255 Fem Jobs - Page 6

Great Job Opportunity Trainer Role = Fixed Salary 20K to 25K We are hiring Trainers to provide technical training for Telangana Govt ITI colleges . Free training will be provided, and the company will prepare you for this role. Designation: Trainer Location: Govt ITI Colleges across Telangana Qualification: B.Tech / Diploma (Mechanical / Electronics) Experience: 0 to 5 Years (Freshers welcome) Language: Telugu Speaking Mandatory Gender: Male / Female Monday to Friday working. Saturday & Sunday Holiday. Note: Ready and available to relocate to colleges in and around Telangana. Salary Details: CTC: 24,700 Gross Salary: 22,750 Take-Home: 20,450 Trades (Training Will Be Provided for J): CNC Machining Technician Mechanic Electric Vehicle Virtual Analysis & Designer (FEM) Industrial Robotics & Digital Manufacturing Manufacturing Process Control & Automation Engineering Design Technician (Artisian / Carveco) Key Responsibilities: Train ITI students in one of the above trades as per DGT curriculum Conduct theory & hands-on practical sessions using modern equipment Perform basic maintenance of lab machines Maintain records: attendance, marks, documentation Mandatory Documents (Photocopies): Degree Certificate (Provisional / Convocation) Consolidated Marksheet Aadhar Card & PAN Card TTL Declaration Forms (NDA, Code of Conduct, Info Security) Passport Size Photo Blood Group Details Alternate Contact Number Fill your basic details in below link Apply Now : https://forms.office.com/r/Rypmb7XJiS For Queries: Mr.Magesh HR - 9444738419 / 9363284849 / 9603324960 Email ID: magesh@vegaintellisoft.com Free Job Placement Share with friends & family in need! ============= . : : : . / ( / ) : 05 ( ) : : / . : CTC: 24,700 : 22,750 : 20,450 : • CNC • • & (FEM) • & • & • ( / ) : ITI DGT , , (): ( / ) , TTL (NDA, , ) Fill your basic details in below link : https://forms.office.com/r/Rypmb7XJiS For Queries: Mr.Magesh HR - 9444738419 / 9363284849 / 9603324960 Email ID: magesh@vegaintellisoft.com – & !

Mechanical R&D Intern – Position 1 Experience: 0–1 Years Location: Bengaluru, India (IISc Campus) Salary: As per lab norms Key Responsibilities Design and assemble components using SolidWorks. Manage vendor interactions for project needs. Prepare SOPs and documentation for assigned tasks. Conduct FEA simulations to assess design concepts. Prototype designs using additive manufacturing. Essential Skills CAD proficiency with SolidWorks Dynamic motion simulation FEA/FEM multiphysics simulation Additive manufacturing knowledge Strong documentation skills Teamwork and coordination abilities Qualifications Bachelor’s or Master’s degree in Mechanical Engineering Desirable Skills & Additional Tasks Experience with medical device development Theoretical design calculations Modeling, modifying, and simulating kinematic chains Prototyping kinematic chain components Meeting project schedules and deadlines

Objective/Mission: Primarily to carry out structural calculations, design verifications and suggest advance structural schemes to ensure fast track and efficient construction. Understanding of complex structural engineering loads (Blast, Sea) and analysis methods. Review building structural drawings from suppliers to be in-line with project specification, relevant standards, and classifications and to ensure deliverables are achieved by due dates. Assist other project engineers where necessary. Support multiple projects and tendering tasks as required. Effective communication with client and suppliers is required. Provides technical designs to customer projects & services teams, by having good technical knowledge and knowhow in an application domain or subdomain; Identifies and understands customer technical requirements related to his/her application domain/subdomain; Applies internal procedures, standards & best practices in autonomy, related to his/her application domain/subdomain; Communicates results internally and to customers; Presents and arguments them during project technical reviews; May provide some commercial argumentation to project teams or management, and report potential technical risks; Scope and Environment Works both in autonomy and in team work, with contribution to project or service teams' technical solution designs. Works mainly for internal project and service technical teams (i.e. for DPT, DQT, DCT job family codes) along all the customer installation lifecycle, with some direct interaction with external customers related to his/her application domain/subdomain. Key activities and Responsibility Customer and/or Partner relationships: Has direct interaction with customers, in design phase but also especially during testing and commissioning activities. Understands customer specifications and needs related to application domain/subdomain.. Internal & External Exposure: Influences and challenges internal project teams on the technical choices related to application domain/subdomain; delivers and presents results (technical reports, presentations, etc) to the project team. May participate in internal technical working groups related to application domain/subdomain. Technical knowledge and Engineering: Related to application domain/subdomain, applies engineering best practices & standards; has solid knowledge of the product & system offers (internal & external) related to application domain; has specific technical & application skills related to application domain/subdomain; carries out detailed engineering work and provide associated reporting to project team members; knows and uses the methods & tools related to application domain/subdomain, and may participate in improvement workshops on those methods & tools. Training and coaching: Exchanges and shares your knowledge to peers; gather feedback from other application design engineers; participates in the development of training modules or presentations about application domain/subdomain. Job Related Expérience, Skill and Responsibility: Structural steel design, transportable building and offshore structures design and blast design experience will be an advantage. Hands on experience of structural analysis software namely, SpaceGass/StaadPro and SACS. Experience in FEM software namely, Strand 7 or any FEM software. Experience in preparing detailed structural calculation report to submission to customer and Coordination with Suppliers and clients as required. 3D design in Revit and Aveva 3D Software. Business Understanding: Experience of relevant local Standards relating to Buildings/ Structures and building codes (mandatory), international standards, offshore standards, and blast design standards, Skills in adopting to any overseas standards. Other Skills: Communication with all levels of management in verbal and written form. Ability to read, interpret technical specifications and able to review drawings Good problem-solving skills. Customer service orientated. Proficient computer skills including MS Word, MS Excel and MS Access, AREAS OF RESPONSIBILITY Project Engineer Management I. Identification of project scope and key requirements in order to ensure project deliverables are achieved on time and in accordance with the relevant specifications. II. Manage the different stake holders, suppliers, internal and client. III. Take responsibility for contract management from time of ‘contract acceptance’ and establish a contract file in accordance with Schneider guidelines such that the contract runs to a smooth timetable IV. Review Contract Specification for understanding of Project deliverables V. Manage the information flow from supplier to client. VI. Develop project program dashboard and milestones VII. Regularly conduct internal reviews with other departments to ensure communication and timely action to plan VIII. Prepare variations, NOI’s, RFI’s, CR’s & vetting correspondences submitted by the customers IX. Review supplier issued drawings and comments received from client to ensure they are in compliance with the current scope & specifications and identify scope change and integrate with internal design teams X. Attend all relevant Technical Tele-conferences with suppliers and clients. XI. Submit relevant progress reports to management Relationship Management Maintains and encourages appropriate communications and cooperation: I. within the GCP OPS & SO business. II. within the leadership team. III. with customers / partners. IV. within Schneider Electric divisions and entities. Customer management I. Effective coordination with internal and external stake holders (Senior Structural Engineers, Senior Project Engineers HVAC, F&G, Electrical, Tendering, Project Management, Quality and Testing team) II. Responding to internal and external customers within a timely manner. III. Maintain professional relationships. IV. Determine client requirements. V. Provide feedback to management. VI. Being customer focused when completing work. Health, Safety and the Environment I. Understands implements and complies with company HSE policies. II. Manages individual priories and deliverables with SID Environment III. Actively encourages a safety and environmentally conscience workplace. IV. Complies with the company standards. V. HSE company statistics meet targets. Responsibilities in terms of quality and safety/security : Ø Implementation of international ISO 9001 Quality, ISO 18000 HSE and ISO14000 environmental standards Ø Fully respect to Safety standards during all project execution Qualifications Qualifications Degree qualification in Civil/Mechanical Engineering 3-5 years experience in relevant field Primary Location : IN-Karnataka-Bangalore Schedule : Full-time Unposting Date : Sep 25, 2025, 10:59:00 AM

About the Role: Looking for a dynamic and hands-on Junior Research Engineer to support the experimental characterization, casting, and testing of Textile Reinforced Concrete (TRC) Panels under the supervision of the Senior Research Engineer. This role involves direct responsibility for preparing, executing, and documenting lab-scale and prototype-scale trials of TRC wall panels with variable reinforcement, mix designs, and geometries. The aim is to generate a robust experimental database for validating design methodologies and ensuring performance superiority over traditional wall systems. Key Responsibilities: 🔧 Experimental Casting & Fabrication Assist in preparing moulds , reinforcement frames, and casting beds for TRC panel production. Perform weigh batching, mixing, casting, and curing operations for panels with variable mix matrices and skin thicknesses (10 mm, 12.5 mm, etc.). Support the setup of prestressing mechanisms (wedge/thread-bar based), handle tensioning operations, and ensure safe practice. 🧪 Material & Mechanical Testing Conduct physical and mechanical property tests: Flow table, slump flow, setting time, compressive/flexural strength Pull-out, screwability, and impact tests Surface inspection for cracks, porosity, and defects Assist in preparing standardized datasheets for all panel configurations, including testing reports and failure observations. 📊 Data Handling & Documentation Record all experimental observations, process parameters, and testing results accurately. Assist in statistical analysis of results and correlate performance trends. Maintain material inventory, casting logs, curing cycles, and test records in a well-documented format. Required Qualifications: M.E/ M.tech in Structural Engineering, Construction Technology, or equivalent 0–2 years of experience in concrete casting, material testing, or construction R&D Familiarity with standard testing protocols (IS/ASTM/EN) and lab instrumentation Desired Skills & Attributes: Strong interest in experimental research and material innovation Attention to detail, punctuality, and commitment to accurate testing Basic knowledge of cement chemistry and concrete additives Ability to work independently and collaboratively in a lab/field environment Willingness to handle physical workloads in casting environments Growth Opportunity: Work alongside senior researchers on cutting-edge TRC technologies Build hands-on expertise in prestressed composites, thin-shell casting , and next-gen wall systems Direct contribution to a nationally relevant innovation and product launch 🌟 Join the Team That's Redefining the Future of Construction Imagine a world where buildings come together as effortlessly as LEGO® bricks — precision-engineered modules crafted in factories, delivered with unmatched speed, and assembled with intuitive simplicity. At the heart of this vision is our cutting-edge Research & Development team, relentlessly working to turn this bold future into a reality. 🚀 What We’re Building We are pioneering Modular Building Technology (MBT) — a transformative construction system that blends: Factory-level quality and consistency Rapid, scalable on-site assembly Innovation rooted in science and inspired by simplicity We're not just designing buildings — we're engineering systems that empower people to create spaces that are faster to build, safer to inhabit, and smarter to live in. 🤝 Who You'll Work With You’ll become part of a vibrant ecosystem where: Seasoned engineers bring wisdom from decades of experience Young innovators challenge boundaries with fresh ideas Cross-disciplinary minds from materials science, structural design, digital modeling, and fabrication unite around a single goal We thrive on collaboration over hierarchy, and value every voice at the table — because true innovation happens when diverse perspectives align. 🌟 R&D Team Charter – Modular Building Technology (MBT) This charter outlines the foundational principles, strategy, and cultural DNA that guide our R&D team in executing the mission of MBT — a vision to transform the way the world builds. 🚀 Our Mission To create a next-generation Modular Building Technology that empowers and enriches lives — a system so advanced in quality, precision, and reliability, yet so intuitive and seamless in assembly, that anyone, anywhere can build inspiring, durable, and scalable spaces. We envision MBT as a breakthrough in micro-construction — combining factory-made modules , snap-fit simplicity , and scientific depth , engineered to benefit not just individuals, but all of humanity. 📖 Our Principles 1. 🧠 Democratizing Construction Innovation We commit to broadly distributing the benefits of MBT by: Embedding scientific innovation at the core — from physics and chemistry to structural engineering and material science . Closing the gap between institutions and individuals by enabling decentralised construction empowerment . Making high-end construction technology accessible, modular, and replicable . 2. 🔬 Transforming Science into Real-World Impact Our duty is to convert scientific breakthroughs into user-centric, real-world solutions . We break silos by: Listening to end users and understanding ground realities. Partnering with construction communities to ensure seamless adoption. Designing systems that are not only innovative but intuitive and practical . 3. 🛡️ Safety at Scale – Without Slowing Down Innovation We recognize that scaling fast is necessary, but safety at scale is non-negotiable. Like supercars engineered to perform safely at high speeds, MBT must be resilient under rapid deployment . We aim to anticipate and address potential failures before scaling , not after — through simulation, prototyping, and robust frameworks. 4. 🧭 Technical Leadership with Purpose Policy and advocacy aren’t enough. To shape the future of construction: We must be on the cutting edge of MBT capabilities . We strive to lead with depth , not just opinion — bringing a combination of technical rigor , architectural elegance , and systemic insight . 5. 🤝 Radical Collaboration We don’t build in silos. We build with the world . Collaborating with scientists, architects, engineers, policymakers, health experts, and communities . Engaging internal and external stakeholders — from customers and companies to grassroots builders. Balancing openness and intellectual property protection , fostering innovation while respecting creator contributions. 💡 Core Values That Drive Our Team 🎯 MBT-First Focus We are relentlessly focused on building modular, fast, safe, intuitive systems that scale impact. If it doesn’t serve MBT, it’s out of scope. 🔥 Intense & Scrappy We work with urgency and ownership. We embrace the unglamorous , chase the unconventional , and do whatever it takes to make things work — always guided by truth and effectiveness. 💥 Think & Build at Scale We believe in the magic of scale — in our thinking, systems, ambitions, and models. When in doubt? Scale it up. 💖 Make Things People Love Our work should create joy, utility, and meaning in people’s lives. We aren’t just building walls — we’re shaping spaces that inspire, protect, and uplift . 🫂 Team Spirit True breakthroughs come from collaboration. We embrace cross-functional synergy , even when our teams differ in priorities. Our alignment of purpose ensures all efforts move us toward the same vision . 🔑 Own It – Nothing Is “Someone Else’s Problem” We take complete ownership — of problems, solutions, decisions, and outcomes. We act with integrity, initiative, and a bias toward action . 🌍 In Summary The future of construction is not built by chance — it is engineered by conviction, collaboration, and creativity . Through this Charter, we affirm our commitment to making MBT a living innovation — one that’s built on science, scaled through trust, and designed to serve people, planet, and purpose. Apply for Junior Research Engineer – FEM & Simulation (TRC Panel Design) : G-form Link : https://forms.gle/UHqKwWnh6zLq8Wm56

Vin Design Solutions is looking for CAE Analyst (Safety) to join our dynamic team and embark on a rewarding career journey Simulate crash and impact tests for vehicle safety Analyze stress, deformation, and energy absorption Ensure compliance with safety regulations Collaborate with design teams for structural enhancements

Vin Design Solutions is looking for CAE Engineer to join our dynamic team and embark on a rewarding career journey Analyzing customer needs to determine appropriate solutions for complex technical issues Creating technical diagrams, flowcharts, formulas, and other written documentation to support projects Providing guidance to junior engineers on projects within their areas of expertise Conducting research on new technologies and products in order to recommend improvements to current processes Developing designs for new products or systems based on customer specifications Researching existing technologies to determine how they could be applied in new ways to solve problems Reviewing existing products or concepts to ensure compliance with industry standards, regulations, and company policies Preparing proposals for new projects, identifying potential problems, and proposing solutions Estimating costs and scheduling requirements for projects and evaluating results

Vin Design Solutions is looking for CAE Analyst (NVH) to join our dynamic team and embark on a rewarding career journey Analyze noise, vibration, and harshness of products Conduct simulations and recommend design changes Use specialized tools to assess acoustic performance Support product refinement for comfort and safety

At Capgemini Engineering, the world leader in engineering services, we bring together a global team of engineers, scientists, and architects to help the world’s mostinnovative companies unleash their potential. From autonomous cars to life-saving robots, our digital and software technology experts think outside the box as theyprovide unique R&D and engineering services across all industries. Join us for a career full of opportunities. Where you can make a difference. Where no two days arethe same. Roles & Responsibilities Good Knowledge in SOM, FEM, Wind Turbines particularly Horizontal Aeroelastic ToolsExperience with HAWC, FLEX5, BLADED & similar tools Aero-Elastic-Hydro ModellingLoads, preprocessing, post-processing, and reporting Standards and CertificationIEC-614000 ed 3 and ed 4, DNV, TUV Load SimulationsExperience in mitigation strategies for load simulations Creating load databases, and validating turbine models for further use Qualification and Education B.E., or M.E., Mechanical Engineer

Job Description: We are looking for a skilled Design Engineer EOT Cranes with a strong background in heavy-duty crane design, especially Four Girder Cranes (up to 125 Ton capacity) used in industrial and mixer applications. Key Responsibilities: Design and develop heavy-duty EOT Cranes (Four Girder Cranes – 125T capacity) as per project and client requirements. Prepare detailed engineering drawings, 3D models, and technical documentation. Perform mechanical and structural analysis to ensure strength, reliability, and safety. Evaluate materials for optimal performance, strength, and cost-efficiency. Ensure compliance with industry standards (IS, FEM, DIN, CMAA) and safety norms. Coordinate with manufacturing, procurement, and quality teams for design feasibility and production support. Customize designs based on client specifications and application needs. Provide mentorship and technical guidance to junior design engineers. Keep updated with latest advancements in crane design, materials, and automation. Key Skills: Proficiency in AutoCAD , SolidWorks , Inventor , or similar design tools. Sound understanding of mechanical design , fabrication , and machinery manufacturing processes . Strong analytical and problem-solving skills. Knowledge of EOT cranes , structural steel design, and mechanical assemblies. Familiarity with design codes: IS 3177, IS 807, FEM, or CMAA. Effective communication and cross-functional coordination skills.

Date: Jun 23, 2025 Location: Pune, IN Apply now » Apply now Apply for Job Enter your email to apply Position Summary With Job Responsibilities Position Description Format Position Name Engineer Crash Simulation, Crash & Safety Position level L5 DEM position name Lead Crash Simulation, Crash & Safety DEM position level L4 FEM position name NA FEM position level NA Purpose of the position Why the positions exists? What will happen if there is no one in the position (no one performs the work)? Responsible for conducting Structural CAE simulations for Full vehicle, sub-system, component, pedestrian, defense and capability development related work. He/she is also responsible for performing detailed analysis of CAE simulations, prepare report and provide solution to achieve the performance target requirements for the product being developed. If no one is appointed in this position then the team will not have direction to perform CAE simulations, perform detailed analysis of CAE results and provide solutions to meet performance target requirements. Also there will be no one to liaison between CAE and other functions. Dimensions of the position Financial: NA Non-financial Total reportees under this position : NA Personal Profile Education Graduate / Post graduate in Mechanical, Automobile Engineering Competencies (Example) Behavioural: - Drive for results People development Functional excellence Innovation management Taking ownership Customer focus Functional: - Knowledge of vehicle construction & principles in design Knowledge of safety regulations of India and Europe. Knowledge of Global NCAP and EuroNCAP protocols. Knowledge of CAE simulation tools and techniques (LS Dyna, Hypermesh, Primer,d3plot,Animator, Lspre Post). Knowledge of IPR Knowledge of EPS and 8D tools. Knowledge of occupant safety in different types of crash tests. Relevant Experience 5-10 years of experience in the field of Automotive structural CAE Key Responsibilities S.N. Key Responsibility & Key Tasks Measures Structural crash simulations to analyse the vehicle structure to meet different crash safety requirement as per planned DVP and propose design improvements under the guidance of CAE lead engineer. 2Activities which aid primary tasks1. Benchmarking study of competitor’s products. CAD data, BOM data download from PLM system FE model building of full vehicle model for crash analysis at various phases of product development. Create simulation set-up and and complete the simulations for various load cases as per DVP plan. Education Work Experience Post process and analyse the crash performance of proposed vehicle design against target crash perfromance. Create analysis report to highlight current status of performance target achievement and improvement required in the design if targets are not met. Prepare and release analysis reports to provide design feedback to design and project teams at appropriate milestones in the project. Provide countermeasures to meet target crash performance under the guidance of CAE lead engineer and interactions with design teams and other cross funactional teams. Execute CAE correlation activity under the guidance of CAE lead engineer. FE model /CAE data management for assigned projects along with FE model documentation. Study new updates and new feature added in pre and post processing software and Solver. Plan for CAD data download and FE model building activity as per program timeline plans. Plan for benchmarking of vehicles as per specified program requirement. Plan and execute CAE analysis for specified load cases as per vehicle DVP Plan for CAE data backup / archival at regular intervals and at various project Milestones. Plan for necessary component and sub-system level tests for correlation study. FE model building, simulations, results analysis and report preparation. Vehicle FE model and simulation results data archival for future reference. 3 Development of new systems, policies, procedures, concepts: - Development of new / improvement of existing capabilities and analysis methods to address complete vehicle design validation in digital environment under the guidance of CAE lead engineer. Develop new simulation techniques to achieve light weight, high quality, optimised product design giving robust product performance anticipating upcoming technology changes under the guidance of CAE lead engineer. Develop new work guidelines for crash simulation work/ updating existing work guidelines under the guidance of CAE lead engineer. Tata Motors Leadership Competencies Customer Centricity - Anticipating, understanding and focusing efforts on meeting the customer (stakeholders) needs or expectations Developing Self and Others - Recognizing continuous development is essential for success and taking steps to develop self and helping others to excel Driving Execution - Translating strategy into action and execution Leading by Example - Encouraging and following ethical standards Leading Change - Recognizing the need for change, initiating and adapting to change Motivating Self and Others - Inspiring teams and individuals Functional Competencies Tags Apply now » Apply now Apply for Job Enter your email to apply

Job Id: TDC_0006 Position: ELECTRICAL DESIGN ENGINEER Designation: Junior Engineer Department: Technology Development Center (TDC) Function: Design and development of electromechanical products Industry: Aerospace Manufacturing Employment Type: Full-time Job Location: Bangalore Posted on: 25/05/2025 Required Education & Experience required: Qualification: Bachelor’s degree or higher in Electrical / Electronics / Mechatronics Engineering. Experience: 01 to 02 years in Design and development of electromechanical products. Skills Knowledge & Skills: Experience in design and development any of following products Motors – BLDC, PMSM, Stepper, Synchronous, brushed DC, Induction Sensors – Hall assemblies, LVDTs, RVDTs, Resolvers Actuators – Electromechanical actuators, direct drive, gear drive, Solenoids – Push/Pull, Single/Multi coil, Pressurized applications. Experience in analytical design and CAD design with FEM tools – Maxwell, RMXprt, Speed, Motorcad, Flux, Magnet Experience in creating new designs from scratch Working knowledge in product development , Test & validation and qualification testing Working knowledge in using the servo electronics, data acquisition, Labview or similar tools for testing of above mentioned products. Experience in Aerospace, Space and Defense industry and AS 9100 process. Innovative thinking for new technology developments. Behavioral Requirements Self-motivation and positive attitude Passion towards Innovation and Out of box thinking. Critical / logical problem solving skills Good organizational skills, ability to multi task effectively Must possess excellent verbal and written communication skills Process oriented and Delivering on time results to support business goals. Quality consciousness Courage to take risks Responsibilities Responsible for design and development of electromechanical products and subsystems like servo motors, sensors, Electromechanical actuators, Solenoids Responsible for electrical & magnetic design and analysis using FEM tools and other analytical methods. Conceptualize, design and detail the components & LRU’s for Aerospace, Space, Defense and special applications. Responsible for New Product Development Responsible to design necessary test rigs. Responsible for preparing necessary Documentation for assembly process, work instructions, test procedures and test report.

About the project: The project funded by the Government focuses on developing and demonstrating drone and allied technologies. The project will address various applications through the utilization of advanced technologies and critical infrastructure. Strong industry connections and collaborations will be fostered to solve pertinent challenges and drive technological advancements. Additionally, comprehensive drone training and awareness programs will be provided to ensure proficiency and understanding among people. Institute: Indian Institute of Technology (IIT) Bombay, Mumbai Qualification and Key Skills Required: • PhD with relevant experience OR • MTech / ME or equivalent degree with relevant experience OR • BTech / BE or equivalent degree with relevant experience • Experience in designing and developing multi-copters / fixed-wing / VTOL hybrid UAVs • Proficiency with SolidWorks, CATIA, and ANSYS Workbench for finite element analysis (FEM) and computational fluid dynamics (CFD) simulations • Expertise in selecting components and modifying UAVs based on tests, payloads, and sensor requirements • Understanding of flight physics, composite materials, aerodynamics, structures, FEM analysis for UAVs • Understanding of communication framework used in UAVs. Job Profile: • Design and develop various types of UAVs, including multi-copters, fixed-wing, VTOL hybrid UAVs • Perform FEM and CFD simulation and validate UAV designs • Select appropriate components for UAVs based on specific requirements • Document design processes, test results, and provide technical reports • Collaborate with cross-functional teams to ensure seamless integration of UAV systems • Any other work assigned as per requirement.

Position Overview SPIRE (Signal Processing Interpretation and REpresentation) Lab in the Department of Electrical Engineering, Indian Institute of Science, Bengaluru, seeking a highly motivated and talented Postdoctoral Fellow to join our research group under CV Raman Postdoctoral Fellowship to work at the intersection of acoustics, computational physics, and machine learning. The selected candidate will focus on the development and application of physics-informed neural networks (PINNs) for solving forward and inverse problems in acoustics, including time-harmonic and time-domain wave propagation, impedance characterization, and boundary value problems. Key Responsibilities Develop robust and scalable PINN architectures for simulating acoustic wave propagation in 1D, 2D, and 3D geometries. Formulate physics-constrained loss functions using the governing equations of acoustics (e.g., Helmholtz and wave equations). Implement boundary conditions including Dirichlet, Neumann, and Robin types for complex domains. Collaborate with team members on high-performance computing (HPC) or GPU-accelerated implementations of the models. Analyze results and validate models using analytical, numerical, or experimental benchmarks. Publish research findings in peer-reviewed journals and present at international conferences. Assist in mentoring graduate and undergraduate students working in related projects. Required Qualifications Ph.D. in Acoustics, Applied Mathematics, Mechanical/Aerospace Engineering, Computational Physics, or related fields. Strong background in numerical methods (FEM, FDM, BEM, etc.). Experience with deep learning frameworks such as TensorFlow or PyTorch. Familiarity with physics-informed machine learning (PINNs, DeepONets, etc.). Proficiency in scientific computing using Python; knowledge of GPU acceleration is a plus. Good publication record in relevant fields. Strong communication and collaborative skills. Preferred Qualifications Experience in solving forward problems in acoustics. Prior work involving sound wave propagation modeling in complex or inhomogeneous media. Exposure to uncertainty quantification or hybrid physics–data-driven modeling. Duration 2 years (extension subject to year-wise performance) How to Apply Interested applicants should upload the following documents for the initial screening using the link: https://forms.gle/2WEPGS8rfbWhjoFd8 Cover letter detailing relevant experience and research interests CV including list of publications

Date: Jun 21, 2025 Location: Pune, IN Apply now » Apply now Apply for Job Enter your email to apply Position Summary With Job Responsibilities Position Description Format Position Name Senior Manager- PPC Sanand EV Works-TPEM Position level Level 5 DEM position name Lead PPC DEM position level Level 4 FEM position name - FEM position level - Purpose of the position Why the positions exists? What will happen if there is no one in the position (no one performs the work)? The purpose of the role is to ensure fulfilment of requirement of the operations plan by ensuring accurate production planning and monitoring of production of vehicles up to shop aggregate level. Dimensions of the position Production Planning ~ 20000 aggregate partsPersonal Profile Education B.E./B. Tech (Mechanical/Elec.) Skills/ Competencies 1. Driving Execution Customer Centricity Leading Change Operations Management Business and financial acumen Problem solving orientation. Risk management Relevant Experience Must possess overall experience of 3-8 years in the Supply Chain management, and must possess functional experience of Production Planning of minimum 2 years Key Responsibilities S.N. Key Responsibility & Key Tasks Measures 1 Production Planning Preparation of shop production plan for annual and monthly Operations Plan and seek key decisions Receive 3-day production plan as per S&OP requirement and work out the sequencing of models as per the availability of aggregates and parts Prepare and circulate 3 day dropping plan for the allocated shops/shift Ensure accurate communication loop between the Operations Planning team and Shop production team CLIP & CVP targets Availability of aggregates and parts Zero line stoppages Education Work Experience 2 Data & dashboard management Monitoring and updation of Shop aggregate level dashboards to showcase the changes in production sequencing if any Monitor feeding of correct sequencing to the assembly line Monitor upload of MES shift plan in the system on daily basis and keep a check on production target achievement through regular follow ups; Inventory levels Production up time 3 Supply Chain Management Coordinate with Scheduling & Procurement team to ensure correct supply of aggregates and parts as per the planned sequence Coordinate with Logistics team to ensure timely availability of materials and parts to the respective shops Liaison with Warehousing team to ensure sufficient line level inventory availability to prevent any line shortages Production up time due to material availability 4 Demand fulfilment Monitor and furnish daily production MIS and line stoppage report as per hourly production control chart. Highlight stoppages in case of material shortages Escalate material shortage issues to the SCM team and suggest corrective actions for immediate restart of the line Coordinating with Scheduling department in case of change in plans to minimize line stoppages Discern the gap between shift plan and actual shop production; highlight gaps to concerned departments Monitor quality issue with Shop aggregates and follow the pre-defined rectification route Highlight alarming areas and prepare an action plan with the production head and other department heads to maintain line functionality 5 SCM systems development Ensure accurate data input into SCM Business support IT Tools & Systems Learn and develop new IT systems; deploy the improvements to increase the overall efficiency of the SCM team Conduct trainings for improving internal team competency within SCM team to effectively utilise IT Systems & Tools for SCM Business Operations Access Controls Segregation of Duties 6 Process standardisation & improvement Adherence to the production planning process Integrate and Align SCM Business Processes to TMPS and WCQ Philosophy Deployment of SCM Business Processes across TML Plants Tata Motors Leadership Competencies Customer Centricity - Anticipating, understanding and focusing efforts on meeting the customer (stakeholders) needs or expectations Developing Self and Others - Recognizing continuous development is essential for success and taking steps to develop self and helping others to excel Driving Execution - Translating strategy into action and execution Leading by Example - Encouraging and following ethical standards Leading Change - Recognizing the need for change, initiating and adapting to change Motivating Self and Others - Inspiring teams and individuals Functional Competencies Tags Apply now » Apply now Apply for Job Enter your email to apply

Looking for challenging role? If you really want to make a difference - make it with us Can we energize society and fight climate change at the same time? At Siemens Energy, we can. Our technology is key, but our people make the difference. Brilliant minds innovate. They connect, create, and keep us on track towards changing the world’s energy systems. Their spirit fuels our mission. Our culture is defined by caring, agile, respectful, and accountable individuals. We value excellence of any kind. Sounds like you? This position is responsible for preparing standard technical specifications and request for quotation (RFQ) documents, detail design and the erection/ O&M/ product manual for LGT Auxiliaries like, noise enclosures, Fire Fighting system, Rotor Air Cooler for GT, Exhaust Gas Diffuser, Fin-Fan Generator Cooler, GT Inlet Dehumidifier, Diffuser, for the selected Gas Turbine package. This role will be a member of the AUX India Mechanical System Engineering team. The position will be based in Gurgaon, India, in the global acting challenging technical environment in the AUX Mechanical Systems department. The Mechanical Systems department works across multiple locations. Majority of the tasks will be in Engineering but also site support. Your new role – challenging and future- oriented: Preparation of RFQ documents for noise enclosures, Fire Fighting system, Rotor Air Cooler for GT, Exhaust Gas Diffuser, Fin-Fan Generator Cooler, GT Inlet Dehumidifier, Diffuser. Coordination with Customer Order Engineering, Purchasing, Vendors and engineering departments, Project management. Coordination of CFD and FEM modelling for design verification and evaluation of results. Represent Mechanical Systems in Gas Turbine Package Development Teams. Check the vendor bids and providing Clarifications, technical vender negotiations. Vendor evaluation including risk assessment and support the commercial selection. Check of vendor design and documentation. Supporting the detailed design by vendors for Rotor Air Cooler for GT, Exhaust Gas Diffuser, Fin-Fan Generator Cooler, GT Inlet Dehumidifier, noise enclosures including assembly drawings, detail drawings, O&M manuals. Ensure alignment of the vendors solution with Product Requirements specification and customer needs & interface clarification. Creation & Maintenance of system drawings and Models in 3D and 2D tools. Participate on Cost savings ideas. Document and drive implementation in SAP PDM. Release and maintain reference documentation in COMOS, Team Centre or related databases. Provide field/site support if required. We don’t need superheroes, just super minds: Bachelor/Masters in Mechanical Engineering or other comparable degree. 3 to 10 years of relevant engineering work experience. Ability to travel globally Excellent team player to support and serve the global team High flexibility in taking new tasks/responsibilities Excellent communication skills, Excellent English language skills Strong dedication to the product and willingness to own it. Solid understanding about the interactions of quality, costs and delivery time. We’ve got quite a lot to offer. How about you? This role is based at Site (Gurgaon). You’ll also get to visit other locations in India and beyond, so you’ll need to go where this journey takes you. In return, you’ll get the chance to work with teams impacting entire cities, countries – and the shape of things to come. We’re Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality, and we welcome applications that reflect the diversity of the communities we work in. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination and help us shape tomorrow.

Job Description We are seeking a meticulous and skilled CAE Modeling Engineer to join our CAE team. In this role, you will be instrumental in the pre-processing phase of Finite Element Method (FEM) for vehicle Body-in-White and full vehicle models, focusing on Durability and NVH performance. You will be responsible for handling, validating, and preparing complex engineering data, CAD and BOM, to create high-quality FE models for analysis. This position requires a strong understanding of FE modeling best practices, excellent data handling skills, and the ability to communicate effectively with the modeling team. Responsibilities Perform detailed studies and checks on incoming CAD data, identifying missing geometry, evaluating data quality issues, and resolving geometric intersections that would impact FE model integrity. Develop and execute queries to extract, process, and verify critical input data from various sources, including CAD, Bill of Materials, Non-Geometric Data, connection lists, and other relevant engineering databases. Act as a technical liaison, providing clear direction, feedback, and necessary clarifications to the core FE modeling team regarding data issues, model requirements, and preparation methodologies. Apply relevant BOM information, material properties, boundary conditions, and other applicable FE mechanisms and attributes within the Body Durability and NVH FE models. Prepare and define complex system model connections and assemblies, accurately representing physical joining methods such as spot welds, seam welds, adhesives, bolts, springs, and other fasteners within the FE model. Execute geometry clean-up procedures, including performing de-penetration and resolving intersections both within individual component models and across complex system assemblies. Rigorously review Body Durability and NVH FE models against standard checklists, guidelines, and best practices to ensure accuracy, completeness, and adherence to modeling standards. Identify, diagnose, and effectively debug and fix errors, warnings, and inconsistencies within the FE models to ensure they are robust and ready for successful analysis runs. Qualifications Required skills Bachelor's degree in Mechanical Engineering, Automotive Engineering, or a related technical field. 3+ years of experience in CAE pre-processing, FE modeling, or engineering data preparation, preferably within the automotive industry. Proficiency with major FE pre-processing software (e.g., HyperMesh, ANSA). Experience handling and validating large CAD assemblies and complex geometric data. Strong understanding of engineering data sources such as BOMs, material specifications, and fastening standards. Solid knowledge of FE modeling principles, especially regarding the accurate representation of various connection types (welds, bolts, adhesives, etc.). Familiarity with Body-in-White or full vehicle structural components and assemblies. Ability to read and interpret engineering drawings, specifications, and technical documentation. Excellent attention to detail and a systematic approach to data verification and model quality checks. Good verbal and written communication skills for providing technical direction and clarifications. Good to have skills - Experience with specific CAD software (e.g., CATIA, 3DX or NX). Familiar with CAE solvers like Nastran, Abaqus or LS-DYNA. Experience with scripting languages (e.g., Tcl, Python) for automation of pre-processing tasks. Knowledge of Product Lifecycle Management systems (Enovia or Teamcenter). Basic understanding of Durability or NVH analysis principles.

Develop and propose preliminary engineering solutions based on site conditions and project requirements. Prepare preliminary designs for foundations, embankments, open-cut slopes, retaining structures, reinforced earth (RE) walls, and underground excavation support systems. Define methodologies for the execution of geotechnical works. Estimate the Bill of Quantities (BOQ) at the tendering stage for geotechnical works, ensuring accurate quantity assessments. Prepare technical documents specifying investigation requirements for detailed design development, preparing technical specifications of materials for procurement needs. Conduct & Monitoring Field Mapping, Investigations, topographical surveys. Preparing Geological & Geotechnical Investigation Reports (GIR). Preparing Geotechnical Baseline Report (GBR) Preparing Design Basis Report. Detailed Design & Engineering for foundations, Embankments, open-cut slopes, retaining structures, reinforced earth (RE) walls. Detailed Geotechnical Design & Analysis of large underground structures, excavationsupport systems & stability for Powerhouse & Transformer/GIS caverns, Desilting chambers, Surge Chambers etc. Detailed Design & Analysis of permanent & temporary Tunnels and Shafts such as HRT/TRT, Pressure Shafts Surge Shafts, Adits, Tunnel Plugs. Geo-mechanical & Geotechnical design of tunnels by Tunnel Boring Machines Structural interfaces. Geotechnical design of Dams & Foundations, Dam Foundation Treatment measures, Dam body drainage system Abutment slopes excavation, stability & support Instrumentation & Monitoring of Dams & Embankments, open-cut slopes, underground structures. Detailed studies & simulation of seismic design & liquefaction Performing design analysis and calculations using FEM 2D/3D and LEM design software to optimize design for various geotechnical components. Preparing technical documents referring to design basis memorandums, codal provisions, and geotechnical interpretation reports and in-situ test results. Scrutiny and review of drawings provided by consultant/client and check the constructability as per site condition and preparing construction methodologies based on the detailed drawings and technical specifications.

Job Title: Materials & Structural Integrity (FEA) - Steam Turbine R&D L ocation: Gurugram What will be my responsibilities? Carry out static/transient, Linear/Non-linear thermo- mechanical FEA (Finite element analysis) & CFD of Steam Turbine static & Rotating components (e.g. casing, valves, rotor, bearing pedestals, blades, etc.) using commercial software such as ABAQUS, ANSYS-CFX. Perform Low cycle fatigue, High Cycle fatigue, assessment of different components of steam turbine. Perform high temperature Creep calculation and assessment. Able to logically interpret the calculation results and provide design change solution and perform design optimization accordingly. Seamless transfer of structural integrity calculation input and output between design team and project lead respectively. Development of innovative solutions. Controlling risk of design changes with appropriate methods like FMEA. Prepare and document FE calculation in the form of structural integrity design report. Participate and conduct structural integrity design review at component level / project level. As per the business needs, flexibly switch to other calculation topics like Rotor dynamics, Thermodynamics, etc. Therefore, additional experience in such calculations would be a great advantage. What do I need to qualify for this job? BE/B.Tech or ME/M.Tech (Mechanical – any Govt. Engineering college) with CGPA > 8.0 Minimum 3-8 years of Engineering experience in Materials, Structural Integrity / CFD / Rotordynamics. Strong theoretical fundamentals in material & strength of materials – this will be the key assessment point. Strong understanding of Rotordynamics & Thermodynamics fundamentals will be beneficial. Relevant work experience in Turbomachinery Blading will be of an added advantage. Strong fundamentals in Mechanics, Thermal, Fluid Engineering and Engineering design Knowledge of Finite Element Method (FEM) & Computational Fluid Dynamics software (preferably ABAQUS and ANSYS-CFX) is desirable. Ability to work in Global Team in VUCA environment. What else do I need to know? Siemens is dedicated to quality, equality and valuating diversity and we welcome applications that reflect the diversity of the communities with in which we work. Please find more information on our organization at: www.siemens.com/energy We are looking forward to receiving your online application. Please ensure you complete all areas of the application form to the best of your ability as we will use the data to review your suitability for the role.

At Jacobs, we're challenging today to reinvent tomorrow by solving the world's most critical problems for thriving cities, resilient environments, mission-critical outcomes, operational advancement, scientific discovery and cutting-edge manufacturing, turning abstract ideas into realities that transform the world for good, Your impact Experience in Industrial, Pharmaceutical CGMP & FMCG Projects & Semiconductor Projects, Design of Large Industrial RCC Buildings, Utility Building Shed, Compressor Shelters, Design of Warehouse and Workshops, Steel Connection Design (Moment / Shear, Anchor Bolts, Base Plate etc), Design of FAB shelters for Microelectronics Projects, Knowledge of PEB Structures, Design of RCC & Steel Pipe Racks and Pipe Bridges, Special Pipe Supports, Steel Platforms, Design of Tank Foundations, Ring Wall Foundations and Dynamic Equipment Foundations, Knowledge of Vibration Analysis of the building, FEM Analysis Experience in Unistrut Design, Mepcon Project Experience Seismic Analysis for Industrial Structures, Design of Composite Slabs, Waffle Slabs Preparation of MTOs, BOQs, Tender Documents etc Staad, Etabs, RAM Connections, Idea Statica, SAFE, Robot, RISA, SAP, Tekla, Navis, Revizto, Hilti Profis Codes and Standards Indian Codes for Industrial Structures, ASCE, AISC, ACI, EURO Codes, NBC, IBC Preparation of Indian Technical Specs, Design Basis etc We value collaboration and believe that in-person interactions are crucial for both our culture and client delivery We empower employees with our hybrid working policy, allowing them to split their work week between Jacobs offices/projects and remote locations enabling them to deliver their best work, Here's what you'll need BE/b-tech in Civil Engineering with 5-10 years of experience in handling Structural Design activities,

At Jacobs, we're challenging today to reinvent tomorrow by solving the world's most critical problems for thriving cities, resilient environments, mission-critical outcomes, operational advancement, scientific discovery and cutting-edge manufacturing, turning abstract ideas into realities that transform the world for good, Your impact Experience in Industrial, Pharmaceutical CGMP & FMCG Projects & Semiconductor Projects, Design of Large Industrial RCC Buildings, Utility Building Shed, Compressor Shelters, Design of Warehouse and Workshops, Steel Connection Design (Moment / Shear, Anchor Bolts, Base Plate etc), Design of FAB shelters for Microelectronics Projects, Knowledge of PEB Structures, Design of RCC & Steel Pipe Racks and Pipe Bridges, Special Pipe Supports, Steel Platforms, Design of Tank Foundations, Ring Wall Foundations and Dynamic Equipment Foundations, Knowledge of Vibration Analysis of the building, FEM Analysis Experience in Unistrut Design, Mepcon Project Experience Seismic Analysis for Industrial Structures, Design of Composite Slabs, Waffle Slabs Preparation of MTOs, BOQs, Tender Documents etc Staad, Etabs, RAM Connections, Idea Statica, SAFE, Robot, RISA, SAP, Tekla, Navis, Revizto, Hilti Profis Codes and Standards Indian Codes for Industrial Structures, ASCE, AISC, ACI, EURO Codes, NBC, IBC Preparation of Indian Technical Specs, Design Basis etc We value collaboration and believe that in-person interactions are crucial for both our culture and client delivery We empower employees with our hybrid working policy, allowing them to split their work week between Jacobs offices/projects and remote locations enabling them to deliver their best work, Here's what you'll need BE/b-tech in Civil Engineering with 5-10 years of experience in handling Structural Design activities,

Date: Jun 19, 2025 Location: Pune, IN Apply now » Apply now Apply for Job Enter your email to apply Position Summary With Job Responsibilities Position Description Format Position Name Lead Prognostics and Cyber Position level L4 DEM position name GM Connectivity DEM position level L3 FEM position name FEM position level Purpose of the position Why the positions exists? What will happen if there is no one in the position (no one performs the work)? The Role Is Responsible To Creating predictive analytics and prognostics deployments on the edge for LV aggregates Develop embedded aggregation functions, docker based deployments on embedded Remote data logging and establishing connectivity till data lake Closed loop connectivity for FOTA of dockerised embedded functions Domain for E&E aggregates AIS 189 and AIS 190 compliance checking function Cyber security roadmap Interface with external vendors and parties to create ecosystem of prognostics and cyber Personal Profile Education BTech / M tech Software Engg / Embedded AI, ML Skills/Competencies Overall product development lifecycle and NPI Supplier relationship management Make Vs Buy options evaluation abilities Automotive electrical and electronic systems TCU design basics Cloud architecture and communications protocol basics Embedded s/w for embedded AI / ML, dockers WP.29, AIS 189, AIS 190 Relevan Experience 1.10-15 years of experience in the area of product engineering and development Data science, statistics, embedded Cyber threats, embedded pen testing, vulnerabilities assessment Understanding of ISO 21434, ISO 26262 and SOTIF Education Work Experience Key Responsibilities S.N. Key Responsibility & Key Tasks Measures 1Prognostics Implement prognostics functions on the edge and hybrid models Data logging, model building, training and testing Deployment of model at the edge and coordinate for the twin deployment in cloud Timely delivery and regulation compliance 2Cyber Roadmap and adherence to AIS 189, AIS 190 Systems, methods and process establishment for cyber Checking function for cyber 3Penetration testing and ethical hacking for exposing vulnerabilities, coordination within E&E for fix Tata Motors Leadership Competencies Customer Centricity - Anticipating, understanding and focusing efforts on meeting the customer (stakeholders) needs or expectations Developing Self and Others - Recognizing continuous development is essential for success and taking steps to develop self and helping others to excel Driving Execution - Translating strategy into action and execution Leading by Example - Encouraging and following ethical standards Leading Change - Recognizing the need for change, initiating and adapting to change Motivating Self and Others - Inspiring teams and individuals Functional Competencies Tags Apply now » Apply now Apply for Job Enter your email to apply Show more Show less

The Opportunity Contribute with own ideas to identify, propose and implement innovative technology development and solutions. Solve industrial problems independently. How You’ll Make An Impact Demonstrate your technical expertise by undertaking a variety of engineering assignments within R&D projects. You will showcase your independent problem-solving skills and contribute to ongoing scientific discussions in your area. Run, within the dielectrics field, feasibility studies propose, and develop new technical concepts, design new products, and simulate their expected performance. Provide technical support to factories in different stages of customer project execution such as design clarification and simulation as well as dielectric and insulation design. Conduct feasibility studies, develop technical concepts, design new products, and simulate their performance. Have a global collaboration with scientists of Hitachi energy’s research teams, technology centers, technology managers and engineers from the various factories. Lead the implementation of new functionality in transformer insulation design tools. Create technical requirements, support software developers in implementation and test the quality of the solutions. Formulate clear conclusions and practical recommendations for the business. Transfer your knowledge and findings by elaborating reports, specifications and/or participating in educational programs. Contribute to product and technology development projects, ensuring timely and budget-compliant delivery. Develop, manage and expand relationships with stakeholders, internal functions, Corporate Research Centers and external relevant parties (e.g. customers, universities). Providing proposals for possible partnerships. Serve as a valuable R&D project member and, as a potential project or sub-project leader, ensure alignment with goals in time, cost, and quality. Coordinate activities with a strong grasp of R&D processes and tools. Actively participate in engineering networks to enrich your expertise and visibility within your targeted area. Recognize the importance of intellectual property to our business, engage in IP discussions, prepare project clearance reports, and identify risks in R&D projects. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. 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. Your Background B. Tech or BE or ME or M.Tech or MS or PhD Engineer in EEE or High Voltage Engineering or Power System Engineering. 4 to 10 years of proven experience on using simulation tools (Ansys, Elecnet, COMSOL etc..) and preferably have experience in designing and FEM based simulations. Expertise in characterizing and modeling the dielectric properties of various materials, including permittivity, permeability, and loss tangent. Deep understanding of insulation design. Knowledge of CAD modelling software (CREO). Excellent abilities in teamwork in international teams with excellent interpersonal skills. Solid understanding of the standard body of knowledge in the relevant technical field and solid technical proficiency. Experience with project management tools and models, both Agile and traditional. Willing to work in remote and diverse environments. Willingness to travel to factories when needed. Most important for this role is your personality and your willingness to learn and explore new areas. Excellent teamwork and collaboration skills are crucial to succeed. Proficiency in both verbal and written communication skills in English. Hitachi Energy is a global technology leader that is advancing a sustainable energy future for all. We serve customers in the utility, industry and infrastructure sectors with innovative solutions and services across the value chain. Together with customers and partners, we pioneer technologies and enable the digital transformation required to accelerate the energy transition towards a carbon-neutral future. We employ around 45,000 people in 90 countries who each day work with purpose and use their different backgrounds to challenge the status quo. We welcome you to apply today and be part of a global team that appreciates a simple truth: Diversity + Collaboration = Great Innovation. Show more Show less

Job Description: 1 Creation of Seat CAE Models for Strength Analysis and comfort 2Ability to do Integration [Weld / Bolt / Adhesives etc., connections] 3Able to build 1St Row, 2nd Row and 3rd Row Seat models 4Able define all Mechanisms (Recliner, Latch, Track, etc) 5Able to carry out Closures strength analysis such as Sag, Side door Impact, Oilcanning etc. 6Able to work effectively with design teams to develop solutions within defineddeadlines and time constraints. 7Have an awareness of potential design constraints (packaging, manufacturingetc.) and ensure due consideration is given in developing solutions. 8Responsible for all documentation of all work and preparation of lessonslearnt documentation to provide benchmark knowledge for future work on otherprograms. 9Participate in developing action plans and solutions for critical issues 10Discuss day-to-day project related concerns with the customer and GES partners 11Responsible for the verbal and written communication with the customers 12Responsible for successfully delivering projects without any issues \u200b

At Jacobs, we're challenging today to reinvent tomorrow by solving the world's most critical problems for thriving cities, resilient environments, mission-critical outcomes, operational advancement, scientific discovery and cutting-edge manufacturing, turning abstract ideas into realities that transform the world for good. Your impact Experience in Industrial, Pharmaceutical CGMP & FMCG Projects & Semiconductor Projects. Design of Large Industrial RCC Buildings, Utility Building Shed, Compressor Shelters, Design of Warehouse and Workshops. Steel Connection Design (Moment / Shear, Anchor Bolts, Base Plate etc). Design of FAB shelters for Microelectronics Projects. Knowledge of PEB Structures. Design of RCC & Steel Pipe Racks and Pipe Bridges, Special Pipe Supports, Steel Platforms. Design of Tank Foundations, Ring Wall Foundations and Dynamic Equipment Foundations. Knowledge of Vibration Analysis of the building. FEM Analysis Experience in Unistrut Design. Mepcon Project Experience Seismic Analysis for Industrial Structures. Design of Composite Slabs, Waffle Slabs Preparation of MTO’s, BOQ’s, Tender Documents etc. – Staad, Etabs, RAM Connections, Idea Statica, SAFE, Robot, RISA, SAP, Tekla, Navis, Revizto, Hilti Profis Codes and Standards – Indian Codes for Industrial Structures, ASCE, AISC, ACI, EURO Codes, NBC, IBC Preparation of Indian Technical Specs, Design Basis etc. We value collaboration and believe that in-person interactions are crucial for both our culture and client delivery. We empower employees with our hybrid working policy, allowing them to split their work week between Jacobs offices/projects and remote locations enabling them to deliver their best work. Here's what you'll need BE/B.Tech in Civil Engineering with 5-10 years of experience in handling Structural Design activities. Show more Show less

Job Requirements Required Experience:- 3 to 6 years of Automotive OEM / Engineering service industry experience in Vehicle Assembly Equipment Planning Tool Skills :- Delmia V5/V6, 3D experience, NX, Teamcenter visualization Technical Skills :- - Vehicle Assembly TCF line Equipment planning. - Assembly wise Equipment requirement study, concept preparation & digital simulation in Delmia & Teamcenter visualization - Experience in Designing of Manipulators for part fitment in vehicle assembly (Seat, Door, Windshield, FEM, Cockpit Manipulator etc.) - Experience in Digital simulation, concept creation for various manipulators used in vehicle assembly - Delmia V5 /V6 – Equipment & complete end to end process simulation, Mannequin Task simulation, Kinematics, ergonomic studies - Fixture design in NX - 3D factory simulation - Factory Build in 2D experience Qualification :- B.E / B. Tech in Mechanical / Production / Industrial Engineering Show more Show less