3D CAD experience in Preferably Off-Highway Vehicles, specifically in Trucks. • Truck systems /Components level good Technical knowledge • Strong working knowledge of Catia V5, 3D Experience ENOVIA V5 VPM. • Experience with being part of a project from concept to production. Knowledge of Product life cycle. • Strong Knowledge on Vehicle Integration of LDT, MDT & HDT Trucks • Strong Knowledge on Structure updates with conditions (BOM) • Ability of handling production deviations on time • Good Communication skills interacting with cross functional team • Ability to effectively represent information and respond to questions in a meeting environment. • Strong Basics of Engineering Drawings and Standards. • Strong working knowledge of GD&T and tolerance stack-up. • Good knowledge of materials and their properties. • Strong basic knowledge of FEA of Mechanical components. (stress, strain, weight optimization, etc.). • Knowledge of common manufacturing processes used for automotive parts like Castings, forming, plastic mouldings, metal stamping design, fabrication methods, etc. • Excellent English written and verbal communication skills. • Strong technical writing skills. (design reports and presentation) • Good Proficiency with Microsoft Office suite.

Role Summary: Responsible for end-to-end design and development of key vehicle subsystems, chassis, suspension, Responsbilites 1. Design and development of 2W vehicle subsystems including chassis (frame, handlebar, swingarm,Handle Comp. Steering, center Stand Comp. Main ), have knowledge on brakes, suspension, wheels, and tires. 2. Ensure compliance with regulatory standards at the component, system, and vehicle level 3. Drive product development through requirement analysis, benchmarking, spec finalization, DFMEA, design verification, and validation per APQP 4. Guide alternate design and manufacturing process evaluations (casting, forging, sheet metal).

Candidate must have excellent skill in UG NX (Unigraphics NX) software Working experience in design of Sheet metal, Casting, GD & T (Geometric Dimension & Tolerance), Chassis, Frame, Suspension, and Brake systems in E-Mobility sector 3 to 8 years of experience as CAD Engineer It is an urgent opening who join immediately with a max notice period of 1 month Working experience in any of the above domains using Unigraphics NX software Have good knowledge on manufacturing process - Stamping, Machining, Forging, Die-Casting, and Injection Molding Strong understanding of mechanical engineering principles and automotive systems Developed detailed 3D models & engineering drawings for for sheet metal, casting, chassis & frame parts Good communication skill & technical knowledge

Responsibilities: * Collaborate on vehicle design & layout * Manage weight through optimization strategies * Ensure compliance with safety standards * Develop EV powertrains & suspension systems House rent allowance Leave encashment Maternity leaves Paternity leaves

Analysis of field complaints & assembly line problem and take necessary design countermeasure. Development of alternate source and localization of components for mass production models. Implementation of regulation change in running models. Evaluation of supplier change request and VA ideas implementation as per project timeline. Should have adequate knowledge of Chassis parts Design, drawing, GT&T controls, tolerance stack-up analysis, Statistical control, FTA analysis & CAD system. (UG NX/ UG Motion) Basic know-how and understanding of doing CAE simulation. Functional Competencies Basic understanding about Chassis system, design aspects & function. Ability to work hands on with Chassis parts. Understand Vehicle dynamics and relationship of each component over vehicle performance. Fundamental knowledge of regulatory compliance. Experience of Project Management will be added advantage.

Job Title - Vehicle Integration Location - Pune Experience - 8+ Yrs Qualification - Diploma Key Responsibilities: 1)Benchmark vehicle study. 2)Vehicle layout preparation in 3D with given product brief. 3)Working out design proposal in CAD of chassis system parts as input to Hz team. 4)Stack up analysis of interface parts to ensure desired fit & finish of parts on vehicle. 5)Packaging confirmation of different aggregates in 3D considering DFA/DFS & stackup. 6)Coordination with vehicle assy & PM for vehicle level test. 7)BOM preparation & engineering change release. Technical/ Functional: 1)CAD preparation of frame, plastic, casting, forging parts. 2)Knowledge of manufacturing process for Sheet Metal, Casting, Forging & Plastic Parts. 3)Exposure to test and validation methods and process of counter measures to issues observed during validation. Specific expertise required for functional area : 1)Unigraphics : Drafting, Modeling and Assembly modules (CRITICAL). 2)Understanding of GD&T principles. 3)Understanding of PLM software e.g. teamcenter. 4)Good to have knowledge of 2Wh homologation requirements. 5)Exposure to relevant design standards. (AIS, IS, JIS, JASO, DIN, ISO). Contact Details: Name: Purva Fuse Contact: 9518351477(Whatsapp)

Job Description: Lead and oversee the design and development of key bus/ Tractor Truck components such as Axles, Steering Systems, Chassis Frames, Driveline systems, and Propeller Shafts. Ensure timely execution of product development phases, including concept, design, prototyping, testing, and production. Provide technical expertise and guidance to the team on product development issues related to the aggregates. Identify potential design issues during testing and initiate corrective actions as necessary Drive continuous improvement initiatives to enhance the performance, cost-effectiveness, and manufacturability of aggregates. Manage and oversee the complete development lifecycle for bus/truck aggregate systems, ensuring all timelines, budgets, and quality standards are met. Use CAD/crio software (e.g., CATIA, SolidWorks) and CAE tools for design and analysis. Use Product lifecycle management (PLM) Digital Mock-Up(DMU) review of Aggregates

Project Role : Mechanical Engineering Practitioner Project Role Description : Design, analyze and build structures, machines, devices, systems and mechanical processes. Generate, build and test functional prototypes to validate feasibility. Identify opportunities for technological innovation. Must have skills : 3D Modeling Good to have skills : Automotive Parts, Automotives, Automotive Engineering, CreoMinimum 2 year(s) of experience is required Educational Qualification : 15 years full time educationB Tech in Mechanical Engineering Summary :As a Mechanical Engineering Practitioner, you will be responsible for designing, analyzing, and building structures, machines, devices, systems, and mechanical processes. Your typical day will involve 3D modeling, generating, building, and testing functional prototypes to validate feasibility, and identifying opportunities for technological innovation. Roles and Responsibilities:- Design and develop mechanical components and systems using PTC Creo- Apply Geometric Dimensioning and Tolerancing principles to ensure accurate and precise manufacturing.- Collaborate with cross-functional teams to ensure manufacturing design and engineering solutions meet project requirements.- Conduct feasibility studies and analyze test data to identify opportunities for technological innovation. Professional & Technical Skills: - Analyze design requirements, identify modifications required to be made in bike or 2 Wheeler vehicle integration.- Coordinate with respective system engineers team based on the need for design solutions. Design and maintain system or vehicle specific 3D layouts.- 3D layout designing with master model vehicle environment in Creo.- Analyze the customer requirement and modify Parts, Assembly, Create concept design for VA VE.- Understand the Engine Periphery design.- Interaction with product engineering, purchase, quality, product validation, prototype shop and manufacturing team during development.- Frame and Chassis Design will add an advantage to this role.- Experience in Team Center or Windchill Additional Information:- The candidate should have a minimum of 3 - 5 years of experience in 3D modeling using Creo- B Tech in Mechanical Engineering.- This position is based out at Client onsite deputation at Hosur or Anakel. Qualification 15 years full time educationB Tech in Mechanical Engineering

JOB PURPOSE: • You will be delivering structural design solutions in term of QDCF to vehicle projects in a cross functional network. • Support all structural design engineering deliverables associated with the Excavators. Complete projects on time and on cost while managing multiple priorities. • Provide chassis & structures perspective design support for new & current machines product development programs working closely with Structures design lead. • You will work closely with Excavators group and related Cross functions. • You will also Support in working in close collaboration with Structures FEA team • Establish a Good network within group and other department stakeholders. • The job purpose is to execute the structural design and development activities for Excavators as per set design, performance, cost and reliability targets and through continuous review, design validation and technical evaluation. • Achieve first time right design objectives and bring in best value for product and customer. KEY ACCOUNTABILITIES DESIGN & DEVELOPMENT Taking a designer role in enriching technical aspects of design and development throughout the product development life cycle in the area of structural system to meet performance, reliability, quality and cost objectives of the program. Ensuring timely permanent solutions for structural design deficiencies that get surfaced during the product verification phase, by deploying scientific methodologies to analyze failures and fixing it Proactive role in optimizing performance, reliability and cost targets of structural system through systematic reviews Ensuring 100% compliance to standards while releasing drawings. Ensuring right competency to a task by optimal utilization of internal and external resource Continuously drive innovation both at product level and within the product development process. Design to manufacture - Early involvement of vendor in design phase. Support to other functions: 1. Collaboratively working with other system and functional teams to realize quality, cost and time objectives of the program 2. Timely release of engineering documents like drawing, RFQ, and identifying critical areas in manufacture and assembly 3. Timely resolution of technical issues related to structural design faced during development such as source development, manufacturing and assembly without diluting technical requirements of product and quality 4. Mule, mock & first validation machine built support. Process Adherence: 1. Release of BOM and SOR for all bought out items and engineering support for sourcing and quality teams including PCR management 2. Periodic review with the CFT team for timely resolution of concerns 3. Documentation of learning, technical reports, and failure analysis 4. TR (Technical Review) Readiness & approvals from India & group Engineering. Skills & Knowledge: Proven track record in having executed product design projects with specialization in the area of Structures Design Conversant with latest technological developments, innovations in the area of structures design and having demonstrated his capability in implementation Experience in optimizing system parameters such as performance, packaging, aesthetic appeal and cost to development of a world class product. Knowledge in world class product development process including DFMEA, PFMEA, Failure analysis, concern resolution and management and reliability growth Capacity to interact with national and international experts, suppliers and cross functional teams to deliver out performing design meeting reliability and cost target. Skill Sets: • Specialized knowledge in the area of structural design covering detail design, process knowledge in the area of fabrication and welding, experimental techniques for understanding real world usage, and data analysis, understanding the FEA results. • Analytical skills in the area of mechanism design, kinematic studies, weld design, volume calculations etc. • Capable of detailing manufacturing and quality requirements • Hands on experience in carrying out the following tasks using UG NX: Concept preparation for structural components for Buckets, Counterweights, Boom, Arm, linkages & CE's chassis design. - Weld Sizes determination - Strength calculation - Design concepts finalization - Drawing review and approval - ECN/ePi releases in PLM using Teamcenter

We are looking for Chassis Design Engineer 4-7 Yrs Chennai Location. Qualification B.E./ B.Tech (Mechanical, Automobile, Production) Experience 4 To 6 Year(s) Skill set CATIA V5/V6, 3DX, Chassis CAD Design, GD&T Domain knowledge 1. Extensive Knowledge in CATIA V5 (GSD, Part Modelling, Drawing, Assembly & Kinematics) 2. Expert on Sheetmetal design, engineering operations, Manufacturing processes 3. Good Knowledge and hands-on experience of GD&T 4. Good Knowledge in Teamcenter Engineering & Vismockup 5. Have flexibility to work across time zones as role involves extensive interaction globally Job Description 1. Expertise in Chassis Systems Design and Development - Steering, Brakes, Suspension, Wheels/Tires 2. Responsible for developing CAD models, Drawings & GD&T in CATIA / 3DX, for Chassis components in Suspension, Brakes, Steering 3. Functional expertise in design and development of Chassis aggregates and to take technical decisions with D&R Engineers and suppliers as required 4. Ability to ground-up design of Chassis components through detailed design and delivery into production, by establishing manufacturing, assembly and service feasibility 5. Conversant with New Product Introduction process, program milestones and delivery success criteria for engineering

Experience : 6-9 years of Design & Development Experience in Chassis System / Components (Front Axle or Rear Axle, Corner Module). Must to have Technical Competency: Component Design Front Axle (Lower Arm, Subframe), RR Axle (Twist beam) (or) Corner Module Parts (Knuckle, Hub, Bearing etc). Validation of the specification of parts as per DVP (Design Validation Plan) and to ability to synthesize the results. Strong Proficiency in Stamping Parts (like Lower Arm, Subframe etc) / Forging / Casting Parts development. Convergence of design technical definition with different internal & external stake holder during development. Strong Proficiency in design data management (BOM, 3D, 2D, IMDS etc) and ensure right data availability in PDM. Strong Proficiency in preparation, review and design release of product dwgs to supplier/internal customers. Strong Proficiency in product -process convergence. Adherence to Internal Renault Development Process (milestone deliverables). APQP knowledge is added advantage. Strong Proficiency in Stack up & tolerancing, GD & T. Good to Have: Synthesis files on technical convergence and progress (for design scope parts). Ability to do design calculations reg parts design & able to review CAE analysis results. System Engg Knowledge. Agile working way/exposure to Agile Methods. QC tools – 8D Analysis Method’s etc. Good Communication & Presentation Skill’s.

Kindly share your resume on sv17@svmanagement.com Job Purpose: Design and development of concepts for projects as per the product development milestones & cross-functional requirements. Provide innovative solutions and concepts, Interactions with cross-functional teams with the objective of developing solutions from the design, legal, quality and costs point of view(QDCF) within the limits of planed budget and set timelines. Requirements: B.Tech in Mechanical Engineering/Automobile Engineering/industrial engineering/Electrical or electronic engineering 3- 6 Yrs of Experience with Bachelors of Technology Understanding of Bus industry, manufacturing processes and automation industry Product knowledge, Quality tools, Verification and validation, Production methods, Materials, Technical competence within module or system, Using relavent tools - CATIA/Saber, PLM(IDM) Basic knowledge related to design area. Kannada language is must.

Qualification: BE/ME/M-Tech Mechanical Experience Range: 3 to 6 Years Work Location - Bangalore Notice period - candidate should join us with in 2 weeks. Share Updated Resume to - yuvashree.thiyagarajan@asmltd.com Roles & Responsibilities: Design of Chassis aggregates and chassis attachment, etc. Design/solution identification as per requirement and align within cross functional department, also interaction with development partners Must Have: 1.Chassis Attachment Systems: Knowledge of systems like Lateral Protection device, Fuel Tank Mounting, Battery mounting, spare wheel mounting, Rear Mud guard Mounting, Footsteps. Knowledge of Chassis Attachment parameters and design validation. Proficiency in Chassis Design 2. Technical Skills: Proficiency in Creo (part design SMD, GSD, assembly, drawings). Understanding of Manufacturing process: sheet metal, casting, machining. Good knowledge of GD&T and tolerance stack-up. 3. Interpersonal Skills and Analytical Skills: • Excellent communication, presentation, and teamwork skills. Strong analytical and technical communication skills. 4. Standards and Processes: Knowledge of homologation standards and product development cycle. Ability to document designs in PLM and generate bill of materials. 5. Project Management: Align technical requirements with project team. Prepare for technical reviews. Organize and prioritize workload. Propose project timelines and efforts. Regards Yuvashree Thiyagarajan yuvashree.thiyagarajan@asmltd.com 6369701096

Candidate must have excellent skill in UG NX (Unigraphics NX) software 3 to 8 years of experience as CAD Engineer It is an urgent opening who join immediately with a max notice period of 1 month Domains are design of Sheet metal, Chassis, Frame, Suspension, Casting, and Brake systems in E-Mobility sector Working experience in any of the above domains using Unigraphics NX software . Have good knowledge on manufacturing process - Stamping, Machining, Forging, Die-Casting, and Injection Molding Strong understanding of mechanical engineering principles and automotive systems Developed detailed 3D models & engineering drawings for for sheet metal, chassis & frame parts Good communication skill & technical knowledge

Project Role : Mechanical Engineering Practitioner Project Role Description : Design, analyze and build structures, machines, devices, systems and mechanical processes. Generate, build and test functional prototypes to validate feasibility. Identify opportunities for technological innovation. Must have skills : 3D Modeling Good to have skills : Automotives, Automotive Parts, Automotive Engineering, CreoMinimum 2 year(s) of experience is required Educational Qualification : B Tech in Mechanical Engineering Summary :As a Mechanical Engineering Practitioner, you will be responsible for designing, analyzing, and building structures, machines, devices, systems, and mechanical processes. Your typical day will involve 3D modeling, generating, building, and testing functional prototypes to validate feasibility, and identifying opportunities for technological innovation. Roles and Responsibilities:- Design and develop mechanical components and systems using PTC Creo- Apply Geometric Dimensioning and Tolerancing principles to ensure accurate and precise manufacturing.- Collaborate with cross-functional teams to ensure manufacturing design and engineering solutions meet project requirements.- Conduct feasibility studies and analyze test data to identify opportunities for technological innovation. Professional & Technical Skills: - Analyze design requirements, identify modifications required to be made in bike or 2 Wheeler vehicle integration.- Coordinate with respective system engineers team based on the need for design solutions. Design and maintain system or vehicle specific 3D layouts.- 3D layout designing with master model vehicle environment in Creo.- Analyze the customer requirement and modify Parts, Assembly, Create concept design for VA VE.- Understand the Engine Periphery design.- Interaction with product engineering, purchase, quality, product validation, prototype shop and manufacturing team during development.- Frame and Chassis Design will add an advantage to this role.- Experience in Team Center or Windchill Additional Information:- The candidate should have a minimum of 3 - 5 years of experience in 3D modeling using Creo- B Tech in Mechanical Engineering.- This position is based out at Client onsite deputation at Hosur or Anakel. Qualification B Tech in Mechanical Engineering