5 Process Simulate Jobs

As an Assembly Process Design Engineer, your main responsibilities will include working in the area of jigs and equipment procurement for vehicle assembly. You will be a key team member for process and equipment planning for new plants and models in assembly shops. Your tasks will involve equipment design, RFQ preparation, installation, and commissioning. Additionally, you will be responsible for preparing process sheets and PFMEA for vehicle processes. A crucial aspect of your role will be maintaining close coordination with the R&D and production divisions to ensure smooth functioning of manufacturing business operations. Your expertise in fixturing design using tools such as AutoCAD, UG-NX, Factory CAD, Plant simulation, and Process simulate will be essential in carrying out your duties effectively. To excel in this position, you should possess a degree or diploma in Mechanical Engineering and have at least 3-10 years of relevant experience in the field of equipment designing and manufacturing. An understanding of newer designing techniques for equipment layouting and optimization, as well as knowledge of vehicle assembly processes, will be key competencies for success in this role. If you are passionate about contributing to the efficient and effective assembly process design for vehicles and enjoy collaborating with cross-functional teams to drive continuous improvement, this role offers an exciting opportunity to leverage your skills and expertise in a dynamic work environment.,

Vestas is a major player in wind technology and a motivation in the development of the wind power industry. Vestas core business comprises the development, manufacture, sale, marketing, and maintenance of Wind Turbines. Come and join us at Vestas! Digital Solutions Digital Technology Solutions Digital Technology Products The objective of Digital Solutions is to digitally transform Vestas to enable stronger customer focus, scalability and profitability. Digital Solutions are responsible for improving IT efficiency, integrate digital solutions further into its customer offering, improve employees digital experience and support core processes across the value chain. Digital Product Lifecycle, part of Digital Solutions, is accountable for digital solutions within the area of Industry 4.0 and Product Lifecycle Management - from management of master data to utilization of extended reality, simulation and configuration tools, and Industrial IoT. As Siemens Engineer, you will be part of a new chapter working with solutions within the Siemens Teamcenter Manufacturing Suite, and be a part of the Value Chain Simulation Tools-product team. Working closely with the product team you will be accountable for developing and supporting high quality simulation solutions and thereby actively participate in the digital transformation in Vestas. The chapter is managed out of Chennai in India, but where you reside is secondary. Responsibilities Lead the technical development and system administration for Siemens Teamcenter Manufacturing Suite, Process Simulate, and other digital manufacturing tools Collaborate closely with Product Owners, Product Architects, and Product Area Architect to define technical roadmaps and deliver high-impact features Drive development activities across Teamcenter modules, including ITK customizations , BMIDE configurations , workflows , and query/report creation Manage Teamcenter administrative activities including installation , configuration, user and access control, workflow management, patching, and performance optimization Support and integrate simulation tools like Process Simulate , Plant Simulation , VisMockup , and NX within the Teamcenter environment Lead the implementation of new features, integrations, and system upgrades across the product area landscape Ensure integration and interoperability between Teamcenter, ERP (e.g., SAP), MES (e.g., Apriso), and other enterprise systems Develop and maintain comprehensive technical documentation, test plans, and support procedures Actively contribute to system upgrades, performance improvements, and issue resolution Mentor junior developers and provide technical guidance to support teams Ensure compliance with IT security standards and best practices in Teamcenter deployment and operations Stay current with new advancements in digital manufacturing and Siemens PLM ecosystem, recommending innovative enhancements Qualifications Bachelor's or Master's degree in Engineering, Computer Science, or equivalent technical field 8+ years of experience working with Siemens Teamcenter, particularly in manufacturing domains In-depth knowledge of Teamcenter architecture and Teamcenter development including ITK, RAC, BMIDE, workflows, and SOA/REST APIs Strong experience with Teamcenter installation, server configuration, environment management, and troubleshooting Solid working knowledge of Siemens Technomatix tools , especially Process Simulate Familiarity with Plant Simulation , VisMockup , NX , and 3D model management in a simulation context Experience with 3D model/data conversion and management in a simulation environment Exposure to Autodesk FlexSIM is an added advantage Experience with integrating PLM with ERP/MES tools such as Windchill, SAP and Apriso Familiarity with containerization (e.g., Docker/Kubernetes) and DevOps practices is an advantage Experience with version control systems and agile development practices Competencies Experience with Agile and SCRUM is a benefit Active, pro-active and accountable team-player Strong problem-solving skills and ability to analyse complex business requirements Excellent interpersonal skills, with the ability to collaborate effectively with stakeholders at all levels Great communicative skills, fluent in written and verbal English Ability to work independently and in a team-oriented, fast-paced environment Proficiency, primarily, in configuring and customizing Siemens Teamcenter Manufacturing Suite and Siemens Technomatix Motivated, open-minded, and willing to learn Know-how to apply design and testing methods and tools Know-how to apply agile practices Diligent to deliver good quality code, documentation and manage repository What We Offer We offer you a job with a strong product related mandate, a core team environment with a product focused mindset and great opportunities for professional growth. You will get an informal and agile workplace with a high level of freedom in defining the way forward, and a chance to significantly shape the future for how Vestas employs Value Chain Simulation Tools. Additional Information Your primary workplace will be Chennai. Please note: We do amend or withdraw our jobs and reserve the right to the right to do so at any time, including prior to the advertised closing date. Please be advised to apply on or before 31st July 2025. BEWARE - RECRUITMENT FRAUD It has come to our attention that there are a number of fraudulent emails from people pretending to work for Vestas. Read more via this link,https://www.vestas.com/en/careers/our-recruitment-process DEIB Statement At Vestas, we recognise the value of diversity, equity, and inclusion in driving innovation and success. We strongly encourage individuals from all backgrounds to apply, particularly those who may hesitate due to their identity or feel they do not meet every criterion. As our CEO states, Expertise and talent come in many forms, and a diverse workforce enhances our ability to think differently and solve the complex challenges of our industry. Your unique perspective is what will help us powering the solution for a sustainable, green energy future.

Job Title: AM/DM Weld Simulation & Design Location: Gurgaon / Manesar / Kharkhoda Hiring Level: AM/DM Education: Diploma / B.Tech Experience:Diploma: 9 13 B.Tech: 2.6 - 6 Job Role: BIW Processes Robotic Simulation Process planning as per Cycle Time & Cycle time optimization Robot & Gun Selection Job Responsibilities: BIW Robot Simulation: Simulation Cell Building, Reachability, feasibility,Cycle time Validation & Optimisation, Layout Study & Optimisation, Path Planning, Off line programming- Generate Downloads, Panel Orientation study for Material handling Robots. BIW Tool validation, Weld Distribution, Gun Selection, Robot Selection, Gun Sectioning Validation of Processes in Workcells/ Stations, Quality Checks as per standards, Reviews with Makers & Customers Model/Product DMU Study- Weld Spot specific PLC Logic validation through Virtual Commissioining Documentations- Process Standarization, Checksheet Updation etc. Tool Skills: Robcad Tecnomatix- Process Designer Process Simulate Motosim UG-NX AutoCAD Teamcenter exposure. Human Simulation will be an added advantage. Technical/ Functional: Hands on Experience on Off Line Programming- Fanuc, Kawasaki & Yaskawa Robots for all BIW Robotic operations- Spot Weld, Mig Weld, Handling, Sealer, Roller Hemming etc. Hands on Experience on Process Simulate Virtual Commissioining with Mitsubishi PLC or any other PLC Knowledge of BIW process & process Planning, Gun study, layout optimization, spot planning, Cycle time Study, feasibility Study Knowledge of Simulation Standard of Auto OEMs Robot Teaching- Fanuc, Kawasaki & Yaskawa Behavioral: Target oriented, Good Analytical Skills, Excellent interpersonal, communication & presentation skills, Team player with Networking skills etc. Have an inclination to go into details of each task at hand, have exposure to 5 why, 3G, 3K analysis.

As a Junior Engineer specializing in Tecnomatix Process Simulation, you will be responsible for developing and simulating digital manufacturing models using Tecnomatix Plant Simulation or Process Simulate. Your primary tasks will include analyzing production systems to identify bottlenecks, enhancing throughput, and optimizing resource utilization. Additionally, you will be creating and validating 3D simulations for various processes such as robotic welding, assembly, and material handling. Collaboration with cross-functional teams to support digital factory planning and line balancing will be a crucial aspect of your role. You will also be expected to generate simulation reports and documentation to aid in decision-making processes. Furthermore, your responsibilities will involve assisting in integrating simulation models with production data for real-time analysis and supporting continuous improvement initiatives through simulation-based studies. To excel in this position, you should hold a Bachelor's degree in Mechanical, Industrial, or Manufacturing Engineering or a related field. A minimum of 1 year of hands-on experience with Tecnomatix Plant Simulation or Process Simulate is required. A solid understanding of manufacturing systems, process flow, and layout planning, along with familiarity with discrete event simulation concepts, is essential. Proficiency in automation systems, production workflows, MS Excel, and PowerPoint is expected, and experience with simulation reporting is considered a bonus. Strong analytical and problem-solving skills are crucial for this role, as well as effective communication abilities and the capacity to collaborate within cross-functional teams. This position offers an excellent opportunity for individuals with a passion for process simulation and a drive to contribute to the optimization of production systems. If you meet the qualifications and are interested in this opportunity, please send your CV to hr@3msoftware.co.in. This position is based in Pune and requires a minimum of 1 year of experience in Process Simulation using Tecnomatix Plant Simulation or Process Simulate.,

Job Requirements of Robotic Engineer Delivers the Technical scope Design robotic kinematics, dynamics, and motion planning strategies according to the timing, budget and quality of the projects assigned Assist Leads Focus on developing their technical skills The typical Engineering activities include: Design & Development System Integration Safety & Compliance Studies Testing & Validation Documentation & Compliance On-Site Support Details of the Engineering Scope of Work: Design & Development Design robotic kinematics, dynamics, and motion planning strategies. Implement robotic arm and mobile platform configurations. Develop algorithms for trajectory optimization and motion control. Ensure robot positions align accurately with provided 3D files. Optimize robot trajectories for smooth motion, allowing 100% speed operation without overloading robot axes. 2. System Integration 1. Integrate perception systems, including cameras, LiDAR, and IMU sensors. 2. Implement real-time data processing for enhanced robotic perception. 3. Ensure seamless communication between robot controllers and external systems. 4. Comply with software requirements, using tools such as: 1. FANUC: Roboguide (version 9 Rev. T) 2. KUKA: WorkVisual (version 6.0), KUKA.SIM (version 4.3) 3. ABB: RobotStudio (version 2024) 4. STAUBLI: SRS (version 2022.3.3) 3. Safety & Compliance 1. Develop safety protocols in accordance with industry standards (ISO 10218, ANSI/RIA R15.06, etc.). 2. Perform risk assessments and implement fail-safe mechanisms. 3. Validate compliance with functional safety requirements. 4. Ensure compliance with programming standards, requiring: 5. Clean, well-structured, optimized, and properly commented code with no leftover scripts. 6. Fault-free execution and adherence to best programming practices. 4. Testing & Validation 1. Conduct simulation-based and real-world testing of robotic applications. 2. Perform debugging and fine-tuning to optimize system performance. 3. Ensure system reliability and robustness through iterative validation processes. 4. Provide simulation videos covering all sequences for validation purposes. On-Site Support Travel to customer sites for debugging, system commissioning, and machine qualification. Provide technical support and troubleshooting as required. Assist in training end-users on system operation and maintenance. Participate in follow-up meetings as scheduled by the Client. Participate in concept development to obtain the best quality, cost and deadline. Stay up to date with technological advances and new products. Review self-work and peer work Create design documentation, manuals etc. Work Experience Robotics and Vision systems programming. Previous experience in programming tools of FANUC, KUKA, ABB, STAUBLI, COGNEX. Strong computer skills and proficiency in Excel and PowerPoint Initial Concept engineering and Robot selection for Purchasing. Understanding of process sequence, plant layout, cycle time details to validate the process in simulation cells. Collaboration with cross-functional teams (mechanical, Electrical, and controls engineers) to develop robotic systems. Design, develop, and implement robotic systems in accordance with project specifications. Knowledge of robotic applications Handling, Dispensing, Screwing, Inspection, Vision technology and other joining process used in automotive industry / experience with concept design /concept Creation / fixtures / grippers. Robot Operations and PLC handshake assignment in robotic offline software. Current Requirement OLP programming skills. (KAWASAKI) You can learn more about us at the following link: We strive to be the most trusted partner for the worlds hardest engineering problems. | Quest Global Thank you in advance for your time. Best regards, Asha 8147628242