57 Yield Improvement Jobs

Role Overview: You will be responsible for handling Sheet Metal Parts in the BDY Division. Your role will involve being well-conversant with various manufacturing technologies related to Sheet Metal such as Press, Weld, Proprietary, Forging, Fastener, and Standard parts. Additionally, you will be expected to have a background knowledge of processes associated with these technologies. Your expertise in Supply Chain management, procurement, and development will be crucial. Cost reduction through VAVE activities and Yield Improvement will also be a key aspect of your responsibilities. Key Responsibilities: - Understanding and experience in Supply Chain management - procurement & development - Dealing with diversified suppliers effectively - Knowledge of Zero-based costing, Quote analysis & Negotiation skills, and basic financial knowledge - Analytical, problem-solving, technical, and communication skills - Reading and analyzing Engineering Standards, technical documents & Drawings - Tooling cost estimation from part drawing using ZBC Approach - Knowledge of structure of sheet metal and forging dies, tools & the cost associated with the designing & Manufacturing Qualifications Required: - B.E./B. Tech. in Mechanical Engineering - Relevant Industry experience in the Automobile Background Additional Details: The industry focuses on Sheet Metal Parts, Sheet Metal Assemblies, Forging, Fastener, and Standard parts. You may also be required to travel based on work requirements.,

Role & responsibilities : Should be capable of Understanding the Customer requirement & Preparing Feasibility. Able to prepare Tooling information- Process/ Tool Size/ Simulation/ Tonnage/ FTG & Tooling Cost. Expertise in Tool Development/ Manufacturing/ Buyoff/ HLT/ Quality check/ Proving. Must be aware of Part quality report study/ Analysis & Part proving. Project Timeline adherence - Customer Commitment/ supplier follow up for achieving Time plan. Basic Software knowledge like Autoform/AutoCAD / CATIA etc. Know-how of Handover Taker Process from Internal External - Customer/ Supplier. Yield improvement/ VAVE/ Process optimization/ Kaizen in running projects. Creating & Using of Systems/ Standards/ Check sheet.

Process Engineering Dy mgr harness & wires product Organize, implement maintain production process flow Develop working instructions workmanship standards process documents followed Investigate operational problems reporting & recommending solutions Required Candidate profile BE with 8 to 14 yrs experience Tool & Fixture development for process improvement Calculation of Project cost Cycle time Machines & Manpower requirement for new projects PFMEA, PFC & Work Instruction

The Continuous Casting Plant Engineer is responsible for ensuring the efficient and safe operation of the continuous casting process, which transforms molten metal into solid slabs, billets, or blooms. This role involves overseeing process parameters, maintaining equipment, troubleshooting operational issues, and ensuring product quality meets specifications. The engineer plays a critical role in optimizing productivity, minimizing downtime, and supporting continuous improvement initiatives within the casting area. Principal Accountabilities* Monitor and control the continuous casting process to ensure stable and efficient operations. Analyze process data and parameters to optimize casting speed, mold cooling, and strand quality. Troubleshoot equipment malfunctions, casting defects, or process anomalies. Coordinate with maintenance teams to plan preventive and corrective maintenance activities. Ensure proper functioning of casting machines, molds, tundishes, ladles, and associated systems. Collaborate with quality control and metallurgical teams to meet product quality standards. Lead or support continuous improvement projects (e.g., yield improvement, cost reduction, energy efficiency). Ensure compliance with all safety, environmental, and operational procedures. Prepare technical reports, downtime analyses, and shift summaries. Train and support operators and junior staff on best practices and new technologies.

A) Quality / Yield Improvement: Understand process in detail Collect data for baseline & project scoping Conduct baseline study & align goals Prepare Project Charter Brainstorm with stakeholders Gather current data Analyze data for insights Perform Root Cause Analysis (RCA) with data validation Develop action plan Implement actions & conduct trials Verify improvements & close project Create control plan for sustenance B) Productivity Improvement / Capacity Enhancement: Understand process in detail Collect data for baseline & project scoping Conduct baseline study & align goals Prepare Project Charter Calculate stage-wise Best of Best (BOB) Identify bottlenecks using data/mass balance Brainstorm with stakeholders Develop action plan Implement actions & conduct trials Verify improvements & close project Create control plan for sustenance C) Drive Analytics Projects: Transfer process knowledge to data scientists Perform batch mapping Provide input for analysis, insights & hypothesis validation Offer technical support for simulators, digital twin, predictive models D) Knowledge / Soft Skills: Basic Chemical Engineering Six Sigma (minimum Green Belt) Proficiency in MS Office, Minitab (preferred) Familiarity with R / Python (preferred)

As an Integration Engineer, you will be responsible for managing the integration of 40-110nm BCD (BCD Lite) and HV (Display Driver) technologies from partner facilities. Your main objective will be to ensure the transfer of technologies while meeting performance, reliability, yield, schedule, and cost targets. Additionally, you will be required to support the initial ramp-up phase while upholding yield and quality metrics. Your role will also involve enhancing existing technologies by adding features like active devices and passives, as well as developing new technologies to improve performance and expand application range. You may also lead Wide Band Gap Power technologies as part of your responsibilities. In this position, you will be involved in the design and layout of test chips to facilitate device/technology optimization, reliability assessment, and SPICE model extraction. Moreover, you will be responsible for end-to-end project management, starting from the initial project justification to final qualification and yield ramp. Your duties will include achieving desired performance, quality, yield, schedule, and cost targets. As part of your role, you will build and lead a cross-functional team that spans across diverse geographies. Establishing strong customer relationships based on confidence in the technical capabilities of the company will also be essential. Competitor benchmarking and ownership of the technology roadmap will be within your purview. You will be expected to present to internal and customer senior executives and may require occasional travel for a few weeks per quarter. To qualify for this position, you should hold an M.S or PhD in Electrical Engineering, Materials Science, or a related field. A strong understanding of CMOS and Power device physics, process modules, yield improvement, failure mechanisms, and analytical techniques is essential. In-depth knowledge of power technology parameters and figures of merit, along with a proven track record in delivering technologies into volume manufacturing, will be advantageous. You should possess an understanding of EDMOS/LDMOS device design trade-offs using resurf and superjunction concepts. Familiarity with key modules, especially as they relate to power technologies, and different power device configurations will be beneficial. Demonstrated ability to lead cross-functional teams, meet project deadlines and cost targets, and work effectively across different cultures and geographies are essential qualities for this role. Being a good team player, having an innovative mindset, and maintaining a competitive outlook will be key to success in this position.,

You should have an M.S or PhD in Electrical Engineering, Materials Science or equivalent field. You must possess a strong understanding of CMOS and eNVM device physics, process modules, yield improvement, failure mechanisms, and analytical techniques (physical and electrical). A deep understanding of key eNVM technologies such as charge trap, floating gate, RRAM, MRAM, etc is essential. Experience in technology parameters and figures of merit like bit cell size, macro size, endurance, retention, power, latency, mask count, etc is required. You should have a proven track record in delivering these technologies into volume manufacturing and achieving competitive performance. The ability to lead cross-functional teams and ensure project completion within timeline and cost targets is necessary. Working across different cultures and geographies should be a strength along with being a good team player. Having an innovative and competitive mindset will be beneficial in this role.,

As a member of Tata Electronics, a subsidiary of Tata Sons Pvt. Ltd., you will be part of a pioneering initiative to establish India's first AI-enabled state-of-the-art Semiconductor Foundry. This cutting-edge facility is dedicated to producing chips for a variety of applications, including power management IC, display drivers, microcontrollers (MCU), and high-performance computing logic. These chips cater to the increasing demands of sectors such as automotive, computing, data storage, wireless communications, and artificial intelligence. Your role will involve integration responsibilities for the transfer of 28-90nm technologies from partner facilities, focusing on feature enhancements and performance improvements while meeting reliability, yield, schedule, and cost objectives. You will also be responsible for leading the R&D efforts for new nodes and technology variants, designing and laying out test chips for device/technology optimization, reliability assessment, and SPICE model extraction. Additionally, you will be tasked with end-to-end project management, from the initial project justification to final qualification and yield ramp. This includes ensuring the achievement of desired performance, quality/yield, schedule, and cost targets. You will lead a diverse, cross-functional team across multiple geographies, fostering strong customer relationships based on confidence in Tata Electronics" technical capabilities. To excel in this role, you should possess a Master's or Ph.D. in Electrical Engineering, Materials Science, or equivalent, with a strong understanding of device physics, process modules, yield improvement, failure mechanisms, and analytical techniques. Your proven track record in developing and transferring technologies into high-volume manufacturing, along with deep knowledge of CMOS, SRAM, and eNVM parameters, will be crucial. Your ability to lead cross-functional teams effectively and achieve project completion within timeline and cost constraints is essential. Furthermore, your innovative mindset, problem-solving skills, and adaptability to different cultures and geographies will be key to success in this role. With over 15 years of experience in the semiconductor industry and a track record of successfully developing new technologies for high-volume production, you are expected to drive innovation, collaboration, and continuous improvement within the organization. If you are a self-motivated individual with leadership skills, a thirst for knowledge, and a passion for driving change in a dynamic industry, we invite you to join our team at Tata Electronics and be part of our journey towards technological excellence and global leadership in semiconductor manufacturing.,

Job Description: As a qualified candidate with a B.E./B.Tech degree, you will be responsible for understanding the Automotive Industry, with a preference for CNG related aspects. Your key responsibilities will include scheduling and planning of CNG parts for the future, strategizing, negotiation, and derisking planning. Additionally, you will be involved in costing, negotiations, development of new parts, and procurement, while interacting with various agencies within the company. Your role will also involve meeting cost reduction targets through Value Analysis-Value Engineering (VA-VE), yield improvement, inner parts localization, annual price negotiations, and other related activities. You should possess strong negotiation skills, perseverance in handling tough challenges, and the ability to devise new negotiation tactics and strategies to achieve the set goals. If you are looking for a dynamic position where you can apply your technical knowledge and negotiation expertise within the automotive industry, this role may be the perfect opportunity for you.,

Role & responsibilities 1. Capacity Planning of New / Existing Products 2. Solvent Recovery improvements 3. Process monitoring for yield improvement & failure investigation. 4. Process monitoring, process data collection, trend data preparation and discussion with concern department. 5. New product technology absorption 6. Trouble Shooting of Equipments & Processes 7. Utility calculation for cost reduction & Energy Conservation. 8. Plant Equipment modification as per Process requirement. 9. PFD, P&ID & Plant Layout Preparation 10. Material & Energy balance calculations 11. Equipment specification data sheet preparation, Techno-commercial preparation for procurement. 12. Equipment sizing, selection & Design calculation. 13. Capex & OPEX preparation 14. Should take active participation in equipment qualification activities such as DQ, IQ & OQ

Role & responsibilities : The candidate having around 20 to 27 years of experience in OSD manufacturing process and having proven records on productivity, quality aspects with Regulatory Audit Exposures to handle production Planning, Execution, granulation, compression, coating and packing along side Quality Improvement, Operational excellence and yield improvement. Preferred candidate profile : Preferably the candidates known to South Indian languages would be value added and should have an exposures to handle the volume between 300 million to 400 million per month. Should have an exposures to major regulatory exposures, QMS exposures, process improvement and quality improvement.

1. Production: Coordinate and manage the activities of the production shift to ensure optimal productivity and efficiency. Supervise and provide guidance to a team of production operators, assigning tasks and monitoring their performance. Monitor production processes, troubleshoot issues, and implement corrective measures to minimize downtime and maximize output. Collaborate with other departments, such as Quality Control and Maintenance to address production-related issues and smooth operations. Maintain accurate records of production data, including output, downtime, and any deviations from quality standards. Conduct regular inspections of equipment and machinery, identifying maintenance needs and coordinating repairs or servicing as required. Implement and enforce company policies and procedures, including quality standards, safety guidelines, and operational protocols. 2. Quality: To ensure best quality products and produced without any batch failure and to ensure compliance. 3. Safety: To ensure Safest workplace and Safety in each operation of Plant and ensure compliance with safety regulations and promote a safe working environment for all employees. 4. Housekeeping & TQM: To ensure best housekeeping as per standards of 5S. Activity involved in driving the TQM culture in the plant. 5. Manpower: To manage manpower and ensure efficient work from them.Responsible for yield improvement projects, cost optimization, reduction in breakdown, capacity utilization improvement, batch cycle time reduction, improvement in planning and working. Participation in DWM, 5S, AM, ensure ZLD and other parameters pertaining to operational efficiency.

Roles and Responsibilities Oversee daily production operations in the jaggayyapeta unit, ensuring efficient use of resources and meeting quality standards. Identify areas for yield improvement and implement process enhancements to increase efficiency and reduce waste. Manage manpower handling, including planning, scheduling, and training to achieve optimal productivity levels. Desired Candidate Profile 5-10 years of experience in Jaggery Production or similar industry. Strong understanding of Khandsari Production processes and ability to manage a team effectively. Excellent knowledge of Quality Standards and Yield Improvement techniques. Proven track record of improving productivity while maintaining high-quality products.

As a Senior Engineer in Metrology Process Development at Micron Technology, you will play a crucial role in our vision to revolutionize how the world utilizes information to enhance the quality of life for all. Micron Technology is at the forefront of innovation in memory and storage solutions, driving the transformation of information into intelligence and inspiring rapid advancements in learning, communication, and progress. Your primary responsibilities will include initiating, developing, and optimizing processes to enhance product quality and reliability. You will focus on improving process yield, reducing costs, increasing productivity, and managing risks, while also addressing manufacturing line issues. Your expertise will be key in identifying, diagnosing, and resolving assembly process-related problems through methodologies such as failure analysis, FMEA, 8D, or SPC/FDC. In addition to problem-solving, you will lead and participate in activities aimed at enhancing yield and reducing costs. You will also oversee the qualification of new process baselines, ensuring the successful introduction of new processes, tools, and materials for product development. Furthermore, you will collaborate with material suppliers to manage, audit, and achieve quality, cost, and risk management objectives effectively. Your role will involve coordinating and executing evaluations and optimizations of processes, equipment, and materials, implementing necessary changes at each process step. You will support initiatives such as SPC/FDC/RMS/APC, site-to-site portability, and internal and external audits. Your contributions will be instrumental in driving continuous improvement and innovation in our memory and storage solutions. Micron Technology, Inc. is a pioneer in cutting-edge memory and storage solutions, reshaping how information is leveraged to enhance the lives of individuals worldwide. With a strong commitment to customer satisfaction, technological leadership, and operational excellence, Micron offers a diverse range of high-performance DRAM, NAND, and NOR memory and storage products under the Micron and Crucial brands. Our relentless pursuit of innovation empowers the data economy, enabling breakthroughs in artificial intelligence and 5G applications that create opportunities across data centers, intelligent edge computing, and user experiences on various platforms. To explore more about our innovative solutions and career opportunities, please visit micron.com/careers. If you require assistance during the application process or need reasonable accommodations, please reach out to hrsupport_india@micron.com. Micron strictly prohibits the use of child labor and complies with all relevant laws, regulations, and international labor standards to ensure ethical practices within our operations.,

You will be responsible for leading the Site Processing Engineering team in a Medium to large Generic API company. With a minimum of 10-15 years of experience, you should have a strong background in solvent recovery enhancement, troubleshooting scale-up issues, and continuous improvement of running molecules in the plant. Your expertise should include time cycle reduction, improving process economics, utility cost reduction, technology transfer, and a proven track record of leading operational excellence programs. As a Process Chemist, you will join our team with a focus on Plant based Process Development. With a minimum of 5-8 years of experience, you will work on Process Development, Yield Improvement, and Cost Reduction to meet industry benchmarks. Your responsibilities will include troubleshooting plant process issues, OOS investigation, CAPA development, and handling complex chemistry improvement projects.,

Key Responsibilities Manpower Management: Effective deployment, training, and supervision of the shop floor workforce to ensure productivity and discipline. OEE Analysis: Monitor and improve Overall Equipment Effectiveness (OEE) to maximize equipment utilization and production efficiency. Yield / RM Reconciliation: Track material consumption vs. output, ensure minimum wastage, and maintain accurate reconciliation reports. Rejection Analysis: Analyze rejections/defects, implement corrective and preventive actions to reduce scrap and improve product quality. Soft Trim Parts Knowledge: Apply technical expertise in soft trim parts manufacturing and compression moulding processes. Inventory Management: Maintain optimum stock levels of raw materials, WIP, and finished goods; coordinate with supply chain for smooth material flow. Production Planning & Control: Ensure adherence to production schedules and timely delivery of customer requirements. Continuous Improvement: Drive lean manufacturing practices, cost optimization, and process improvement initiatives. Compliance : Ensure adherence to safety standards, quality systems (IATF/ISO/TS), and company policies. Key Skills & Competencies Strong leadership and team management skills. In-depth knowledge of compression moulding processes and automobile soft trim parts . Proficiency in OEE monitoring, rejection analysis, and yield improvement. Good understanding of lean manufacturing, Kaizen, 5S, and TPM practices. Excellent problem-solving and decision-making skills. Strong analytical and reporting abilities.

As a candidate with at least 2.6+ years of experience in Spray Dryer within the chemical industry, you will be responsible for various core activities. Your main duties will include production planning and control, which encompasses tasks such as production planning, routing, developing production schedules, follow-up, inspections, and implementing corrective measures. You will also be tasked with ensuring cost-effectiveness through training programs and continuous improvement initiatives. Your role will require you to have a comprehensive understanding of process analysis and the ability to prepare and submit Root Cause Analysis (RCA) for market complaints, manufacturing issues, and EHS incidents. Safety will be a key focus, and you should be well-versed in safety processes within production, capable of leading their implementation, and participating in audits and visits related to quality, safety, and customer requirements. Implementing Theory of Constraints (TOC) to manage inventory levels, tracking material yield, and leading initiatives to improve yield will also be part of your responsibilities. Additionally, you will lead organizational initiatives such as 5S implementation, Quality and Regulatory Initiatives (QRI), Kaizen, safety protocols, Work Permit adherence, and ensuring compliance with all audit points including EHS, Safety, and Legal Metrological requirements. Your role will involve driving cost reduction through value addition, automation, and project implementation. You will also be responsible for implementing Environmental Health and Safety (EHS) practices, Total Productive Maintenance (TPM), 5S, and maintaining ISO certifications (ISO 14001, OSHAS 18001, and ISO 9001-2015). Effective coordination with the internal plant team for the timely dispatch of finished goods and receipt of raw materials is crucial, along with developing and monitoring procedures for efficient operations.,

As a Buyer for New Technology (EV, Semiconductors) Electrical Components, your role will involve costing, negotiation, and sourcing for new model parts within specified targets and timelines. You will be responsible for monitoring and ensuring the development aligns with the planned trials, coordinating with various stakeholders, and working towards cost reduction through activities such as VA-VE, yield improvement, and price negotiations. Additionally, your duties will include procuring parts for different trials, initial mass production stages, and spares supplies. You will also focus on supply de-risking strategies, MIS reporting, budgeting, vendor capacity assessment, and resolving quality issues during development and mass production. Furthermore, you will be involved in rationalizing vendor layouts, ensuring business continuity plans with existing vendors, tracking global semiconductor demand, and taking necessary countermeasures. Your competencies should include a good understanding of electrical-electronic components, semiconductor usage in automotive, manufacturing processes, logistics, and a data-driven approach for proposing strategies. In this role, you are expected to be a strategic thinker, possess strong execution orientation, problem-solving skills, and proficiency in using MS Office tools. A thorough understanding of balance sheets and costing is also essential for this position.,

You should be well-versed in steering and suspension parts, including sheet metal part assemblies and forging parts. It is important for you to have a strong understanding of manufacturing technologies such as sheet metal pressing, welding, proprietary processes, and forging. Your background should include knowledge of the processes associated with these manufacturing technologies. In this role, you will be responsible for dealing with various suppliers, so the ability to work with a diverse range of suppliers is crucial. You should also have knowledge of costing, quote analysis, negotiation skills, and basic financial concepts. Analytical, problem-solving, technical, and communication skills are essential for success in this position. An important aspect of the role is cost reduction through Value Analysis/Value Engineering (VAVE) activities and yield improvement. You should be able to read and analyze engineering standards, technical documents, and drawings. Proficiency in IT tools like Microsoft Office is required for this role. You will be expected to estimate tooling costs from part drawings using the Zero Based Costing (ZBC) approach. Knowledge of the structure of sheet metal and forging dies, tools, and the associated costs related to designing and manufacturing is essential. Occasional travel may be required based on work requirements.,

We are listed chemical manufacturer looking candidate for DGM Manufacturing based at Mahad(Maharashtra). Job purpose: To ensure production of Intermediate Plant with specified quantity & quality by achieving targeted efficiency norms Execution of monthly production plan 5S implementation Kaizen Effluent control and reduction Ensure safe operation, zero incident Erection & commissioning Role and Responsibilities: Strategic: Planning of production and dispatch of finished products in collaboration with QA/QC and Marketing as per schedule. Plan for raw materials and packing materials in collaboration with Materials Department and ensure sufficient inventory of these. Operational: Ensure all the time safe operations in plant. Monitoring and controlling norms, cost, utility and effluent from the plant. Ensure sufficient inventory of finished product as per customer specifications and other legal requirements. Monitor handling and storage of Raw materials(including hazardous materials) and Finished Products as per SHE norms Define and ensure implementation of Production processes as per SOPs to meet specifications and delivery schedule Ensure plant is run in an efficient manner and achieving the targeted yields Monitor and review reports, MIS, status to identify and make interventions to improve productivity , quality and compliance Monitor implementation of objectives lay down by management, waste management, prevention of pollution and emergency preparedness and response. Provide guidance and support to the team of Managers and Supervisors so as to ensure proactive solution to business issues Overall Incharge of all production plants for Continuous / batch running of the Manufacturing Unit. Lead process transfers from pilot to production plants Setting up scale-up and scale-down processes including appropriate changes to equipment design and configuration; Preparation of various engineering deliverables (Drawings & Documents) such as Process Flow Diagrams, P & I Diagrams, Process Datasheets, Equipment Specifications, Cause & Effect Diagrams, control philosophies, shutdown philosophies, HAZOP Studies & reports, Operation & maintenance manuals etc. and providing necessary engineering inputs to the other disciplines and other departments. Minimize costs via continuous reactions, distillations, phase separations and Control Inventory. Expanding plant capacity with minimal capital investment, less labor with providing more accurate control of product purity. To ensure the safety & security of assets & people working in the plant. To participate in Root Cause Analysis of Various safety and process safety incidents, Monitor and ensure implementation of CAPA ( Corrective Actions & Preventive Actions) Report any near miss/ incident or any non compliance To Support Various Process safety and Responsible Care Initiatives People Related: Maintain harmonious relations with all internal stake holders Required Knowledge (of any equipment / Tools and techniques / Software) Basic Computers Kaizen SAP QESH Education & Experience Education : BE/ B.Tech ( Chemical ) with 16-22 years in production Competencies / Skills Essential: Production People Management Kaizen, 5s, Why-Why Analysis Legal Compliances, Awareness Communication Skills Team Work Planning Assertiveness People management Controlling Innovation People Management If you are interested & your profile is suitable please share your cv on vishakha.jadhav@laxmi.com or call on 49104444 EXT 513

You will be responsible for identifying BCT & yield improvement opportunities for major products and collaborating with various stakeholders such as R & D, Operations to implement action items at the site. Additionally, you will connect with the operations team and site leads to pinpoint potential areas for improvement in the time cycle of unit operations/processes. Your role will involve developing, proposing, and implementing technical solutions at the site and monitoring the progress of the proposed technical improvements. You will also be expected to carry out a technical assessment of unit operations (e.g., heat transfer, distillation, mixing, filtration) using standard engineering calculations and implement improvement solutions accordingly. Furthermore, you will be involved in developing process schemes/POCs, identifying and evaluating vendors, preparing CERs, coordinating with vendors, addressing current problems with solutions, and ensuring implementation at the site. You will plan and execute POC trials for the evaluation of new technology initiatives and assess energy-efficient alternate technologies, engaging with cross-functional stakeholders for evaluation and support implementation at the site. Your responsibilities will also include collaborating with the EHS department to identify EHS improvement projects at sites, ETP upgradation requirements, creating proposals, and supporting implementation. You will be responsible for upgrading the level of safety and automation in current and new processes covering unit operations, material storage, handling, and management of hazardous chemicals. In addition, you will drive and implement cost improvement projects and participate in CFT to resolve recurring quality complaints/issues related to the process.,

As a Cost Reduction Specialist, you will be responsible for leading cost reduction activities and drives within the company. Your role will involve implementing Value Analysis-Value Engineering (VA-VE), Cost Workshops, Import Part Localization, Inner Part Localization, Yield Improvement, and other cost-saving initiatives. Your responsibilities will include hands-on experience in cost reduction drives such as VA-VE, Localization, Inner Part Localization, yield improvement, and Cost Workshops. You will conduct teardowns, functional analysis, cost estimation, part-level benchmarking, and techno-commercial comparison across various vehicle systems including Body, Interiors, Electrical & Electronic components, Chassis, and Powertrain components. Additionally, you will be involved in proposal analysis, costing, negotiation with internal stakeholders, Vehicle Cost Analysis, Bill of Materials (BOM) understanding, and comparison of components with competitor vehicle parts. You are expected to generate innovative value enhancement and design proposals while actively contributing to cost and weight reduction ideas. The ideal candidate should be a self-initiator, team player, and enthusiastic about cost reduction, analysis, and new technology ideas. Excellent communication skills, both verbal and written, are essential for effective interaction with internal and external stakeholders. Your industrial experience in Manufacturing Technology, Production Engineering, Research & Development, and familiarity with Automotive New Technology Components will be valuable. Competency requirements include a solid technical and commercial understanding of cost reduction strategies for automotive systems/subsystems/parts, manufacturing technology, and production engineering. As a Cost Reduction Specialist, you should possess managerial skills to plan, schedule activities in advance, and effectively communicate with peers, vendors, cross-functional teams, and machine makers. A positive attitude with a willingness to undertake new initiatives is crucial for success in this role. The educational qualification required for this position is a B.E/B.Tech in Mechanical Engineering, Manufacturing/Industrial Engineering, Electrical Engineering, Electronics and Communication, or Mechatronics.,

You will be leading the Wafer Electrical Test (E-Test) and Wafer Sort Test module team for a 300mm Wafer Fab. Your role will involve ensuring quality compliance across 28nm to 110nm nodes with technology transfer partners. Collaborating with SCM and suppliers to procure top-tier tools, probe-cards, and consumables will be a crucial aspect of your responsibilities. Managing a 24x7 production test floor team of engineers and technicians will be part of your daily tasks. You will define floorplans and ensure capacity with Facilities and Industrial Engineering teams. Driving process improvements, test time reduction, and debug algorithm efficiency will also be under your purview. Coordination with integration and customer teams on test chip layouts and probe-card design will be essential. Your role will involve ensuring operational excellence, meeting performance KPIs, conducting competitor benchmarking, and developing technology roadmaps. Presenting updates to internal and customer senior executives will also be part of your responsibilities. Travel will be required as needed. To excel in this role, you should possess proven ability to lead large 24x7 production teams and mentor high-performing professionals. Being self-driven, independent, and results-oriented is key to success. Strong cross-functional collaboration skills across global teams, inclusive leadership style, and adaptability to diverse cultural norms are essential attributes. You should be a curious, data-driven, and resilient problem-solver. Open, humble, and relationship-focused communication style is important. Being creative and agile in exploring new ideas and adapting to change will be beneficial. Qualifications required for this role include a Bachelor's degree in electrical engineering, Engineering Physics, Materials Science, or equivalent; a Masters degree is preferred. A strong understanding of device physics, process modules, yield improvement, failure mechanisms, and hands-on experience with Etest Program and/or equipment is necessary. Deep experience with Wafer Electrical and Sort Test programs and tools such as HP-Agilent, Keithley, Keysight, Advantest, and TEL Probers is expected. You should be able to write E-test programs, familiar with load boards, probecards, SMUs, equipment hardware, and software. Understanding the equipment supplier landscape and which tools are appropriate for different technologies is crucial. An innovation mindset is desired. The ideal candidate will have 12+ years of experience in the semiconductor industry and leading cross-functional projects and teams to achieve organizational objectives. A proven track record of successfully developing and testing new technologies into high volume production, as well as structured problem-solving skills using design of experiments, 8D, and bench tools, are preferred.,

The Application Engineer Casting & Machining is a senior technical expert with over 10 years of experience in machining and casting. Your role involves process development, tooling selection, cost estimation, and part validation. You will have end-to-end ownership of new part development, from interpreting drawings to proving out parts on the shop floor. Your deep understanding of CNC machining, cast component handling, and practical troubleshooting will be crucial in achieving optimal performance. Key Accountabilities: - Plan, develop, and prove out new parts for production readiness. - Utilize machinist experience to support setup, trials, and process troubleshooting. - Optimize cycle times, tool selection, and first-pass yield for cast components. - Accurately estimate time and cost for machining new and existing parts. - Lead continuous improvement initiatives on process, quality, and technical capability. Key Responsibilities: Machinist-Level Technical Execution: - Perform and guide part setup, tool path verification, and fixture alignment. - Interpret engineering drawings and GD&T for machining accuracy. - Operate CNC machines during part trials to verify performance and fine-tune parameters. - Apply knowledge of feeds, speeds, tool paths, and cutting strategies for best results. New Part Development & Prove-Out: - Analyze new part drawings, casting models, and specifications. - Define machining strategy, setup plan, and tooling needs. - Prepare CAM programs and perform first part trials on machines. - Adjust parameters and validate process stability through measurements and inspection reports. - Create machining SOPs, setup sheets, and in-process control plans post validation. Casting and Machining Process Engineering: - Review machining allowances, identify potential casting defects that impact machining. - Plan operations and tolerances for SG iron, grey iron, aluminum, and steel castings. - Suggest improvements in casting design for better machinability and cost-effectiveness. Tooling and CNC Programming: - Select and standardize tooling based on material and cycle time targets. - Create, simulate, and validate CNC programs using CAD/CAM software. - Work closely with tool vendors for trials, optimization, and life improvements. Estimation and Process Planning: - Prepare detailed cost estimation based on machine hours, tool wear, fixturing, and manpower. - Evaluate and benchmark cycle times from trials vs. estimates and identify gaps. - Support pre-sales or development teams with feasibility inputs. Cycle Time and Yield Improvement: - Analyze and reduce idle time, unnecessary operations, and tool change delays. - Monitor First Pass Yield (FPY) and minimize rejection rates through process tuning. - Drive root cause analysis (RCA) for dimensional deviations or surface finish issues. Technical Team Mentoring and Floor Support: - Train and coach operators on setup, tool usage, and quality checkpoints. - Troubleshoot machining issues and guide the team during part transitions or new setups. - Maintain structured knowledge base including SOPs, tooling charts, and setup guides. Quality, Safety, and 5S: - Ensure all trial and production parts meet drawing tolerances. - Promote safe work practices and enforce proper PPE and SOPs. - Uphold 5S and discipline on the floor for a clean and efficient workspace. Key Performance Indicators (KPIs): - Successful New Part Prove-Outs (on-time, right-first-time) - Cycle Time Reduction (%) - First Pass Yield (FPY) - Estimation Accuracy vs Actual - Tooling Cost per Component - Kaizen Implementation - Operator Skill Enhancement & Cross-Training If you are interested, please forward your updated resume to recruiter.3@futuresandcareers.com Wishing you the best !!! Padmapriya Recruitment Consultant Futures And Careers,

As an experienced professional in the Sheet Metal industry, you should be proficient in handling Sheet Metal Parts, Sheet Metal Assemblies, Forging, Fastener, and Standard parts. Your expertise should cover various manufacturing technologies such as Press, Weld, Proprietary, Forging, Fastener, and Standard parts processes. Your role will involve a deep understanding and practical experience in Supply Chain management, particularly in procurement and development processes. You should be comfortable interacting with a wide range of suppliers and vendors. A key aspect of your responsibilities will be focused on cost management, including Zero-based costing, Quote analysis, Negotiation skills, and basic financial knowledge. You will be expected to drive cost reduction initiatives through VAVE activities and Yield Improvement strategies. To excel in this role, you must possess excellent analytical, problem-solving, technical, and communication skills. Your ability to interpret Engineering Standards, technical documents, and Drawings will be crucial for successful project execution. Proficiency in IT tools, especially Microsoft Office, is essential for this position. You should be able to estimate tooling costs from part drawings using the ZBC Approach efficiently. In addition, a solid understanding of the structure of sheet metal and forging dies, tools, and associated costs related to designing and manufacturing processes will be beneficial for your role. Occasional travel may be required based on project and work requirements.,