155 Unigraphics Jobs - Page 4

Job Description This position is required for supporting PUMP Order engineering, design, and development projects with tool knowledge of Auto CAD Unigraphics software. Knowledge of Teamcenter is a must. Key Responsibilities and Specific Accountabilities: Create assembly, model, and detail part drawings/fabrication drawings using a CAD system. Review drawings and designs to ascertain compliance with customer specifications and to ensure deliverables are workable and manufactured. Review and investigate design alternatives and ensure all factors are considered to meet customer specifications. Prepare clear, complete, and accurate detailed notes or sketches for the designer or drafter to create detailed drawings. Execute projects assigned by the Project lead as per defined quality, OTD Schedule. Execute the work as per the agreed scope Standards, operating procedure of Projects, and explore the possibility of automation. Work independently on Auto CAD UG Software without supervision. Communicate/report/document technical information with the project team and customer. Education and/or Experience: B.E. in Mechanical Engineering with a minimum of 2-4 year s experience on UG NX Software Basic mechanical design engineering knowledge. Good Knowledge of general fabrication principles, and basic welding knowledge (AWS ISO). Basic understanding of drawing standards and GDT per ANSI Y14.5. Must be capable of using 3D 2D solid modeling tools. Good Knowledge of Team Center processes and nomenclature. Language Skills: Proficiency in English (Written and Verbal) Mathematical: Basic Mathematical principles Computer Skills: Expertise in Unigraphics Software, Teamcenter, good understanding of MS Office is an added advantage. Why Choose Weir: Be part of a global organization dedicated to building a better future. At Weir, the growing world depends on us. It depends on us constantly reinventing, quickly adapting, and continually finding better, faster, more sustainable ways to access the resources it needs to thrive. And it depends on each of us doing the best work of our lives. It s a big challenge - but it is exciting. An opportunity to grow your own way. Everything moves fast in the dynamic world of Weir. This creates opportunities for us to take on new challenges, explore new areas, learn, progress and excel. Best of all, there is no set path that our people must take. Instead, everyone is given the support and freedom to tailor-make their own career and do the best work of their lives. Feel empowered to be yourself and belong . Weir is a welcoming, inclusive place where each individual s contribution is recognized and all employees are encouraged to innovate, collaborate and be themselves. We continually focus on people and their wellbeing. We believe in fairness and choose to be honest, transparent and authentic in everything we do. Founded in 1871, Weir is a world-leading engineering business with a purpose to make mining operations smarter, more efficient and sustainable. Thanks to Weir s technology, our customers can produce essential metals and minerals using less energy, water and waste at lower cost. With the increasing need for metals and minerals for climate change solutions, Weir colleagues are playing their part in powering a low-carbon future. We are a global family of 11,000 uniquely talented people in over 60 counties, inspiring each other to do the best work of our lives. For additional information about what it is like to work at Weir, please visit our Career Page and LinkedIn Life Page .

In-depth Knowledge of Plastic mould Design Fundamentals. Knowledge and Experience in CAD Software Siemens NX . Good Knowledge of Modeling and Surfacing in NX software Parting line, core cavity extraction & product modification by NX software.

" The OMS - Manufacturing Engineer is responsible for manufacturing documentation, taking them from initial drafts to volume manufacturing ioms. The daily tasks include creation, review, modification and validation of OMSs to facilitate manufacturing/assembly at the supplier level and in Applied Materials manufacturing operations " English proficient in communicating because theyll be creating instructions for English speakers. CAD (NX- preferred, SolidWorks- optional) Requires strong skills in Product technology, Product Configuration and Variant option, change management, problem solving, communication skills, customer orientation, personal effectiveness, team skills, and quality. Requires additional knowledge of systems and software necessary such as MS Visio, MS Word, Excel, PowerPoint. Interfaces with NPME, Manufacturing Engineers, Technicians and Quality teams to develop optimal operation sequences for parts and assemblies. Identifies key areas for product improvements and coordinates with other engineering functions to implement changes. Work closely with manufacturing operations management to prioritize areas for OMS/manufacturing documentation improvements. Work closely with manufacturing floor and solve the build issue and coordinate with offshore team complete assembly documents. Participates in New Product Builds & Champions issue resolution. Determines root cause analysis for issues that arise during assembly and/or test of systems; provides Long term corrective action. Peform time study to measure/record time for production processes. Education/Experience: • 0 to 2 years’ Manufacturing experience with B. Tech in Mechanical Eng

? Do 1. Provide tool design, development and deployment support for the project delivery a. Interact with the internal project or client to understand the project requirement from a tool perspective b. Design the solution keeping in mind the tool requirements, current tools available as well as details on licenses required etc. c. Provide budget and timeline estimates for the tool development/ deployment as required d. For any new tool development, identify sources for development (internal or 3rd party) and work with the project managers on the development of the tool keeping in mind the production rollout timelines e. Conduct commercial discussions with the 3rd party vendors for licenses or tool development f. Conduct appropriate testing to ensure error free deployment of the tool on the project g. Ensure deployment of tool on time and within the estimated budget

We are looking for an experienced Program Manager (Automotive) with expertise in Unigraphics CAD, prototype development, and vehicle BOM management. The role involves design validation, supplier coordination, GD&T analysis, and engineering change management to drive high-quality product development. Candidates should have strong problem-solving skills, EV design experience, and a deep understanding of automotive systems, safety standards, and validation testing. Main Responsibilities : Product Design & CAD Modeling : Utilize Unigraphics software tools for product design and CAD modeling. Prototype Development : Develop and refine product prototypes to validate design concepts. E&E Architecture Integration : Apply knowledge of Electrical & Electronics (E&E) architecture in product development. BOM & Release Management : Manage Vehicle Bill of Materials (BOM) and oversee release processes. Engineering Change Management : Handle Engineering Change Notices (ECN) to ensure smooth design modifications. DFX Implementation : Prepare and implement DFMEA, DFA, DFM, DFS, and other design evaluation methodologies. GD&T & Tolerance Analysis : Conduct Geometric Dimensioning & Tolerancing (GD&T) and perform tolerance stack-up analysis. Design Documentation : Prepare and maintain design review documents for project approvals. Prototype & Manufacturing Support : Assist in prototype builds, manufacturing, and production feasibility analysis. Supplier Collaboration : Engage with suppliers to support product development and ensure quality standards. System & Supplier Selection : Assist in selecting suitable systems and suppliers based on technical and cost considerations. Problem-Solving & Issue Resolution : Troubleshoot assembly issues, conduct failure analysis, and implement corrective actions. Prototype Testing & Validation : Support prototype testing, verification, and performance evaluation. Skills Required: Good knowledge for Protype development. Indent Preparation. Loading of parts to proto Shop for development. Convey the correct procedure for part fitment. Basic knowledge in Traction Motors, Motor Controllers, DC-DC Converters, Battery Systems, BMS (Battery Management System), BDI (Battery Status Display Unit) or Instrument Cluster, Chargers etc. Good Knowledge of Vehicle BOM Preparation in PLM and MS Excel. Should know how to manage the ECN and to communicate effectively with affecting agency including suppliers. Conversant with DFMEA, DFA, DFM, DFS etc. Conversant with GD&T and Tolerance Stack Up Analysis Knowledge of EMI / EMC standards, regulations & design and method to avoid the same. Knowledge of Safety Standards, Best Practices. Good knowledge of national & international Standards, Statutory Regulations related to design of various systems, vehicles, Golf Carts etc. Good knowledge of Design Verification / Validation Testing requirements & methods / standards for vehicle & systems etc. Good Problem Solving skill, Awareness of RCA, (Root Cause Analysis), ICA / PCA, 8D & 5W Analysis, FTA (Fault Tree Analysis) etc. Understanding of various Quality systems, APQP etc. Good Communication & Presentation Skill. Qualification: BE- Mechanical/Mechatronics Experience: 10-12 Years in Automotive Design preferably in OEMs, or Tire-1 suppliers. Exposure to Four Wheeler or Golf Cart Design will be preferred. EV Design Experience preferred. Vehicle Integration and Project Management skill is must.

Programming 3, 4 and 5 Axis Milling Machines for Electrodes and Cavities Design Freeform models as per input from Scans and Artworks Select Technologies to be used for make Core and Cavity Provide BOM for electrodes Develop fixtures for EDM and Milling The suitable requirements are: Masters degree in mechanical engineering Preferably professional experience in a comparable activity Good knowledge in milling operations Good PC skills in handling PLM Teamcenter and CAM Software NX Very smart, structured way of working and accuracy to get successful programs Good knowledge of English Commitment, flexibility and ability to work in a team Ready to work in shifts Apply to us because: we are a family company that manufactures high-tech products, characterized by innovation and tradition you will find yourself in a company with a good working atmosphere that promotes independent action and supports you in your further development. we are aware of our responsibility and attach great importance to social commitment as well as occupational safety and environmental protection

Description 8 years experience in Teamcenter PLM testing Problem-solving skills Good communication skills in English Must have good time management skills Excellent learning ability Named Job Posting? (if Yes - needs to be approved by SCSC) Additional Details Global Grade C Level To Be Defined Named Job Posting? (if Yes - needs to be approved by SCSC) No Remote work possibility Yes Global Role Family To be defined Local Role Name To be defined Local Skills Siemens Teamcenter;Teamcenter Testing Languages RequiredENGLISH Role Rarity To Be Defined

Role & responsibilities Experience in Design or Development of HVAC system parts, either for automotive (ICE/EV) is preferred / commercial/corporate buildings are optional. Experience in Heat load/ thermal load calculation of HVAC system Hands on experience in 3D modelling/ 2D drawing Understanding of Manufacturing processes and Costing Functions. Lay outing of HVAC system related parts either vehicle (Cabin\Engine Room)/commercial/corporate buildings Spec understanding, testing and evaluation of HVAC system parts Sound knowledge in water/refrigerant schematics. Knowledge in CFD concepts/performance of the system is preferred not mandatory Hands-on experience of CAD Modelling software using Siemens NX (UNIGRAPHICS). Bachelors/Master's degree in Mechanical Engineering or related discipline.

Job Summary: Design Mechanical Components, systems, products using CAD Softwares like Unigraphics (UG-NX). Create detailed technical drawings, specifications and 3D Models. Conduct feasibility studies including material selections, cost estimation etc. Collaborate with cross-functional teams to ensure design alignment with project requirements. Good engineering fundamental knowledge Good knowledge on drawing Standards (ISO, ANSI/ASME) 2+ years of hands-on experience on Unigraphics (UG-NX). Hands on experience on Sheet metal Plastic design. Good knowledge on any PLM, preferably Teamcenter. Product development and engineering change management process knowledge. Capability to understand/ apply GDT and Tolerance Stack-up analysis Able to work on global product development projects independently. Able to manage his/her deliverables and clearly communicate with client Excellent problem solving and time management skills Knowledge on various manufacturing processes like injection molding, sheet metal stamping, castings, and forgings. Experience in design/development of Plastic and sheet metal components Good planning, interpersonal and communication skills Self-motivated and highly organized

Project Role : Engineering Services Practitioner Project Role Description : Assist with end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Solve engineering problems and achieve business objectives using scientific, socio-economic, technical knowledge and practical experience. Work across structural and stress design, qualification, configuration and technical management. Must have skills : Aircraft Structural Analysis Good to have skills : NA Minimum 5 year(s) of experience is required Educational Qualification : BE Summary :As an Aircraft Structural Analysis Engineer, you will be responsible for providing end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Your typical day will involve working across structural and stress design, qualification, configuration, and technical management. Roles & Responsibilities: Perform structural analysis of aircraft components and systems using finite element analysis (FEA) tools. Develop and validate stress analysis models for aircraft structures and components. Collaborate with cross-functional teams to ensure that designs meet technical requirements and are optimized for weight, cost, and performance. Provide technical guidance and mentorship to junior engineers and designers. Conduct design reviews and participate in the development of design standards and best practices. Professional & Technical Skills: Must To Have Skills:Strong knowledge of aircraft structural analysis principles and techniques. Good To Have Skills:Experience with FEA tools such as ANSYS or NASTRAN. Experience with aircraft design and certification processes. Proficiency in CAD software such as CATIA or SolidWorks. Strong understanding of materials science and mechanical engineering principles. Additional Information: The candidate should have a minimum of 10 years of experience in aircraft structural analysis. The ideal candidate will possess a strong educational background in mechanical engineering or a related field, along with a proven track record of delivering impactful engineering solutions. This position is based at our Bengaluru office. Qualification BE

Position: Mechanical Engineer Fresher Location: Work from home/ Remote Employment Type: Full-Time Experience: Fresher Experience: B-Tech/B.E. (Mechanical, Automobile, production, Mechatronics, Manufacturing engineering) Job Overview: We are looking for a highly motivated Mechanical Engineer (Fresher) to join our team. The ideal candidate should have a strong technical background, a passion for engineering, and a willingness to learn and grow within the organization. Key Responsibilities: Assist in the design, development, and testing of mechanical components and systems. Work on CAD modeling, drafting, and detailing using software such as AutoCAD, SolidWorks, or CATIA. Support manufacturing and production teams in process improvement and quality control. Conduct research and analysis to improve existing mechanical systems. Collaborate with senior engineers on various projects and technical documentation. Participate in inspections, troubleshooting, and maintenance activities as required. Ensure adherence to safety standards and industry regulations. Required Skills & Qualifications: Education: Bachelor's degree in Mechanical Engineering or a related field. Knowledge of CAD software (AutoCAD, SolidWorks, CATIA, or similar). Basic understanding of mechanical design, thermodynamics, and material science. Strong problem-solving skills and attention to detail. Ability to work in a team and adapt to a fast-paced environment. Good communication and analytical skills. Why Join Us? Opportunity to work on real-world engineering projects. Hands-on training and mentorship from experienced professionals. Career growth opportunities within the company. A dynamic and collaborative work environment.

Position: Mechanical Engineer Fresher Location: Work from home/ Remote Employment Type: Full-Time Experience: Fresher Experience: B-Tech/B.E. (Mechanical, Automobile, production, Mechatronics, Manufacturing engineering) Job Overview: We are looking for a highly motivated Mechanical Engineer (Fresher) to join our team. The ideal candidate should have a strong technical background, a passion for engineering, and a willingness to learn and grow within the organization. Key Responsibilities: Assist in the design, development, and testing of mechanical components and systems. Work on CAD modeling, drafting, and detailing using software such as AutoCAD, SolidWorks, or CATIA. Support manufacturing and production teams in process improvement and quality control. Conduct research and analysis to improve existing mechanical systems. Collaborate with senior engineers on various projects and technical documentation. Participate in inspections, troubleshooting, and maintenance activities as required. Ensure adherence to safety standards and industry regulations. Required Skills & Qualifications: Education: Bachelor's degree in Mechanical Engineering or a related field. Knowledge of CAD software (AutoCAD, SolidWorks, CATIA, or similar). Basic understanding of mechanical design, thermodynamics, and material science. Strong problem-solving skills and attention to detail. Ability to work in a team and adapt to a fast-paced environment. Good communication and analytical skills. Why Join Us? Opportunity to work on real-world engineering projects. Hands-on training and mentorship from experienced professionals. Career growth opportunities within the company. A dynamic and collaborative work environment.

Designation-Product Design Engineer Experience-3-8 Years (Plastic Product Design) Location-Goregoan-E (Mumbai) Skills-Concept Design/3D Drawings Software-UG/NX Must Prefer Industry-Plastic/Electrical must Qualification-BE Mechanical/Diploma Mechanical Current and Expected CTC Notice Period Experience Location

Good engineering fundamental knowledge Good knowledge on drawing Standards (ISO, ANSI/ASME) 2+ years of hands-on experience on Unigraphics (UG-NX). Hands on experience on Sheet metal & Plastic design. Good knowledge on any PLM, preferably Teamcenter. Product development and engineering change management process knowledge. Capability to understand/ apply GD&T and Tolerance Stack-up analysis Able to work on global product development projects independently. Able to manage his/her deliverables and clearly communicate with client Excellent problem solving and time management skills Knowledge on various manufacturing processes like injection molding, sheet metal stamping, castings, and forgings. Experience in design/development of Plastic and sheet metal components Good planning, interpersonal and communication skills Self-motivated and highly organized

Position title: Manager Reporting to: CTO Location - Manesar Position content Key areas of accountability/responsibility To create design data 2D and 3D as per Marelli Norms To create design standardization To create and maintain BOM in SAP / ERP Systems Review of Engineering drawings and specification and give feedback to Marelli Prototype development Coordinate with Marelli / External labs for Design validation & Product validation test Implementation of Engineering changes Maintain and update database of Engineering standards Strong Coordination with in Departments/CFT to meet APQP targets. Hand Over from Development to Regular respective Departments (All Depts) Preparation of Preliminary BOM for RFQ costing. Preparation of Engineering cost sheet for new RFQ s and finalize the same in discussion with CTO Knowledge and educational level B. E / M. E (Mechanical / Production / Automobile) Working Knowledge of CAD software like Unigraphics, Catia and Autocad Working Knowledge of APQP methodology Working Knowledge of IATF 16949 Good Knowledge of Exhaust System Design & manufacturing, Sheet metal Part Design & manufacturing, Proto manufacturing methodologies and Welding processes Should possess hands on experience in Product design of Exhaust Systems, DFMEA, Design review, Tolerance Stackup analysis, Design and Product Validation Required level of experiences Minimum 8 to 10 years in Automotive Industry with hands on experience in Exhaust System Product Design for a period of 4 to 6 Years with working knowledge of APQP methodology and ISO/TS 16949. Exhaust, Sheet Metal Design, Exhaust System

Skills: . Mechanical Engineering, CAD Software Proficiency, Product Development, Project Management, Technical Drawing, Innovative Thinking, Communication Skills, 2D,. We are seeking a skilled and experienced Mould Designer to join our team. The Mould Designer will be responsible for designing and developing moulds used in the manufacturing process of various products. The ideal candidate will have a strong background in engineering, with expertise in CAD software and mould design principles. This role requires excellent attention to detail, problem-solving skills, and the ability to collaborate with cross-functional teams. Key Responsibilities. Design and develop moulds for the manufacturing of plastic, metal, or composite products, considering factors such as product specifications, material properties, and manufacturing processes. Utilize CAD software (such as SolidWorks, AutoCAD, or similar) to create detailed 2D and 3D designs of moulds, incorporating design standards and best practices. Collaborate with engineering, manufacturing, and quality assurance teams to ensure that mould designs meet technical requirements, quality standards, and production deadlines. Conduct feasibility studies and analysis to assess the performance, cost, and manufacturability of mould designs, making necessary adjustments and optimizations as needed. Generate technical documentation, including design drawings, specifications, and bill of materials (BOM), to support the manufacturing and assembly of moulds. Stay updated on emerging technologies, trends, and advancements in mould design and manufacturing processes, and integrate relevant innovations into design practices. Provide technical support and guidance to production teams during the setup, testing, and troubleshooting of moulds, ensuring smooth production operations. Collaborate with external suppliers and vendors to source materials, components, and tooling required for mould fabrication, while ensuring cost-effectiveness and quality. Qualifications. Bachelor's degree in Mechanical Engineering, Industrial Design, or related field. Proficiency in CAD software, such as SolidWorks, AutoCAD, or similar tools, with the ability to create detailed 2D and 3D designs. Familiarity with Uni-Graph (Unigraphics) software for CAD/CAM/CAE, in addition to SolidWorks, demonstrating the ability to work with multiple CAD platforms effectively. Strong understanding of mould design principles, injection moulding processes, and material properties. Excellent problem-solving skills and attention to detail, with the ability to analyze complex technical issues and propose effective solutions. Effective communication and interpersonal skills, with the ability to collaborate effectively with cross-functional teams. Familiarity with manufacturing processes, quality standards, and regulatory requirements related to mould design and fabrication. Ability to manage multiple projects simultaneously and prioritize tasks to meet project deadlines. Job TypeFull-time. Benefits. Provident Fund. Show more Show less

Skills: . AutoCAD, 2d, Communication, Attention To Detail, Problem Solving, Design,. Overview. We are seeking a skilled and experienced Mould Designer to join our team. The Mould Designer will be responsible for designing and developing moulds used in the manufacturing process of various products. The ideal candidate will have a strong background in engineering, with expertise in CAD software and mould design principles. This role requires excellent attention to detail, problem-solving skills, and the ability to collaborate with cross-functional teams. Key Responsibilities. Design and develop moulds for the manufacturing of plastic, metal, or composite products, considering factors such as product specifications, material properties, and manufacturing processes. Utilize CAD software (such as SolidWorks, AutoCAD, or similar) to create detailed 2D and 3D designs of moulds, incorporating design standards and best practices. Collaborate with engineering, manufacturing, and quality assurance teams to ensure that mould designs meet technical requirements, quality standards, and production deadlines. Conduct feasibility studies and analysis to assess the performance, cost, and manufacturability of mould designs, making necessary adjustments and optimizations as needed. Generate technical documentation, including design drawings, specifications, and bill of materials (BOM), to support the manufacturing and assembly of moulds. Stay updated on emerging technologies, trends, and advancements in mould design and manufacturing processes, and integrate relevant innovations into design practices. Provide technical support and guidance to production teams during the setup, testing, and troubleshooting of moulds, ensuring smooth production operations. Collaborate with external suppliers and vendors to source materials, components, and tooling required for mould fabrication, while ensuring cost-effectiveness and quality. Qualifications. Bachelor's degree in Mechanical Engineering, Industrial Design, or related field. Proficiency in CAD software, such as SolidWorks, AutoCAD, or similar tools, with the ability to create detailed 2D and 3D designs. Familiarity with Uni-Graph (Unigraphics) software for CAD/CAM/CAE, in addition to SolidWorks, demonstrating the ability to work with multiple CAD platforms effectively. Strong understanding of mould design principles, injection moulding processes, and material properties. Excellent problem-solving skills and attention to detail, with the ability to analyze complex technical issues and propose effective solutions. Effective communication and interpersonal skills, with the ability to collaborate effectively with cross-functional teams. Familiarity with manufacturing processes, quality standards, and regulatory requirements related to mould design and fabrication. Ability to manage multiple projects simultaneously and prioritize tasks to meet project deadlines

Lead mechanical design teams, oversee project execution, and ensure innovative and cost-effective engineering solutions while maintaining quality standards.

Manage civil engineering design projects, ensuring compliance with industry codes and project specifications. Lead a team and oversee structural and infrastructure designs.

Role & responsibilities Develop, evaluate, and improve current manufacturing methodologies. Use NX CAM (Unigraphics) to create or modify CNC part programs for machine tools with 5 axes of motion. Develop machining processes to improve cycle time and component quality. Solve CAM programs and G code through use of Vericut. Collaborate with other employees and teams for improvement opportunities, changes, and corrective actions. Handle the manufacturing change process. Hands on experience is required on NX-12.

Job Job Title PLM Teamcenter Developer Responsibilities A day in the life of an Infoscion As part of the Infosys consulting team, your primary role would be to lead the engagement effort of providing high-quality and value-adding consulting solutions to customers at different stages- from problem definition to diagnosis to solution design, development and deployment. You will review the proposals prepared by consultants, provide guidance, and analyze the solutions defined for the client business problems to identify any potential risks and issues. You will identify change Management requirements and propose a structured approach to client for managing the change using multiple communication mechanisms. You will also coach and create a vision for the team, provide subject matter training for your focus areas, motivate and inspire team members through effective and timely feedback and recognition for high performance. You would be a key contributor in unit-level and organizational initiatives with an objective of providing high-quality, value-adding consulting solutions to customers adhering to the guidelines and processes of the organization. If you think you fit right in to help our clients navigate their next in their digital transformation journey, this is the place for you! Technical and Professional Requirements: Primary skills:Technology->PDM , PLM->Teamcenter Desirables:Domain->IOT->IOT-ALL Preferred Skills: Technology->PDM / PLM->Teamcenter Domain->IOT->IOT-ALL Additional Responsibilities: Good knowledge on software configuration management systems Strong business acumen, strategy and cross-industry thought leadership Awareness of latest technologies and Industry trends Logical thinking and problem solving skills along with an ability to collaborate Two or three industry domain knowledge Understanding of the financial processes for various types of projects and the various pricing models available Client Interfacing skills Knowledge of SDLC and agile methodologies Project and Team management Educational Requirements Master Of Comp. Applications,Master Of Engineering,Master Of Science,Master Of Technology,Bachelor Of Comp. Applications,Bachelor Of Science,Bachelor of Engineering,Bachelor Of Technology Service Line Engineering Services * Location of posting is subject to business requirements

Should have Knowledge about Plastic Components/product Design. Should have knowledge about Plastic Mould design. Min qualification Diploma in Plastic Mould Technology with PDPMD diploma Manage design related issues throughout the build process.

- Passengers , Commercial Vehicle ,Tractor Industry - Experience In Vehicle Integration /Hydraulic /Trims / Peripherals / Plastics / Sheetmetal parts / Chassis / Brakes - UGNX / Unigraphics / Catia / Auto CAD Email : recruiter1@rankskills.in

Key Skills:- UG NX (Tool Design software), Work NC Basics , Wire cut programming ELCAM , CADEM softwares . Auto cad , Ms Word ,Excel & PowerPoint tools & Drafting Fast learner and good listener Communication Team work Responsibilities:- Optimized & time bound Tool Design , mould, mandrel & fixtures releases to TR Establish & implement system oriented design storage , back up & retrival process. 3D Tooling designs , BOM , part list, Electrode , accessories in time thru design check list approval Track & identify design project hours of resources for improvement & optimization thru GANTT Chart & project management tools Implement design for manufacturing to bring down VMC & Assembly time Prepare & establish process flow chart & documentations for Tool Design dept inline with ISO/IATF-16949:2016 Support to implement ECN process implementation for new , running changes of product Update mold PM software with new mold items added with cost , mold life , PM frequency inputs. Train & delegate Draugtsman team for part detailing for mold & mandrel assemblies elements Identify & implement monthly Design Kaizens & continuous improvement for manfacurability & maintainability Implement Design for assembly to reduce fixture weights & operator fatigue Implement ISO 14000 for environment for design applicable areas , Maintain 6 s ( 6th -SAFETY ) at Dept *Candidate from Rubber Industry will be preferred

Role & responsibilities The Mold designer is responsible for tool design and manufacturability for new and transfer development activities for plastic injection moulding projects. This position will ensure product requirements and quality standards are satisfied and to help assess how well the product will meet customer needs in terms of functionality and usability. Develop design concepts for new tooling. Design optimization and debugging of existing Mold. Lead Mold design review and engineering meetings. Provide technical support to production regarding processing issues and quality problems due to material, machine, process, or tooling issues. Performing Mold flow analysis and selecting suitable hot runner system. Maintaining, repairing, or installing plastics injection Mold. Designs secondary operations fixtures and develops processes to complete scope of the project. Responsible for design, update, and repair of 3D files for Design for Manufacturability (DFM) process. Responsible to designing Mold and creating 3D CAD Model and 2d Engineering Drawings. Experienced in working with customers on detailed CAD files and explaining the trouble areas on the files and offering solutions. Prepare Mold specification and checklist. Review all detailed drawings for proper dimensioning and stack up tolerances. Assist engineers to design, develop, evaluate, and troubleshoot to accomplish project goals. Perform drawing/print revisions for manufactured products. Prioritize and plan work activities to use time efficiently. Ensure smooth transition from design to development of testing of the designs and production trial run. Resolve any design technical issues in a timely manner. Ensure all work is performed accurately, efficiently, and on-time to schedule. Adapt to changes in the work environment, manage competing demands and can deal with frequent change, delays, or unexpected events. Collaborate with team members positively and with respect. Conforms with and abides by all regulations, policies, work procedures, lean initiatives, and safety rules. Performs other duties, as assigned based on business needs. Operate in both office and manufacturing environments.