68 Automotive Design Jobs

Experience: 3 6 Years Location: Pune Joining: Immediate Work Location / Mode of Work Hinjewadi / Work from office Key Responsibilities: Design and layout of multi layer PCBs for EV powertrain modules (inverters, BMS, DC DC converters, OBC, motor controllers) Collaborate with hardware/thermal engineers and cross-functional teams to optimize layout Create schematics, footprints, BOMs; ensure DFM/DFT and high-speed design compatibility Coordinate with PCB manufacturers for prototyping and compliance Ensure designs follow IPC standards and EMI/EMC considerations Required Skills: Proficiency in PCB design tools (Altium, OrCAD, Allegro, etc.) Experience in power electronics, signal integrity, thermal constraints Familiarity with EMI/EMC compliance and automotive design practices Xpetize is a technology solutions company, supporting customers in IoT, application and engineering services, data services, cybersecurity, cloud and social services. We are headquartered in Trivandrum with offices in Bengaluru, Pune, USA and Japan. We work tirelessly to help our customers across the globe since 2011 and relentlessly trying to grow our expertise across geographies. Our flagship Industry 4.0 product XPETICS, is a fully managed IIoT platform that lets customers securely connect and process IoT data at scale. We have a flexible and open work culture, lots of fun, flexi work hours, up skilling programs, medical insurance for family and parents and ensuring work life balance.e

Responsibilities & Key Deliverables The Senior Engineer - CFD will play a pivotal role in our team at Mahindra & Mahindra Ltd, primarily engaging with various stakeholders such as the HVAC Centre of Excellence (CoE), Power Train Integration CoE, Power Train CoE, and the Vehicle Development team. Your expertise will significantly contribute to the advancement of passenger car projects by delivering top-notch simulations and analyses that enhance vehicle performance and design. Your key responsibilities will include: Possessing a solid understanding of the working principles of automobiles. Applying fundamental concepts in Fluid Mechanics, Heat Transfer, and Computational Fluid Dynamics. Conducting finite volume modelling for systems including Full Cabin, Engine, and other critical components. Expertly assigning boundary conditions and material properties to components to ensure accurate simulations. Differentiating between steady and transient simulations while selecting appropriate modes of heat transfer for each scenario. Implementing boundary conditions necessary for both steady and transient analyses. Executing CFD simulations for various components such as Pressure drops, Flow distribution, Intake and Exhaust Manifolds, and more, while performing conjugate heat transfer analysis as needed. Demonstrating proficiency in post-processing results and preparing comprehensive reports for presentation to the design team. Advising on design adjustments to meet acceptance criteria based on analytical results while considering manufacturing and packaging constraints. Being knowledgeable about testing Full Vehicle systems and understanding instrumentation for testing procedures. Correlating CFD results with physical test findings to validate simulation accuracy. Moreover, you will be expected to provide insights and recommendations that will drive improvements in design and engineering practices, ensuring that we meet both internal standards and customer expectations. Experience Applicants should have a robust hands-on experience of 2-3 years in Automotive CFD Simulation , particularly utilizing tools such as Ansa and Ansys Fluent . Your practical experience in executing and managing complex simulations will enable you to contribute effectively to the technical development of our projects. A proven track record of producing high-quality simulation outcomes and presenting actionable recommendations based on analysis will be crucial. Furthermore, experience in validating CFD results against physical testing scenarios will be highly regarded, showcasing your ability to bridge theoretical knowledge with real-world applications Industry Preferred We are specifically interested in candidates with a background in the Automotive industry , particularly those who have thrived in fast-paced environments focused on vehicle design and development. Familiarity with industry standards and practices regarding vehicle performance and CFD simulations will be highly advantageous, enabling you to integrate seamlessly into our team. We value diverse experiences and encourage applications from candidates who have demonstrated innovation and excellence in automotive engineering contexts, contributing significantly to the projects they have participated in Qualifications Qualifications for this position include: A Bachelors degree in Mechanical Engineering with a minimum first-class distinction, which establishes a solid foundation in relevant engineering principles. A Masters degree (e. g. , M. Tech or M. E. ) in Heat Transfer or Fluid Mechanics , preferably from prestigious institutes such as IITs, which further enhances your theoretical and practical prowess in this domain. A comprehensive understanding of thermal and fluid dynamics principles as they pertain to the automotive industry, equipping you to tackle complex engineering challenges. This educational background is essential, enabling you to engage effectively in innovative engineering solutions and contribute to advancing our projects in the automotive field. General Requirements The successful candidate will exhibit: Exceptional communication skills : Demonstrating clarity and conciseness in discussing intricate results with cross-functional teams is essential. The capability to synthesize and effectively report findings that contribute meaningful insights to ongoing projects. A strong sense of teamwork : Actively embracing collaboration while promoting collective success across teams. Adherence to established processes : Consistently upholding high standards through diligent work practices. A quick aptitude for learning new tools and technologies relevant to CFD and automotive design, fostering continuous professional growth. Effective planning and execution skills : Adept at managing multiple projects and adhering to deadlines efficiently.

You will be a part of SN Autotech, a renowned industrial machinery manufacturing unit known for its high-quality, precision-engineered solutions. Your role as an Automotive Designer in Faridabad entails creating and developing innovative automotive designs in collaboration with industrial and product design teams. Your responsibilities will include sketching design concepts, refining ideas, and preparing detailed drawings for production to ensure both design feasibility and functionality. To excel in this role, you should possess a strong background in Automotive Design, Automotive, and Product Design, along with experience in Industrial Design and Automotive sectors. Your ability to sketch and conceptualize design ideas with precision and attention to detail will be crucial. You should also exhibit excellent problem-solving skills, creativity, and the capacity to work effectively within cross-functional teams. A Bachelor's degree in Automotive Design, Industrial Design, or a related field is required for this position. Proficiency in relevant design software and tools is essential to bring your innovative automotive solutions to life successfully. Join us at SN Autotech and contribute to our commitment to excellence through continual innovation and the delivery of superior performance in the industrial machinery sector.,

As a Mechatronics Engineer in the Automotive industry based in Bangalore, you will be expected to possess a Bachelor's or advanced degree in Electrical/Electronics/Mechatronics Engineering with 2 to 6 years of relevant work experience. Your responsibilities will include working on electronic and electrical systems for automotive applications. You should have a strong background in circuit design and electronics circuit analysis, with the ability to identify optimization and failures in circuits. Your expertise should extend to automotive design and automotive EMC standards, along with a basic understanding of automotive EMC compliant PCB and circuit design. It is essential to have a clear understanding of technical datasheets of electronics components and the capability to design circuits according to the datasheet. Proficiency in electronic simulation tools such as Saber RD, LT Spice, ORCAD PSpice, or similar tools is required. Experience in Electronic design tools like Altium Designer or any other tool for circuit and PCB design is highly preferred. Additionally, familiarity with working on firmware for standard microcontrollers is expected. You will be responsible for hardware board design, debugging, and testing in the embedded hardware domain. Your role will involve designing high-speed digital boards according to requirements, schematic entry, PCB layout review, power analysis, DC analysis, power integrity, thermal analysis, board bring-up, testing, debugging, and capturing design documentations. Effective communication with team members and stakeholders is crucial for successful project execution. If you meet these requirements and are eager to contribute your skills to a dynamic automotive environment, we encourage you to apply for this position. Immediate to 30 days" notice period is preferred.,

Responsibilities & Key Deliverables Create, update, and maintain accurate BOMs for automotive components, subassemblies, and final assemblies. From design intent to final production stage. Reviewing project BOM documents and maintaining existing ones in internal design management database. Manage multi-level BOMs, ensuring proper linkage and structure for complex automotive products. Ensure timely release of relevant documents to the PLM team after alignment with CMF designers, engineering specifications, design changes, and manufacturing requirements. Being responsible for handling change control. Supporting design and prototype staff during the design and prototype phase of new product development. Coordinating with stakeholders to ensure content of BOM / Timing is always up to date. Setting much needed timeline of all project BOM releases and compiling relevant status reports. Maintain a controlled process for BOM versioning to track revisions and updates. Act as a liaison between design, production, and supply chain teams to resolve BOM-related challenges. Experience 2+ years of experience in BOM management or related role. Excellent attention to detail with strong organizational and data management skills. Strong problem-solving skills with the ability to manage multiple priorities in a fast-paced environment. Industry Preferred Qualifications Bachelor s degree in engineering, manufacturing or related field. 2+ years of experience in BOM management or related role General Requirements Professional ability: Familiar with automotive design and development process, database management & engineering materials. Proficient in the usage of MS office, especially Excel. Fluent in English with good communication skills and teamwork

The role of Accommodation & Usage (Ergonomics) PAT Engineer- CAD N Level in Tata Motors involves evaluating the ergonomic aspects, vehicle accommodation details, stowage aspects, and requirements of the vehicle digitally and physically. The primary objective is to compare these aspects with benchmarks, ensuring process consistency, and alignment with all PAT requirements. To qualify for this role, the candidate must have a minimum education qualification of a Degree/Diploma in Engineering and a minimum of 2 years of work experience. Expertise in Digital Ergonomics and occupant comfort assessments using CATIA is essential, along with knowledge of Ergonomic Software, preferably RAMSIS. A thorough understanding of Ergonomics, SAE J1100 dimensions, ECE & AIS standards/test procedures, automotive component and occupant packaging requirements is required. The candidate should also be able to grasp end customer requirements and translate them into engineering aspects, providing innovative inputs during concept building. The Tata Motors Leadership Competencies expected from the candidate include Customer Centricity, Developing Self and Others, Driving Execution, Leading by Example, Leading Change, and Motivating Self and Others. If you possess the necessary qualifications and competencies, and are looking to contribute to the automotive design industry by ensuring ergonomic and occupant comfort standards, we encourage you to apply for this role.,

Design Engineer role for Electric Mid & Hub Motors. Making of Engineering design 2D & 3D design for the New design & customer projects for the Electric Mid & Hub motors using Unigraphics tool. Knowledge of Electrical Motor design, application, failures in very good level. Knowledge on basic electronics, electronic circuits & mechanical design. Making of Bill of material, SOR evaluation, Product finalisation, DVP making. What we will offer you in the future Innovation and scope for growth International exposure Excellent working atmosphere What you bring with you for a future with us 5 to 6 years of experience in Automotive Design and development Prior experience from product development / Simulation / manufacturing preferred Knowledge on Electrical/Electronic circuits, GD & T Knowledge on Manufacturing process

As a Lead Studio Engineer at Royal Enfield, you will be an integral part of the global design team, collaborating with colleagues in the UK and India to craft compelling representations of design concepts. With Royal Enfield's prestigious legacy as the world's oldest continuously operating motorcycle manufacturer, there is a high expectation to uphold and evolve our heritage by delivering exceptional, contemporary motorcycles that resonate with our customers. Your role will involve being a key figure during the early phases of new motorcycle development, working closely with both Industrial Design and Engineering teams to bridge creative design visions with technical feasibility. Your proficiency in swiftly generating captivating digital models, interpreting design requirements, and translating them into NURBS surfaces or Parametric solid models with precision will be paramount. In this position, you will tackle specific design challenges and contribute to holistic system designs, requiring a keen sense of flair, aesthetic judgment, and innovative thinking. Collaboration and positive teamwork will be essential for your success in this role. Key Responsibilities: - Collaborate with designers to understand design concepts and transform them into technically viable solutions. - Act as a liaison between various departments such as Engineering, CAS, Design, Sourcing, and Manufacturing to ensure seamless communication. - Drive innovation by proposing and implementing engineering solutions that enhance the design process and improve vehicle performance. - Provide support for CAS teams in integrating CAD/PLM software, specifically Creo/Windchill, and maintaining the CAS Master scheme. Education: - Bachelor's or Master's degree in Transportation or Industrial Design. Experience: - Minimum of three years of experience in automotive OEM or an independent studio affiliated with OEM. - Proficiency in parametric solid modelling, particularly with Creo software. - Demonstrated track record of finalizing digital models for motorcycles, scooters, or automotive interiors. - Experience in generating digital models for rapid prototype output like SLS, SLA, etc., is advantageous. - Knowledge of clay/foam milling is a beneficial skill. - A genuine passion for motorcycles and a good understanding of the motorcycle market will be highly valuable.,

As an Automotive Interior Design and Development Expert Engineer with 8 to 15 years of experience, you will be responsible for designing and developing automotive interiors trims, with a focus on Door Trims. You should have hands-on experience in Catia V5/V6, with a preference for V6 experience. Your key responsibilities will include Concept Development, Master Sections Development, Packaging & Feasibility Study, Tooling & Draft analysis. You must be proficient in Solid & Surface Modeling in Catia, Assembly, 2D Drawings, Annotations, B-Side Attachment features, and design detailing. A sound knowledge of GD&T, Locators & Fixing Strategy, Gap & Flush, Tolerance Stack up is essential. Additionally, you should have expertise in Plastics Part Design, Injection Moulding, and Wrapping Processes for interior trims. Experience with CAD Data management, Engineering Releases, and Changes management (ECR/ECN) is required. Familiarity with PLM Tools like Team Center, Enovia VPM, WERS, Energyhub, 3DX, etc., for engineering releases will be beneficial. Knowledge of DFMEA process, Craftsmanship & PPAP, and CAE analysis is also expected in this role.,

Job Description for Position BIW Fixture DesignPosition NameDesign Engineer / Senior Design Engineer Market Title BIW Fixture Design Grade Educational QualificationB.E. / B.Tech (Mechanical / Production / Automotive / Design) Technical Skills -Hands on Experience in Designing & Detailing of BIW spot welding/MIG welding fixtures (automated and manual) Tool Skills:-CATIA V5-UG NX Special Requirements:- Design experience in BIW spot welding/MIG welding fixtures-Good knowledge of manufacturing an d assembly process- Experience in working on various OEM s like GM, VW, BMW, FORD, DAIMLER etc. & TR1 like Kuka, Comau etc-Experi ence in conducting Technical Review with customer Exposure to multiple CAD tools will be an added advantage-Experience in Teamce nter will be added advantageSoft SkillsGood Verbal and Written Communication Skills.Good presentation skill Experience:Min3Max 6Relevant Experience (Min)3 Years Job Description BIW Fixture design -Concept Design (Design clamps, pin units stationary as well as retractable, slides and dumps)- Exposure to Welding Lines Process & Layout (Spot Welding, ARC welding)- Performs basic eng ineering calculations to verify design integrity-Create 2D manufacturing drawings and BOM-Knowledge of tolerances and materials -Read and understand GD&T drawings Job Responsibilities-Designing of BIW welding fixtures-Concept Design, 3D finish, 2D Layout & detailing -Quality check as per customer standards-Documentation as per customer standards-Technical reviews with customer- Co-ordination with Offshore Team & supplier

Responsibilities & Key Deliverables As a Sr. Engineer - AVA in the Advanced Vehicle Architecture department within Mahindra & Mahindra Ltd, your primary responsibilities will encompass a variety of technical challenges and project deliverables aimed at enhancing vehicle design and performance. You will: Lead the BIW (Body in White) and Trims surface modelling processes ensuring optimal design and functionality. Prepare master section concepts for both BIW and Trims to facilitate streamlined project initiation. Conduct comprehensive surface quality checks as part of the CAS (Computer-Aided Styling) process to ensure the highest standards are maintained. Engage in feasibility discussions regarding die and mold production, preparing necessary data to support informed decision-making. Analyse part and assembly quality issues, identifying root causes and implementing corrective measures to enhance product quality and reliability. Your contributions will significantly impact the development cycle and the end quality of automotive products, making your role pivotal within the team. Experience The ideal candidate for this position will possess a strong background and practical experience in automotive engineering. You should have: Between 4 to 6 years of relevant industry experience in the field of automotive design and development. Demonstrated prowess in surface modelling techniques and an understanding of industry best practices. Experience working collaboratively in a team-focused environment, with the ability to communicate effectively with cross-functional teams. This experience will equip you with the necessary skills to handle the complexities of vehicle architecture and contribute meaningfully to project milestones. Industry Preferred Experience in industries such as automotive manufacturing or engineering consulting is preferred. Familiarity with advanced vehicle architecture concepts and projects involving: Surface modelling technologies and methodologies. Innovative design processes integrated with cutting-edge manufacturing techniques. Quality assurance processes involving BIW and Trim components. Your background in these areas will be instrumental in addressing the specific challenges of this role. Qualifications A Bachelors degree in Engineering (BE/B.Tech) is essential for this position. Preferred specialisations include: Mechanical Engineering Automotive Engineering Manufacturing Engineering This educational background will provide a strong foundation in the principles and practices required to excel in automotive architecture. General Requirements As part of your role, you will also need to meet some general requirements: Willingness to travel as required for project demands and client interactions. Strong analytical and problem-solving skills, with a detail-oriented approach. Ability to manage multiple tasks effectively and prioritise them in a fast-paced environment. Commitment to continuous learning and keeping abreast of emerging trends in automotive technologies. Your ability to adapt will enhance your effectiveness in this dynamic role.

Responsibilities & Key Deliverables As a Senior Engineer in CAE at Mahindra & Mahindra Ltd, you will play a pivotal role in enhancing our vehicle safety standards through advanced simulation techniques. Your primary responsibilities will include: Creating fully functional crash finite element (FE) models that can accurately simulate real-world crash scenarios including frontal, side, rear, and pedestrian tests using leading CAE software such as LSDYNA, Hypermesh, Lsprepost, and Primer. Gaining in-depth understanding of vehicle crash behaviour to inform design improvements, ensuring optimum durability while reducing mass. Working collaboratively with design teams to implement efficient modifications that enhance crash performance and accumulate iterations within tight deadlines. Mentoring junior engineers or fresh PGETs, guiding them in executing crash Design Verification Plan (DVP) simulations effectively. Conducting thorough analyses of crash test data to enhance the correlation between crash simulations and physical tests, driving improvements in CAE methodologies. Demonstrating project planning and prioritisation, managing resource allocation, and adhering to rigorous project timelines. Applying basic finite element analysis (FEA) knowledge, bolstered by strong mechanical engineering fundamentals. Delivering competent crash analysis in line with US, European, Australian, and Indian crash safety standards. Possessing knowledge of non-linear, dynamic explicit FE-analysis, while addressing time-step considerations, materials, elements, mass scaling, and energy balance to ensure the integrity of simulations. Experience You should bring a wealth of practical experience to this position, specifically: 4 to 6 years of proven experience in the automotive sector, with a strong focus on crash simulations and CAE processes. Proficiency in CAE tools, specifically LSDYNA, Hypermesh, Primer, D3plot, and Lsprepost, enhancing your ability to deliver high-quality modelling and analysis. Demonstrated experience in project management, showcasing your ability to drive projects from inception to conclusion while maintaining high safety standards and performance evaluation. Industry Preferred Your expertise is especially valued in the automotive industry, where your contributions can significantly impact vehicle design and performance. This role will immerse you in a dynamic environment that emphasizes: Leading initiatives to integrate advanced simulation methodologies, pushing the boundaries of conventional practices in automotive engineering. Collaborating with diverse teams focused on innovation and efficiency in automotive development, where every voice is valued in the creative process. Your solid background in automotive engineering will provide a foundational understanding of the unique challenges and demands of the automotive industry, allowing you to thrive in this fast-paced arena. Qualifications The successful candidate will possess the following educational qualifications: BTech or MTech in Engineering, preferably from esteemed institutions such as IITs or other reputed engineering colleges, ensuring a solid grounding in complex engineering principles. A minimum GATE score of 90% to underscore your academic capabilities and preparation for tackling intricate engineering challenges. Your academic achievements will serve as a cornerstone for excelling in the demanding and innovative environment of automotive design projects. General Requirements General requirements for the role include: Outstanding communication skills to articulate complex technical information effectively to diverse audiences, bridging the gap between engineering and practical application. A collaborative mindset, championing teamwork and cross-disciplinary collaboration to achieve shared goals. Proactive problem-solving skills, complemented by the ability to think critically under pressure, ensuring responsive and effective solutions. A strong commitment to continual learning and professional development, staying abreast of emerging trends and technologies in the ever-evolving field of automotive engineering.

Automotive Design Mechanical Engineering Internship Trainee Engineer (Automotive Design)Position: Trainee Engineer (Internship) Location: Hyderabad Job Overview: As a Trainee Engineer, you will receive hands-on training in key areas such as Automotive Body-in-White (BIW), Interior & Exterior design, Seating, GD&T (Geometric Dimensioning and Tolerancing), Injection Molding, and Press Tools. This internship is designed to provide you with practical knowledge and experience, preparing you to become a skilled professional in the automotive industry. Eligibility: Educational Qualification: Recent Mechanical Engineering graduates from the batches of 2023,2024 and 2025 Skill Requirements: Strong passion for automotive product design. Basic understanding of mechanical engineering principles. Willingness to learn and grow in a dynamic work environment. Familiarity with CAD tools and design software is a plus but not mandatory. Written Test Face-to-Face Interview Tool Test Assessment Internship Program: Our comprehensive training program will cover the following key areas: Automotive Body-in-White (BIW) Interior, Exterior, and Seating Design Geometric Dimensioning and Tolerancing (GD&T) Injection Molding and Press Tools You will gain valuable exposure to industry-standard tools and processes, giving you the foundation to excel in automotive product design Why Join Us? Gain hands-on experience in a leading automotive Domains like BIW and Interior. Receive comprehensive training and mentorship from industry experts. Build a strong foundation in automotive design. Opportunities for full-time employment based on performance. How to Apply: If you're interested in this exciting opportunity, you can apply by visiting our office directly .We look forward to welcoming passionate mechanical engineering graduates to our team and helping you build a successful career in automotive design!

You are an Engineer specializing in Automotive Interior Design and Development with expertise in Design & Development of Automotive Interiors Trims. You should have 8 to 15 years of experience, focusing mainly on Door Trims. Proficiency in Catia V5/V6 is essential, with V6 experience being preferred. Your responsibilities will include Concept Development, Master Sections Development, Packaging & Feasibility Study, Tooling & Draft analysis. You will be involved in Solid & Surface Modelling in Catia, Assembly, 2D Drawings, Annotations, B-Side Attachment features, and design detailing. A strong understanding of GD&T, Locators & Fixing Strategy, Gap & Flush, and Tolerance Stack up is required. You should have sound knowledge of Plastics Part Design, Injection Moulding, and Wrapping Processes for interior trims. Experience in CAD Data management, Engineering Releases, and Changes management (ECR/ECN) is necessary. Familiarity with PLM Tools like Team Center, Enovia VPM, WERS, Energyhub, 3DX, etc., for engineering releases is preferred. An understanding of the DFMEA process, Craftsmanship & PPAP, and CAE analysis will be beneficial for this role.,

Responsibilities & Key Deliverables Develop high-quality renderings and animations for use in marketing and promotional materials. Collaborate with design and engineering teams to ensure accurate representation of vehicle features. Utilize industry-standard software such as Autodesk Alias, Blender, or Maya for visualization tasks. Present visual concepts and prototypes to stakeholders, incorporating feedback and making necessary adjustments. Stay updated with the latest trends and technologies in automotive design and visualization. Participate in brainstorming sessions to develop creative visual representations that highlight vehicle innovations. Produce AR/VR module for interactive presentation. Experience Experience in creating photorealistic renderings and animations. Ability to work collaboratively in a team environment and communicate effectively with diverse stakeholders. Strong attention to detail and a keen eye for aesthetics and design quality. Portfolio showcasing previous work in automotive visualization or related design projects. Industry Preferred Automotive Qualifications Bachelors degree in Art, Automotive Design, or a related field. General Requirements Proficiency in 3D software (e.g., Autodesk VRED, UNREAL MAYA, Blender, or similar). Experience in creating photorealistic renderings and animations. Ability to work collaboratively in a team environment and communicate effectively with diverse stakeholders.

As a Mechatronics Engineer in the automotive industry located in Bangalore, you will be responsible for designing and analyzing electronic and electrical systems for automotive applications. With a Bachelor's or advanced degree in Electrical, Electronics, or Mechatronics Engineering, along with 2 to 6 years of relevant work experience, you will play a key role in circuit design, electronics circuit analysis, and automotive design while adhering to automotive EMC standards. Your primary responsibilities will include designing circuits based on technical datasheets of electronics components, utilizing tools like Saber RD, LT Spice, ORCAD PSpice, or similar for electronics simulation, and working with Electronic design tools such as Altium Designer for circuit and PCB design. Additionally, you will be involved in firmware development for standard microcontrollers, hardware board design, debugging, and testing in the embedded hardware domain. You must possess a clear understanding of automotive EMC compliant PCB and circuit design, and be proficient in designing high-speed digital boards, schematic entry, PCB layout review, power analysis, DC analysis, power integrity, thermal analysis, board bring-up, testing, debugging, and documenting designs. If you meet these qualifications and have a passion for Mechatronics Engineering, we invite you to apply for this exciting opportunity. Immediate joiners or those with a notice period of up to 30 days are preferred. Contact Details: Prakyath P Mobile No: 9900024945 Email: Prakyath@inspirationmanpower.co.in Sheetal Mobile No: 9900073503 Email: sheetal.b@inspirationmanpower.co.in,

Confer with designers & industrial design manager to understand the design intention volume, project timeline & quality requirement. Create digital 3D models from the design intent by seeking excellence in defining, producing & tuning volumes. Participation in design & engineering convergence activities to ensure implementation of technical inputs and maintaining 3D data and quality standards. Deliver digital models respecting Class-A and production requirements or Alias business standards according to the progress of the project, with respect to project milestone timing and quality requirement. Share the digital mock-up process with business manager throughout the project, present the 3D model during reviews. Benchmarking competitor vehicles for mapping of best practices and industry standards to propose robust solutions. Support the physical modellers for preparation of Mock-up CAD data. Ensure that the physical mock-up is made respecting the digital model. Experience Bachelor s degree or above in Transportation Design/Industrial Design/ Product Design/Mechanical engineering 5+ years of automobile styling related development experience; more than 1-2 vehicle project development experience. Professional ability: excellent 3D Volume design ability in 3D modelling software, familiar with automotive design and development process, and proficient in the usage of Alias and other 3D design software to create concepts and productions surfaces. Industry Preferred Automotive OEM Qualifications Bachelor s degree or above in Transportation Design/Industrial Design/ Product Design/Mechanical engineering 5+ years of automobile styling related development experience; more than 1-2 vehicle project development experience General Requirements

Position: Senior Press Tool Designer Experience : 7 to 12 years in press tool design Education : Diploma/Post Diploma in Tool and Die Making from Nettur Technical Training Foundation (NTTF) or Bachelor's degree in Mechanical Engineering Location : Hosur, Tamil Nadu Roles & Responsibilities: In-depth knowledge of press tool components, design principles, and manufacturing processes Strong proficiency in CAD software such as AutoCAD or Solidworks Design and develop high-quality press tools to produce sheet metal components and assemblies Create detailed drawings, blueprints, and specifications for press tools(which include stage tools , compound tool , combination tool , progressive tool),Inspection gauges, jigs, and fixtures Knowledge of APQP and IATF requirements Analyze design for functionality, manufacturability, and cost-effectiveness, making recommendations for improvement as necessary Collaborate with cross-functional teams, including tool makers, production, and quality control to ensure proper tooling design and operation Monitor and evaluate tool performance, making suggestions and implementing improvements to increase tool life and production efficiency Maintain technical records and documentation of all tool designs, modifications, and production processes Stay updated with the latest industry developments and advancements in press tool technology Should be able to respond to RFQ with all the technical details Interaction with suppliers for sending drawings and managing documents Excellent analytical and problem-solving skills, with the ability to identify and resolve design issues Strong communication and interpersonal skills, able to effectively collaborate with cross-functional teams Must be located in or willing to relocate to Hosur, Tamil Nadu Note: NTTF experience is preferred, as the candidate will have a solid understanding of the industry and be able to contribute to the organization immediately. Contact Details, Phone Number: 9385935602 Email Id: hrd@balajipress.com

Responsible for carrying out the duties of the Engineering department, including design, research, prototyping, engineering documentation, estimating and process improvement. Responsible for sheet metal based product design, tools, fixtures & gauges.

Looking for Design Engineer-Wheels & Brakes for Automotive OEM. Design and integrate Wheels & brakes system meeting the standards, cost and performance requirements. To carryout design calculation Able to conduct and prepare DFMEA and DVP

Job Title Teamcenter-NX Administrator Education Qualification Essential: B.E./B.Tech (Any stream) or MCA Desirable/Pref.: Work Experience in PLM (Teamcenter Unified Architecture [TcUA]) Work Experience: a) Years of exp. Desired: 4-7 years b) Nature of work exp. Experience in administration of PLM and CAD Applications (Teamcenter) At least 2-5 years of experience in Teamcenter Unified Architecture, 2- tier & 4-tier along with NX Integration & Teamcenter Configuration on VPN Expertise required for BMIDE deployments. Experienced on UG NX CAD tool, good knowledge of BOM. Knowledge of Teamcenter Access manager, handling complex security access, use of Query Builder, Report Generation Tool, XML Import export Configurations, Knowledge of creating Workflows, Structure Manager, Multisite experience is must. Sound knowledge of UNIX, Windows Server, AIX Servers and RHEL Good knowledge Oracle Database Exposure to PLM Migration (version Upgrade) Identifying and Implementing both process and functionality improvements Manage Teamcenter Customer support. Knowledge of ITK and RAC Customization. Exposure to C and C++ Experience in End-to-End Upgrade Projects of Teamcenter and NX Good Debugging and Analytical Skills. c) Any Industry preference: Automotive Domain Knowledge (OEM or services). Knowledge of design & development cycle of the model. KRAs a) Key responsibilities Teamcenter Administration and Support. Multisite Configuration and Administration. Troubleshooting and User support Process Enhancements Testing, validation and deployment of new modules, packages, patches on TC-NX Customization - TC, NX Server administration TC-NX version upgrades b) Desirable PLM Certification would be added advantage. Knowledge of Tc Visualization and JT would be desirable Competencies: Functional: Good understanding of Automotive design approach Managerial: Good Communication & Managerial skill Ability to provide Technical Training. Any other specific job requirement Knowledge of IT administration tools

Skilled in AutoCAD, Siemens NX (3D), and MS Office for mechanical system design and documentation. Experienced in product development, VAVE, prototyping, testing, and technical research. Required Candidate profile Proficient in preparing DFMEA, PPAP, and translating concepts into practical mechanical designs. Strong communication, time management, and attention to detail with customer-facing experience. Perks and benefits Canteen

" Job Title: Principal Designer - Industrial Design Location: Navi Mumbai About the client: PSS has been mandated to hire a Principal Designer - Industrial Design for an Indian consumer electrical equipment manufacturing company based in Mumbai, Maharashtra. It has diversified with interests in lighting, luminaries, appliances, fans, LPG-based generators, engineering, and projects. Job Purpose: The Principal Industrial Designer will guide and direct the design team in creating innovative and user centric home appliances. This role requires deep expertise in design principles, hands-on design skills, and the ability to manage multiple projects from concept through production. He will shape the strategic design direction of our product portfolio in alignment with the brand design guidelines. The Principal Designer will also play a key role in mentoring senior designers and ensuring the highest quality of design output by fostering an innovative and creative environment. Key Responsibilities: Project leadership: guide the lead designers for new home appliance products, from concept development to production ready designs. Design execution: oversee all phases of the design process, from concept development to final production, ensuring the highest quality and consistency in design output and alignment with brand identity from concept to production. Innovative design: Drive innovation by identifying opportunities for new products and improvements to existing products. Process Innovation: Support the Chief Designer in developing and establishing new processes and methods to elevate design quality and drive efficiency. Cross-functional collaboration: work closely with engineering, marketing, and manufacturing teams to ensure cohesive integration of design, technical, and commercial considerations. Customer Intimacy: Stay ahead of industry trends, consumer behavior, and technological advancements in the consumer product domain to inform and guide the design strategy. Develop and guide Lead Designers for customer research methodology tailored for gathering actionable ID insights Material and process selection: Support materials and the engineering team for appropriate material selection and manufacturing processes to achieve design intent and cost efficacy. NPD process: Review and assess NPD milestone deliveries Mentorship: mentor and inspire a high-performing team of designers, fostering a culture of creativity, collaboration, and excellence. Design quality control: ensure final products meet the benchmarked industry standards of quality, usability, and aesthetic appeal. User-centered design: Implement user-centered design principles to ensure products meet consumer needs and deliver exceptional usability. Industry academia connect: Cultivate robust partnerships with leading design institutes to foster industry-academia collaboration. Educational Qualifications and Experience: B.Des/M.Des in Industrial/Product /Automotive Design, or an equivalent field. 15-20 years of professional experience in industrial design, with a significant focus on home appliances, lighting or a related field. A robust portfolio showcasing your design process and successful products in the home appliance or a similar sector. Innovation track record: experience in leading design innovation initiatives and bringing breakthrough products to market. Sustainability: knowledge of sustainable design practices and materials. Industry recognition: recognition or awards in the field of industrial design. Certification in Design Thinking, Industrial Design team, ED/AD/COE/Marketing Software proficiency: advanced proficiency in design software such as Adobe Creative Suite, CAD software (Solidworks, Rhino, Blender), and rendering tools (KeyShot). Creative skills: excellent creative vision with a keen eye for detail and aesthetics. User-centred design: strong background in user-centred design principles and practices. Technical skills: in-depth knowledge of plastic manufacturing processes, materials, and engineering principles. Communication: excellent verbal and written communication skills. Leadership: proven leadership and project management skills. Ability to thrive successfully in a fast-paced, agile environment. Exhibiting a forward-thinking and collaborative approach to design and execution. #LI-NV1 ",

Develop high-quality renderings and animations for use in marketing and promotional materials. Collaborate with design and engineering teams to ensure accurate representation of vehicle features. Utilize industry-standard software such as Autodesk Alias, Blender, or Maya for visualization tasks. Present visual concepts and prototypes to stakeholders, incorporating feedback and making necessary adjustments. Stay updated with the latest trends and technologies in automotive design and visualization. Participate in brainstorming sessions to develop creative visual representations that highlight vehicle innovations. Produce AR/VR module for interactive presentation. Experience Experience in creating photorealistic renderings and animations. Ability to work collaboratively in a team environment and communicate effectively with diverse stakeholders. Strong attention to detail and a keen eye for aesthetics and design quality. Portfolio showcasing previous work in automotive visualization or related design projects. Industry Preferred Automotive Qualifications Bachelors degree in Art, Automotive Design, or a related field. General Requirements Proficiency in 3D software (e.g., Autodesk VRED, UNREAL MAYA, Blender, or similar). Experience in creating photorealistic renderings and animations. Ability to work collaboratively in a team environment and communicate effectively with diverse stakeholders.

Total Experience- 3 to 8 Years Location: Vadodara Overview: Experience in Design & development in off-road vehicle is preferred. Required experience in Catia V5 & PLM tool Experience in handling various projects involving conceptual and detailed design, development, packaging and feasibility study. Very well conversant with various manufacturing processes, Engineering change process and GD&T practices. Good Communication Skills and Co-ordination with offshore and onsite team for product development with excellent project management and technical skills. Sheetmetal, Tubes, Casting, Weldments modeling and drawing knowledge. Having knowledge in cost reduction and good exposure in Reverse engineering of Automotive and Industrial Components.