19 Material Properties Jobs

As a Mechanical Design Engineer at Exobot Dynamics, you will play a crucial role in developing innovative prosthetic solutions that empower amputees and revolutionize the assistive technology industry. Located in Sonipat, you will be responsible for designing and creating new mechanical components and systems that are not only lightweight, durable, and highly functional but also affordable. Your daily tasks will involve creating detailed design specifications, generating 3D CAD models, conducting engineering analysis and simulations, and collaborating closely with cross-functional teams to ensure the feasibility and manufacturability of the products. Additionally, you will participate in design reviews, prototyping, and provide support to manufacturing teams in troubleshooting design-related issues. Key Responsibilities: - Design and develop 3D CAD models for prosthetic components and assemblies - Optimize designs for lightweight strength, manufacturability, and aesthetics - Select suitable materials for performance and comfort - Collaborate with electronics and firmware teams for system integration - Conduct structural, motion, and load simulations - Create detailed manufacturing drawings and GD&T specifications - Prototype components using various methods such as 3D printing and CNC machining - Test and validate mechanical designs in real-world scenarios - Continuously iterate designs based on feedback from clinicians and users Requirements: - Bachelors/Masters in Mechanical Engineering, Mechatronics, or related field (final-year students may also apply) - Proficiency in SolidWorks - Experience in product design, preferably in areas like robotics, prosthetics, or wearable devices - Knowledge of manufacturing processes like 3D printing, CNC, and injection molding - Familiarity with FEA and motion simulation tools - Strong understanding of material properties and selection for prototypes - Hands-on prototyping and problem-solving skills - Ability to collaborate effectively in a fast-paced, multidisciplinary environment - Passion for designing impactful technology to enhance lives Join us at Exobot Dynamics and be part of a team dedicated to making a difference in the lives of individuals in need of prosthetic solutions. If you are eager to work on cutting-edge technology and contribute to a meaningful project with real-world impact, we invite you to apply and help us redefine the future of prosthetics. Together, we can create transformative technology that truly changes lives. Apply today and become a part of the bionic revolution! For more information, contact us at career@exobot.in.,

As a Quality Documentation Specialist, your primary responsibility will be reviewing vendor documentation to ensure compliance with purchase orders and preparing/reviewing customer document packets in alignment with customer purchase orders. You will play a crucial role in guaranteeing that all documentation meets the necessary specifications and quality standards. In this role, you will review and approve various vendor documents such as CMTRs (Chemical, Mechanical, NDE, Corrosion, Painting, etc.) by meticulously comparing them with material specifications to ensure adherence to ASME Code, Purchase Order, and Emerson Quality Assurance requirements. Additionally, you will collaborate with Supplier Quality Management personnel to address deficiencies in documentation, clarify specification requirements, and recommend corrective actions to suppliers. Furthermore, you will be responsible for verifying and approving supplier documentation to ensure that all purchased materials, equipment, and services comply with procurement specifications. Your duties will also include preparing and reviewing customer documentation packets, ensuring their compliance with customer POs before uploading them to the Emerson portal. As a qualified candidate, you must possess a Bachelor's or Diploma in Mechanical/Metallurgy and have a minimum of 3 years of experience in preparing and reviewing document packets related to ASME, API, or equivalent certified valves/products. Strong interpersonal skills are essential, as you will collaborate effectively in a team environment and communicate proficiently in English, both in written and verbal form. Preferred qualifications that would distinguish you include working knowledge in material properties, NDE, coatings, ASTM standards, and ASME Sec II/V to support vendor documentation review. Proficiency in MS Office tools (Excel, Word, PDF), experience in ASME Code valve data packet preparation and review, and familiarity with valve manufacturing, assembly, and testing are advantageous. In this role, your ability to respond effectively to inquiries, complaints, and solve complex problems will be invaluable. Your attention to detail, ability to set priorities, and commitment to continuous improvement and collaboration will contribute significantly to your success. At Emerson, we are dedicated to fostering a workplace where every employee is valued, respected, and empowered to grow. We encourage innovation, collaboration, and diverse perspectives, as we believe that great ideas stem from great teams. Our commitment to continuous career development, inclusive culture, and employee wellbeing ensures that you have the support to thrive and make a lasting impact. Join us to be a part of a dynamic team that drives growth and delivers exceptional results.,

The opportunity: As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. How you'll make an impact: Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers. Design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Living Hitachi Energy's core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Your Background: Master's or PhD in applied/fatigue Mechanics, structural engineering. Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design. Proficiency in both spoken & written English language is required. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. This is solely for job seekers with disabilities requiring accessibility assistance or an accommodation in the job application process. Messages left for other purposes will not receive a response.,

As the Design Team Leader, you will be responsible for overseeing the entire design process, from conceptualization to prototyping and final product manufacturing. You will provide technical expertise and ensure quality parameters are met to minimize re-work. Your role will involve fostering creative thinking, addressing customer needs, and collaborating with the operations team to optimize product design for efficient manufacturing. Knowledge of Application Engineering for Plastic/polymer, metal, and SPM will be advantageous. Additionally, you will be involved in feasibility studies, design of Special Purpose Machines, and conducting trials to ensure desired quality standards are achieved. You will also represent the front face to clients from the operations team. Your key responsibilities will include leading the design team, managing complex design projects, meeting quality, cost, and delivery objectives, and developing team members" careers. You will be involved in VW Fixture design, Ultrasonic holding fixture Design, metal welding, SPM, and providing technical leadership to train design engineers. Collaboration with support staff, maintaining open communication, and implementing quality controls and procedures to meet customer expectations are essential aspects of this role. Furthermore, you will lead tool trial results, engage in feasibility studies, deal with ECNs, and work on concept designs. Your role will also encompass resolving design-related issues with the Manufacturing team, creating CAD models, preparing BOMs, and overseeing documentation. Travel to customer sites for technical discussions and tool trials may be required as well. Your expertise in new technologies like Pulse staking, laser, and IR, combined with experience in Applications, will be pivotal in stabilizing the design team comprehensively. To excel in this role, you should possess sound knowledge of plastic welding machines, jigs, and fixtures, as well as the ability to understand customer requirements and engineering drawings. Proficiency in 3D modeling, 2D drafting, GD&T principles, design for manufacturing, welding processes, and material properties is essential. Effective communication skills, both written and verbal, are also crucial for this position. Preferred qualifications include a degree in Mechanical Engineering or Plastics-CIEPT-DESIGN/CAD/CAM/CAE along with at least 10 years of relevant experience. The ideal candidate will demonstrate a customer-centric approach, effective problem-solving skills, and a commitment to continuous improvement. At Emerson, we are dedicated to fostering an inclusive and supportive workplace where every employee is empowered to grow and succeed. We offer competitive benefits, flexible time off plans, and a variety of employee development programs to ensure your professional growth. Join us at Emerson and be part of a collaborative team driving innovation and making a positive impact on the world. If you are ready to take on this challenging and rewarding role, we invite you to apply to join our team at Emerson. Let's go and make a difference together!,

The opportunity: As a Senior Fatigue Engineer, your main responsibility will be to execute fatigue evaluation and simulations for critical R&D projects. In addition, you will play a key role in studies and new product development within the Offshore Wind Connections (OWC) industry. Your expertise will be crucial in supporting R&D teams with simulation designs and offering technical guidance. Your Responsibilities: - Understand and identify current and future challenges in Offshore Wind Connections (OWC) products, and implement effective solutions for HV equipment fatigue evaluation and design quality control. - Independently execute HV equipment fatigue evaluation. - Proactively provide design suggestions in R&D projects and stay updated on relevant technologies and solutions within the OWC industry. - Act as a technology leader, offering your experience and expertise in projects and supporting Hitachi Energy in advocating for OWC standards. - Mentor junior engineers and oversee the design of fatigue tests to validate simulation results. - Conduct failure analysis, Root Cause Analysis (RCA), and Design of Experiments (DOE). - Ensure compliance with applicable external and internal regulations, procedures, and guidelines. - Embrace Hitachi Energy's core values of safety and integrity by taking responsibility for your actions and caring for your colleagues and the business. Your background: - Hold a Master's or PhD in applied/fatigue Mechanics or structural engineering. - Possess over 10 years of hands-on experience in designing and analyzing naval structures, ensuring compliance with industry standards, and addressing fatigue and structural mechanics challenges. - Demonstrate excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. - Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. - Strong analytical and problem-solving skills with a proven track record of addressing complex structural and fatigue issues. - In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design. - Proficient in written and spoken English with good collaboration and communication skills to excel in a multi-cultural environment. Qualified individuals with disabilities may request reasonable accommodations to access the Hitachi Energy career site. If you require assistance due to a disability, you can complete a general inquiry form on the website, providing your contact information and specific details about the accommodation needed to support you during the job application process. This accommodation is specifically for job seekers with disabilities requiring accessibility assistance. Requests for other purposes will not receive a response.,

As a 2D Designer at MnD Design and Management, a design and manufacturing company specializing in retail store interiors and custom furniture fixtures, you will play a crucial role in bringing ideas to life with precision and creativity. Your focus will be on creating detailed 2D drawings for furniture, fixtures, and interior layouts using AutoCAD and other design tools. You will work closely with the factory team to ensure technical drawings align with available materials and machinery. Additionally, you will collaborate with project managers, CNC vendors, and fabricators to ensure seamless execution of projects. To excel in this role, you should have proven experience as a 2D Designer or Draftsman in the furniture, interiors, or manufacturing industry. Proficiency in AutoCAD is mandatory, and knowledge of SketchUp or other design tools is a plus. A strong understanding of material properties and manufacturing processes is essential. You should be able to work with minimal supervision, manage multiple design tasks simultaneously, and have an eye for detail to deliver high-quality technical drawings. It would be advantageous if you have experience working in a furniture factory or retail interior firm, knowledge of software like Polyboard or Cabinet Vision, and familiarity with CNC file preparation and factory workflows. At MnD Design and Management, you will have the opportunity to grow with a scaling company that is building its own product brands. You will gain exposure to real-time design-to-production cycles in a supportive work culture focused on learning and ownership. We offer competitive compensation and performance-based growth opportunities. This is a full-time, permanent position with benefits including Provident Fund. The work location is in person, and the schedule is a day shift.,

As a CAD Design Engineer specializing in Doors & Frames at Classic Colors and Interiors in Kochi, you will be responsible for creating detailed CAD drawings for custom door systems, frames, and hardware. Your role will involve interpreting architectural plans, customer requirements, and specifications to design tailored door solutions. Collaborating with the production team is essential to ensure that designs are manufacturable and cost-effective. Additionally, you will be tasked with developing shop drawings, cutting lists, and Bills of Materials (BOMs) for fabrication purposes. To excel in this role, you are required to hold a Bachelor's Degree in Civil Engineering or a related field. Proficiency in CAD software such as AutoCAD, SolidWorks, or their equivalents is necessary. Previous experience in product or component design, particularly in the door or construction products industry, is preferred. A strong understanding of structural and material properties will be advantageous in fulfilling your responsibilities effectively. This is a full-time position that offers benefits including health insurance and Provident Fund. The work location is on-site, requiring your presence for effective collaboration with the team and seamless project execution.,

Very good knowledge in Engineering and Manufacturing,Reviewing & approving Bill of Material, Process Flow Chart, Control Plan, PFMEA, Risk Analysis etc.,Engineering KPI analysis & improvements,GDandT,ISO 9001, AS 9100 and ISO 14385,SOPs,CNC Machines Required Candidate profile Good Knowledge on ISO 9001,AS 9100 and ISO14385,Engineering and Manufacturing,GDandT,Auto CAD,Solidworks & Catia,manage multiple projects simultaneously,approving Bill of Material,Process Flow Chart

You have a user level knowledge of FEA, including preparation, post-processing, and meshing, as well as understanding FEA basics. You possess good tool knowledge of Ansys Workbench skills, including Design Modeler and Ansys Mechanical, as well as familiarity with CREO/space claim, GT Suite, AVL, and Simlab tool. Your clear understanding of engineering concepts and fundamentals such as FEM, SOM, fatigue, vibration, IC engine basics, and material properties is notable. It is preferred that you have working knowledge of FEA for 3D components. Having experience in the automotive domain, including block, head, exhaust manifolds, etc., is an added advantage. You should be an independent user capable of handling low complexity work and have knowledge of static, fatigue, thermal fatigue, DBJ, modal analysis, and sealing analysis. Your skills should include preprocessing, post-processing, results sanity check, and report preparation. You are expected to be able to handle medium to complex projects independently, make decisions, understand component physics, and execute non-standard tasks. You should also be able to work through and resolve model convergence issues with minimal support, draw conclusions based on analysis results, and suggest design improvements. Collaboration with component owners for quick analysis to design iterations is also a part of the role. Advance techniques/tool knowledge such as ANSYS Advance (using macros, non-linear materials, convergence, ACT usage, contact algorithms, fatigue damage, super elements, submodelling, mode frontier techniques, optimization, etc.) are preferred. Additionally, you should be able to review other projects. The educational qualification required for this role is B.E./M.Tech, with experience ranging from 1.5 to 3 years.,

As a Mechanical Design Engineer at Capgemini Engineering, you will play a crucial role in contributing to product design, development, and risk assessment. Your expertise in CAD tools such as SolidWorks, along with a solid understanding of materials, manufacturing processes, and engineering documentation workflows, will be essential in ensuring high-quality and manufacturable solutions. Your key responsibilities will include creating and modifying detailed 3D models and 2D drawings, optimizing designs for performance, cost, and manufacturability, conducting impact analysis, and supporting engineering document workflows. You will also be responsible for performing risk analysis to identify potential design and production issues early in the development cycle, collaborating with cross-functional teams, maintaining accurate documentation, and supporting design reviews and change management processes. To excel in this role, you should possess a Bachelor's degree in Mechanical Engineering or a related field, along with 3-7 years of experience in mechanical design and CAD modeling. Proficiency in SolidWorks and computer-aided engineering (CAE) tools is necessary, as well as a strong understanding of material properties, manufacturing techniques, and design for manufacturability (DFM). Experience with impact analysis, document control, and risk assessment will be beneficial, along with excellent communication skills and the ability to work in a collaborative environment. Preferred qualifications for this role include experience in industrial design, automotive, or aerospace sectors, familiarity with PLM systems and engineering documentation standards, and knowledge of tolerance analysis, GD&T, and design validation processes. At Capgemini, a global business and technology transformation partner, you will be part of a diverse team of over 340,000 members in more than 50 countries. With a strong heritage of over 55 years, Capgemini is trusted by its clients to unlock the value of technology and deliver end-to-end services and solutions leveraging strengths from strategy and design to engineering. Join us for a career full of opportunities where you can make a difference and work towards a dual transition to a digital and sustainable world.,

As a CAD/CAM OR CNC OR Additive Manufacturing Trainer at our leading Skilling & Training company in the field of Advanced Manufacturing, you will be responsible for providing formal or informal training in one of the specified areas. You should possess a B.E./B Tech degree with a minimum of 12 years of relevant experience. The compensation offered for this position ranges from 5,00,000 to 7,00,000 LPA. For a CAD/CAM Trainer, proficiency in CAD software such as AutoCAD, SolidWorks, CATIA, or similar programs is essential. You should be able to create 2D and 3D models, assemblies, and drawings, along with knowledge of geometric dimensioning and tolerancing (GD&T). Additionally, familiarity with CAM software for generating toolpaths and CNC code is required. Understanding machining processes and the ability to optimize toolpaths for efficiency will be crucial in this role. If you are applying for the position of a CNC Trainer, you should have proficiency in reading and interpreting engineering drawings and blueprints. Knowledge of CNC programming, machining processes, tool selection, cutting parameters, and hands-on experience with CNC milling and turning machines are necessary. Adherence to safety protocols and the ability to implement safety measures during CNC machining operations are also key responsibilities. As an Additive Manufacturing Trainer, you are expected to have knowledge of various additive manufacturing technologies such as stereolithography (SLA), selective laser sintering (SLS), fused deposition modeling (FDM), and metal 3D printing processes like selective laser melting (SLM) or electron beam melting (EBM). Understanding materials used in additive manufacturing, material properties, behaviors during the printing process, and proficiency in CAD software for creating 3D models are essential skills. Familiarity with AM-specific software tools, including slicing software and generating support structures, will also be beneficial in this role. If you are passionate about training and have the required skills and qualifications in CAD/CAM, CNC, or Additive Manufacturing, we invite you to join our dynamic team to contribute to the growth and development of individuals in the field of Advanced Manufacturing.,

You are a talented and detail-oriented 3D Visualizer looking to join our team as a 3D Visualizer (Project). In this role, you will be responsible for transforming conceptual designs into high-quality 3D visual representations, including renderings, animations, and virtual walkthroughs. Collaboration with architects, designers, and project stakeholders will be key to bringing design concepts to life and ensuring alignment with project goals and client expectations. Your key responsibilities will include developing 3D models and renderings for architectural, interior, and landscape designs using industry-standard software. You will apply realistic materials, textures, and lighting to models to enhance their visual impact and appeal. Creating animations and virtual walkthroughs to effectively showcase project designs will be part of your responsibilities. Collaboration with project teams to ensure accurate representation of design intent, incorporating client feedback into designs, and preparing high-quality visual presentations for client meetings are crucial aspects of this role. To excel in this position, you should have proven experience in 3D visualization, rendering, and animation. Proficiency in software such as 3ds Max, V-Ray, SketchUp, Lumion, Revit, or similar tools is required. A strong understanding of lighting, composition, and material properties, along with excellent attention to detail and a keen eye for aesthetics, will be valuable assets. Effective communication skills and the ability to manage multiple projects simultaneously while meeting tight deadlines are essential. A bachelor's degree in Architecture, Interior Design, or a related field is preferred. Experience working on architectural and interior design projects, as well as knowledge of virtual reality (VR) and augmented reality (AR) visualization techniques, will be advantageous in this role. You will work in a dynamic and collaborative environment with opportunities to contribute to innovative and high-profile design projects. Your responsibilities will involve project understanding and visualization, 3D modeling and rendering, material and texture application, virtual presentations, collaboration with design teams, innovation and optimization, documentation and file management, quality assurance, support and revisions. Overall, as a 3D Visualizer (Project), you will play a crucial role in creating visually stunning representations of design concepts, ensuring client satisfaction, and contributing to the success of high-profile projects in a full-time capacity.,

As a Lead Engineer for Structures & Interiors, you will be responsible for overseeing the design and development of structural and interior systems for passenger transportation vehicles. Your role will involve ensuring structural integrity, Cabin & Passenger Car interiors, safety, material selection, mechanical component integration, prototyping and testing, regulatory compliance, and performance under static, dynamic, and environmental loads. You will collaborate closely with cross-functional teams including industrial designers, systems engineers, electrical systems, HVAC, and safety specialists to deliver reliable, lightweight, comfortable, durable, aesthetically refined interiors, and ergonomically optimized solutions. Key Responsibilities: Design Leadership: - Lead the design and development of structures, interior layouts, and passenger amenities. - Own design deliverables across the product lifecycle. - Define and validate material selection, jointing methods, and crashworthiness criteria. - Optimize structures for weight, durability, manufacturability, layout, acoustics, crashworthiness, structural constraints, and cost. - Manage interfaces between structure, interior, and onboard systems. Engineering Analysis & Validation: - Coordinate with structural analysis for load case analysis, fatigue, and crash scenarios. - Perform design reviews, DFMEA, and lead issue resolution. - Interface with testing and V&V teams for prototype verification. - Support failure mode and effect analysis, risk assessments, and continuous improvement initiatives. Cross-functional Collaboration: - Work with systems, electrical, and HVAC teams to ensure proper routing and interface integration. - Collaborate with manufacturing and sourcing teams to ensure DFM/A. - Provide technical inputs to procurement and vendors on fabrication, tolerances, and installation. Documentation & Standards: - Prepare and review detailed CAD models, BOMs, and engineering change requests. - Ensure compliance with global railway standards. - Create and maintain technical specifications, design reports, and installation manuals. Soft Skills: - Strong leadership and communication skills. - Ability to manage design teams and guide junior engineers. - Proactive mindset with focus on quality and delivery timelines. - Lead project reviews and coordinate design and verification reviews. - Manage risk assessments and develop mitigation plans. - Oversee technical solutions and identify gaps in application and product domains. Required Skills And Experience: - Proven expertise in designing structural frames for passenger transportation systems. - Ability to assess maintainability, accessibility, and serviceability during design. - Experience in volume allocation and weight assessment. - Competence in designing equipment/subsystem geometries and optimizing installation. - Knowledge of adjustment principles, clearance management, and stack-up analysis. - Proficiency in CAD tools and PLM platforms. - Understanding of welding technology, material properties, adhesive designs, and surface coating techniques. Qualifications: - Bachelors or Masters degree in Mechanical Engineering or equivalent. - Minimum 10+ years of professional experience in mechanical structural & interior design, preferably in transportation sectors. Travel Requirements: - Occasional travel to gather inputs, study product functionality, support on-site engineering reviews, installations, or inspections.,

As a R&D Engineer at Valeo, a leading tech global company dedicated to revolutionizing mobility solutions, your main responsibility will be to perform thermal simulation and CFD analysis for assigned projects. This includes creating simulation models, conducting steady state or transient simulations, interpreting results, and providing valuable insights to enhance system performance. Your role will also involve automating simulations, optimizing models for faster convergence, and staying abreast of the latest advancements in thermal engineering to enhance simulation techniques. In addition to your core responsibilities, you will be expected to contribute to the development of standard guidelines and methodologies within the department, provide technical guidance to junior team members, and support various activities like process automation and data management. Your qualifications should include a B.Tech./M.Tech. in Mechanical Engineering or Aerospace Engineering, along with 4-8 years of experience in the thermal simulation domain. A strong knowledge of thermodynamics, heat transfer, and fluid mechanics, as well as proficiency in commercial CFD software like ICEM, FLUENT, or COMSOL, will be advantageous for this role. Joining Valeo means becoming part of a dynamic and diverse team of over 20,000 engineers globally, working together to drive innovation in Research & Development. You will have the opportunity to work in a multicultural environment that values collaboration and diversity, alongside more than 100,000 colleagues across 31 countries, offering ample prospects for career growth. Valeo is committed to reducing its environmental footprint and has been recognized for its sustainability efforts in the automotive sector. If you are passionate about reshaping the future of mobility and eager to contribute to cutting-edge projects in thermal engineering, Valeo offers a stimulating work environment where your skills and expertise will be valued. Apply now and be part of a company that is shaping the future of automotive technology.,

Imagine what you could do here. At Apple, creative ideas have a way of becoming wonderful products, services, and customer experiences very quickly. Bring passion and dedication to your job and there's no telling what you could accomplish. The people here at Apple don't just create products - they create the kind of wonder that's revolutionized entire industries. It's the diversity of those people and their ideas that inspire the innovation that runs through everything we do, from amazing technology to industry-leading environmental efforts. Join Apple, and help us leave the world better than we found it. We are looking for a Molding Process Engineer who will work closely with Supply Management, Product Design, Industrial Design, Quality, and Manufacturing Engineering groups on new part designs. Troubleshoot issues in a scientific approach using engineering tools/techniques such as decoupled molding, scientific molding approach, Tolerance Analysis, SPC, DOE, and Six Sigma techniques. Take the leading role in driving the improvement of productivity and quality of plastic part manufacturing, molding, and tooling techniques. Serve as Apple's internal expert for molding processes by utilizing a thorough understanding of various material properties and tool component fabrication techniques. Participate in new material development, new process development, and innovation. Frequent travel within the region is required. Minimum Qualifications - Minimum 8 years in plastic tool design, mold making, molding industry, and a minimum of 5 years in a molding process position - Bachelor's Degree and above in Engineering, Plastics Technology, Polymer Science, or equivalent Preferred Qualifications - Experience in developing plastic processing parameters with hands-on experience in mold setup, process optimization, and problem-solving - Experience in managing and developing precision parts, high pace, and mass volume products with multiple vendors in parallel - Good knowledge of geometric dimensioning, hot runner systems application, and scientific molding technique - Systematic, analytical & strong troubleshooting skills are a must - Ability to analyze mold flow analysis, scientific study, and provide improvement feedback - Good knowledge of a wide range of materials such as engineering plastic, liquid silicone rubber, thermal plastics, primer, and epoxy - Extensive experience in molding process setup, improvement, and optimization - Proficient in written, presentation, and verbal communication Submit CV,

You should have user level knowledge of Finite Element Analysis (FEA) including preparation, post-processing, and meshing, as well as understanding the basics of FEA. Proficiency in Ansys Workbench tools such as Design Modeler and Ansys Mechanical, as well as familiarity with CREO/space claim, GT Suite, AVL, and Simlab tool, is required. Clear comprehension of engineering concepts and fundamentals such as Finite Element Method (FEM), Strength of Materials (SOM), Fatigue, Vibration, IC engine basics, and material properties is essential. Working knowledge of FEA for 3D components is preferred. Experience in the Automotive domain, particularly with block, head, exhaust manifolds, oil pan, valve cover, intake manifold, gear train, valvetrain, crankshaft, power cylinder components, is advantageous. You should be able to work independently on low complexity tasks, handle medium to complex projects, and make decisions effectively. Proficiency in Static, Fatigue, thermal fatigue, DBJ, Modal analysis, and Sealing analysis is required. You must possess skills in preprocessing, post-processing, results sanity check, and report preparation. Being able to resolve model convergence issues independently with minimal support and draw conclusions from analysis results are important. Additionally, you should be capable of formulating design improvement suggestions, working with component owners for quick analysis to design iterations, and presenting analysis results in Design Reviews with results interpretation and physics. Preferred advanced techniques and tool knowledge include ANSYS Advance with the use of macros, non-linear materials, convergence, ACT usage, contact algorithms, fatigue damage, Super elements, Sub modelling, mode frontier techniques, optimization, etc. Reviewing other projects and collaborating with team members effectively are also expected. Educational Qualification required is B. E. / M. Tech (optional), with 1.5 to 3 years of experience in the field.,

To perform the development of New Forging products and processes. Take guidance from the senior team members. To perform 2D and 3D technical drawings for the Product. To maintain adherence of IATF 16949 for every document and report. Involve in the process flow, including forging operations, heat treatment, and machining stages. To execute the New Tool designing. To understand the performance and productivity. To execute the technical requirements as needed in the Product design. To perform technical queries and design changes received from the customers on a timely basis. To maintain compliance with safety, quality, and environmental standards. To maintain documentation including technical specifications, process sheets, and development records. To attend management review meetings, discuss the challenges, maintain documentation, and contribute to learning and development programs.

Key Responsibilities: Has user level knowledge of FEA (prep, post, meshing), along with FEA basics. Good Tool knowledge of Ansys workbench skills (Design Modeler and Ansys Mechanical), CREO/space claim, GT Suite, AVL, Simlab tool. Clear understanding of engineering concepts and fundamentals- FEM, SOM, Fatigue, Vibration, IC engine basics, material properties. Has working knowledge of FEA -3D components is preferable. (Added advantage: Automotive domain. as of block, head, exhaust manifolds etc. knowledge of block, head, oil pan, valve cover, exhaust manifold, intake manifold, gear train, valvetrain, crank shaft, power cylinder components related components is preferred) Independent user of low complexity work Should have a knowledge of Static, Fatigue, thermal fatigue, DBJ, Modal analysis and Sealing analysis. Should be able to do preprocessing, post processing, results sanity check and report preparation. RequirementsSkills and Experience Required: Educational Qualification - B. E. / M. Tech (optional) Experience- 6 Months to 1 Year,

JOB ROLE Senior Designer CMF Industrial Design LOCATION ABSQ Navi Mumbai BU/ DIVISION Research and Development JOB PURPOSE As a CMF Senior Designer specializing in home appliances, you will work closely with our design and engineering teams to develop new products from concept to production that push the visual and user experience to new levels. This role requires a strong understanding of colour theory, material properties, and surface finish. You will have the opportunity to contribute to all stages of the design process, including research, ideation, prototyping, and testing. KEY RESPONSIBILITIES Design Execution: Generate CMF design concepts and proposals that align with product requirements, project objectives and user needs, using evocative visuals, mood boards and physical samples. Explore and evaluate a wide range of materials, considering factors such as functionality, aesthetics, durability, sustainability, and manufacturing feasibility, to determine the most suitable materials for our products. Specify surface finishes, textures and treatments that enhance the visual and tactile qualities of our products, ensuring consistency with the overall design vision and brand aesthetic, without sacrificing functionality of parts. Cross Functional Collaboration: Work seamlessly with cross functional teams including industrial designers, product managers, engineers, and other stakeholders, ensuring alignment with project goals and technical requirements ensuring smooth handover. Material and Process Expertise: Propose appropriate materials and manufacturing processes to achieve design intent, cost efficiency, and sustainability goals. Maintain awareness of current design trends, materials, and technologies in the home appliance industry and document. Design Documentation: Exploring, refining, and documenting design solutions and processes. Specify and document approved designs form, colour specifications, materials/finishes and visual acceptance standards for Engineering and Manufacturing via Industrial Design CMF Specification” document to ensure consistency and quality across manufacturing processes. Compile and update CMF brochures with a great level of accuracy. EDUCATIONAL QUALIFICATIONS B.Des/M.Des in Product Design,Graphic,Lifetsyle design or a related field. Work Experience 5-10 years of professional experience in industrial design, with a significant focus on home appliances/lifestyle/automotive. A robust portfolio demonstrating your CMF design process, creativity, innovative solutions and successful products in the home appliance or similar sector. INTERNAL / EXTERNAL INTERFACE Industrial Design team ED/AD/COE/Marketing FUNCTIONAL COMPETENCIES Software Proficiency: Advanced proficiency in design software such as Adobe Creative Suite (Photoshop, Illustrator), CAD software (SolidWorks, Rhino, Belnder), and rendering tools (KeyShot, VRay or equivalent). Creative Skills: Exceptional sketching and visualization skills with a strong sense of aesthetics. A deep knowledge of colour theory, material properties, and surface finishes, with a keen eye for detail and aesthetics. Excellent insight, expertise and understanding of plastic manufacturing processes, and materials. Strong understanding on how principal materials/textures & graphical pattern can be processed and applied on 3D forms User-Centered Design: Clear understanding of user-centered design principles and practices. Technical Expertise: In-depth knowledge of manufacturing processes, materials, engineering principles and sustainable design practices. Strong understanding of principal materials such as paint, plastic, texture, and decorative finishes.