473 Industrial Engineering Jobs - Page 5

Overview Flow Simulation Engineer - Discrete Event Simulation Responsibilities Evaluate existing plant setups and propose optimal solutions to achieve target objectives. Develop, define, and simulate models using Siemens Tecnomatix Plant Simulation / AnyLogic Simulation to enhance operational efficiency. Identify bottlenecks, conduct iterative simulations, and optimize resource requirements using analytical data Skilled in flexibility for model / variant mix production analysis. Equipment losses evaluation and estimate of MTTR / MTBF. Warehouse simulation ranges from unloading dock need, gangway feasibility, number of MHE, etc. Qualifications Diploma / BE (Mechanical / Production / Automobile) Essential skills Expected to have strong knowledge in car simulation tool with manufacturing, assembly line, warehouse, and logistics simulation. Should be able to imagine the vehicle flow and perform simulation in Assembly shop and in between shop floors. Calculation of buffers / OEE / Cycle time for Assembly shop & between shop floors in detail. Auto CAD., MS Project. In-depth knowledge of industrial engineering, lean manufacturing, and Six Sigma. Hands-on experience in Assembly shop practices. Desired skills Ability to analyze engineering models/drawings and anticipate potential assembly issues. Understanding of general assembly methods, machines, and part requirements. Six Sigma certification is an added advantage. Experience working in large matrix organizations, handling multiple tasks and interfaces effectively. Experience 4 to 7 years in Discrete Event Simulation What do I need before I apply Go through the JD. Benefits As per company norms.

Help Us Build Better - One Supplier at a Time! Were seeking a quality-focused SQA Engineer to join our team in Pune. In this role, you ll ensure that our suppliers consistently meet the high standards required to produce reliable pump components for mining and wastewater applications. What you ll do: Conduct on-site supplier quality audits and inspections Investigate and manage Non-Conformance Reports (NCRs) to resolution Implement corrective and preventive actions to improve supplier quality Analyse root causes of recurring quality issues and drive improvements Collaborate with Engineering and Procurement to resolve supplier-related concerns Provide training and support to suppliers on quality requirements and processes Maintain detailed records of supplier performance and audit findings You should have: A degree in Mechanical or Industrial Engineering 3-5 years in supplier quality or manufacturing quality roles Familiarity with quality tools like FMEA, CAPA, and ISO standards

Role & responsibilities Manage maintenance activities, including breakdown maintenance, preventive maintenance, and project management. Oversee mechanical maintenance operations to ensure optimal plant performance. Responsible for new machine installation, fabric dyeing, ETP operation to control water wastage, utility maintenance, DG set. Ensure compliance with safety protocols during all maintenance activities. Develop and implement effective preventive measures to minimize downtime. Supervise junior engineers and technicians to improve their skills and efficiency. Preferred candidate profile Candidate should be B.Tech. Mechanical & should have at least 2-4 years of minimum experience from fabric dyeing /knitting industry

Career Area: Manufacturing : Your Work Shapes the World at Caterpillar Inc. When you join Caterpillar, you'rejoining a global team who cares not just about the work we do but also about each other. We are the makers, problem solvers, and future world builders who are creating stronger, more sustainable communities. We don'tjust talk about progress and innovation here we make it happen, with our customers, where we work and live. Together, we are building a better world, so we can all enjoy living in it. Role Definition Provides analytical support and strategic guidance on manufacturing cost structures, process efficiencies, and supplier capabilities. Ensures cost models reflect accurate production methods, quality standards, safety compliance, and environmental considerations to support sourcing, design, and operational decisions. Key Responsibilities: Develop and maintain detailed should-cost models for components, assemblies, and manufacturing processes using industry benchmarks and supplier data. Collaborate with engineering, procurement, and operations teams to assess the cost impact of equipment, tooling, and process modifications. Evaluate supplier manufacturing capabilities and cost structures through data analysis, site visits, and technical reviews. Identify cost drivers and inefficiencies in manufacturing processes; recommend cost-optimized alternatives. Support new product development by providing early cost estimates and influencing design decisions for cost-effectiveness. Ensure cost models incorporate relevant safety, quality, and environmental compliance factors. Document and standardize cost modeling methodologies, assumptions, and best practices. Monitor industry trends, material pricing, and manufacturing technologies to keep cost models current and competitive. Provide training and guidance to internal stakeholders on interpreting and applying should-cost data. Qualifications: Bachelors degree in Mechanical Engineering, Industrial Engineering, Manufacturing Engineering, or a related field. 5-8+ years of experience in cost engineering, manufacturing engineering, or a related role in a heavy manufacturing environment. Strong understanding of manufacturing processes such as machining, casting, forging, heavy fabrication, and assembly. Proficiency in cost modeling tools, spreadsheets, and data analysis software. Familiarity with lean manufacturing principles, quality standards, and regulatory compliance (e.g., OSHA, ISO). Excellent analytical, communication, and cross-functional collaboration skills. Preferred Qualifications: Experience with should-costing software (e.g., aPriori, Siemens Teamcenter Product Cost Management, Costimator). Knowledge of global supply chain dynamics and supplier cost structures. Exposure to product lifecycle management (PLM) and enterprise resource planning (ERP) systems. Skill Descriptors Decision Making and Critical ThinkingKnowledge of the decision-making process and associated tools and techniques; ability to accurately analyze situations and reach productive decisions based on informed judgment. Level Extensive Experience: Distinguishes key cost drivers, assumptions, and stakeholder inputs to ensure accurate modeling. Leverages past project data to refine estimation and decision-making processes. Validates cost scenarios and forecasts potential impacts of decisions. Guides teams in analyzing data and evaluating cost-effective alternatives. Applies appropriate decision-making styles based on context and complexity. Challenges outdated assumptions with current data and objective analysis. Judgment and Decision MakingKnowledge of the decision-making process; ability to carefully evaluate the impact of emerging business situations and choose the best path forward communicating actions and activities that maximize organizational performance. Level Working Knowledge: Identifies critical cost drivers in complex manufacturing processes, distinguishing between impactful data and background variability to support accurate cost modeling. Prioritizes should-cost analysis tasks based on production schedules, supplier negotiations, and engineering change impacts, ensuring alignment with operational and financial objectives. Demonstrates sound judgment in defending cost estimates and assumptions, especially when facing conflicting inputs from procurement, engineering, or suppliers. Translates technical and financial data into timely, actionable recommendations that support sourcing strategies, make-or-buy decisions, and capital investment planning. Reassesses cost models when new production data, supplier quotes, or design changes emergebalancing responsiveness with the need for stability in decision-making. Lean ManufacturingKnowledge of the philosophy, principles and implementation approaches of lean manufacturing; ability to integrate and implement lean manufacturing philosophy into existing production and management processes. Level Working Knowledge: Understands core lean manufacturing principles (e.g., waste elimination, flow efficiency, continuous improvement) and their implications for cost modeling and supplier evaluation. Analyzes work cell layouts, material flow, and takt time to identify inefficiencies and quantify cost-saving opportunities in production processes. Supports lean transformation initiatives by identifying cost impacts of technical bottlenecks and workforce-related challenges, offering data-driven insights to guide resolution. Applies lean tools such as value stream mapping, root cause analysis, and standard work evaluation to assess supplier operations and internal manufacturing processes. Interprets lean performance metrics (e.g., OEE, lead time, inventory turns) and benchmarks to inform should-cost estimates and support sourcing and design decisions. Collaborates with cross-functional teams to align cost models with lean objectives, ensuring that cost estimates reflect realistic, optimized production scenarios. Manufacturing EquipmentKnowledge of the electrical, mechanical and logistics equipment used in manufacturing; ability to safely operate, maintain, update and store them. Level Working Knowledge: Understands the function, cost implications, and operational parameters of key manufacturing equipment (e.g., CNC machines, presses, welding systems, conveyors). Evaluates equipment capabilities, utilization rates, and maintenance needs to inform accurate should-cost estimates. Supports cost modeling by incorporating factors such as machine depreciation, energy consumption, tooling life, and cycle times. Participates in equipment assessments during supplier visits or audits, identifying inefficiencies or overcapacity that affect cost structures. Interprets diagnostic data and standard performance metrics to assess equipment-related cost drivers and recommend process improvements. Manufacturing ProcessesKnowledge of existing product manufacturing methods, technologies and processes; ability to execute, plan, manage and monitor the entire manufacturing process. Level Extensive Experience: Advises cross-functional teams on manufacturing process selection using deep industry knowledge, cost benchmarks, and process-performance trade-offs. Develops and maintains best-practice cost modeling templates that reflect real-world manufacturing methods, including machining, casting, forging, welding, and assembly. Trains peers and stakeholders on how manufacturing processes influence cost structures, cycle times, and capital investment. Actively participates in evaluating and monitoring new manufacturing technologies (e.g., additive manufacturing, automation) for cost and feasibility impacts. Selects and optimizes process assumptions in cost models based on product design, material, volume, and supplier capabilities. Assesses alternative manufacturing routes by comparing cost, quality, lead time, and scalability to support sourcing and design decisions. Manufacturing SafetyKnowledge of manufacturing safety; ability to identify work-related hazards and perform necessary activities to meet regulatory requirements for the safety and protection of workers, environment and site. Level Extensive Experience: Consults on the use of new tools and techniques for safety protection. Performs safety inspections to assure compliance with OSHA requirements. Designs and implements emergency response processes and procedures. Promotes workplace safety among supervisors and workers; communicates safety rules and regulations. Assesses and reports unusual or new safety hazards or violations; initiates corrective action. Ensures that all employees and contractors comply with relevant safety policies and regulations. Manufacturing Standards, Procedures and PoliciesKnowledge of organizational standards, procedures and policies in manufacturing activities; ability to plan, guide, and monitor manufacturing processes for compliance. Level Extensive Experience: Advises on the integration of manufacturing standards into cost models to ensure compliance and consistency. Establishes controls to monitor adherence to manufacturing and sourcing standards in cost analysis. Collaborates with engineering, procurement, and quality teams to align cost models with organizational and industry standards. Ensures cost modeling practices reflect current policies and are effectively communicated across functions. Relocation is available for this position. Posting Dates: July 8, 2025 - July 17, 2025 Caterpillar is an Equal Opportunity Employer. Not ready to applyJoin our Talent Community.

As an Industrial Marketing Enthusiast at SRI DHARANI INTERNATIONAL, your role involves analyzing market trends, developing marketing strategies, and effectively communicating with clients and stakeholders. This full-time position offers a hybrid work model with responsibilities primarily based in Chennai and some work-from-home flexibility. You will collaborate with industrial engineering and manufacturing teams to create marketing materials and provide necessary training. Your qualifications should include strong analytical skills for assessing market trends, excellent communication skills for client and stakeholder interactions, knowledge of industrial engineering and manufacturing processes, experience in training and developing marketing materials, and the ability to work both independently and as part of a team. A Bachelor's degree in Marketing, Industrial Engineering, or a related field is required, with previous experience in industrial marketing considered a plus.,

1. Planning project execution and coordinated promotion (production resources, such as achieving layout design and line reconstruction timely) 2. Factory Layout design and optimization 3. Leading in factory reconstruction and line building 4. Automatic project service and evaluation and promotion of various projects 5. Manpower and consumables quotation and rework process formulation 6. MES system scheme design and logic planning 7. System program verification and try run import; 8. System routing and data maintenance; 9. E-formation of new product reports; 10. MES exception handling.

0px> Who are we? Amdocs helps those who build the future to make it amazing. With our market-leading portfolio of software products and services, we unlock our customers innovative potential, empowering them to provide next-generation communication and media experiences for both the individual end user and enterprise customers. Our employees around the globe are here to accelerate service providers migration to the cloud, enable them to differentiate in the 5G era, and digitalize and automate their operations. Listed on the NASDAQ Global Select Market, Amdocs had revenue of $5. 00 billion in fiscal 2024. For more information, visit www. amdocs. com In one sentence Understand the business needs of the customer and assess the impact of those needs in order to communicate and implement the recommended efficient solutions. What will your job look like? Reflect customer needs by assembling business documents and technical requirements. Advise customers based on product capabilities and methodologies, applying reuse where applicable. Design holistic and integrated high-level solutions that fit customers business needs, production operability and budget. Participate in and/or lead formal and informal reviews with key partners, applying knowledge and experience while providing technical perspective and support. Communicate new details of new solutions and their impact on business processes to customers business and IT personnel. Ensure that the customer understands the solution and receive responses to all open questions and action items. Support the customer during the scoping phase in a specific domain up through and including customer sign off (for example, COP process for various customer types and products, EPC lead for all product models and designs, etc. ). Prepare solution-related documents and specifications. Configure the solution, followed by the creation, execution and maintenance of accurate and detailed test plans for applicable testing. Support the resolution of configuration / implementation-related issues if and when they arise. All you need is. . . Degree in Computer Science or Industrial Engineering & Management - Information System. Customer-facing experience - ability to communicate the Amdocs solution using various methods (presentations, demos, and so on). Wide knowledge of relevant products and E2E Business process. Knowledge of the telecom industry and Amdocs business processes (ETOM, ASOM). Experience in managing a team in cross-Amdocs domain solutions. Why you will love this job: Use your outstanding business analysis skills to make a significant impact on leading solutions that produce the most efficient product solutions. Be a key member of a global, dynamic and highly collaborative team with various possibilities for personal and professional development! You will have the opportunity to work in multinational environment for the global market leader in its field. We offer a wide range of stellar benefits including health, dental, vision, and life insurance as well as paid time off, sick time, and parental leave!

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Job Overview As a senior Supplier Quality Engineer with over 6 years of hands-on experience in managing supplier with respect to quality, ensuring part conformance, handling customer complaints, and leading process improvements across diverse commodities including casting, PCB, plastic molding, rubber, and plating. Proven ability to implement robust incoming inspection systems, conduct supplier audits, and drive sustainable quality improvements that align with organizational goals. Responsibilities Lead incoming inspection activities; analyze data to identify trends and reduce defects. Coordinate with stores and production to ensure timely disposition of non-conforming materials. Implement process improvements to enhance efficiency and reduce inspection fatigue. Act as a point of contact for customer complaints related to supplied parts. Lead root cause analysis (RCA) and corrective/preventive action (CAPA) implementation. Ensure zero recurrence of customer complaints by driving robust countermeasures. Conduct supplier audits (System, Process, and Product audits) and follow-up for closure. Approve new suppliers through SQA assessments and sample qualification reviews. Negotiate and recover the cost of poor quality (COPQ) through chargebacks or rework agreements. Conduct periodic reviews and initiate improvement plans where required. Collaborate with R&D during new product development to ensure quality input is addressed. Work with manufacturing, logistics, and purchase to resolve supplier-related issues quickly. Education and Qualification Bachelors degree in mechanical / production / industrial engineering or equivalent. Additional certifications in Quality (Six Sigma, VDA auditor, IATF etc.) preferred. Competencies ABOUT TE CONNECTIVITY TE Connectivity plc (NYSETEL) is a global industrial technology leader creating a safer, sustainable, productive, and connected future. Our broad range of connectivity and sensor solutions enable the distribution of power, signal and data to advance next-generation transportation, energy networks, automated factories, data centers, medical technology and more. With more than 85,000 employees, including 9,000 engineers, working alongside customers in approximately 130 countries, TE ensures that EVERY CONNECTION COUNTS. Learn more atwww.te.com and onLinkedIn , Facebook , WeChat, Instagram and X (formerly Twitter). WHAT TE CONNECTIVITY OFFERS: We are pleased to offer you an exciting total package that can also be flexibly adapted to changing life situations - the well-being of our employees is our top priority! Competitive Salary Package Performance-Based Bonus Plans Health and Wellness Incentives Employee Stock Purchase Program Community Outreach Programs / Charity Events IMPORTANT NOTICE REGARDING RECRUITMENT FRAUD TE Connectivity has become aware of fraudulent recruitment activities being conducted by individuals or organizations falsely claiming to represent TE Connectivity. Please be advised that TE Connectivity never requests payment or fees from job applicants at any stage of the recruitment process. All legitimate job openings are posted exclusively on our official careers website at te.com/careers, and all email communications from our recruitment team will come only from actual email addresses ending in @te.com . If you receive any suspicious communications, we strongly advise you not to engage or provide any personal information, and to report the incident to your local authorities. Across our global sites and business units, we put together packages of benefits that are either supported by TE itself or provided by external service providers. In principle, the benefits offered can vary from site to site.

Responsible for productivity improvement with application of latest tools and technologies.Good in IE function with strength in work,motion and time study.TQM,TPM,VSM,Lean,Six sigma,Line balancing,cycle time improvement,Layout planning,ergonomics. Required Candidate profile BE-Mechanical / Industrial with 5-8 yrs exp in Industrial engineering function with leading automotive groups.Proven track of productivity improvement with application of latest tools & techniques.

This role involves the development and application of engineering practice and knowledge in designing, managing and improving the processes for Industrial operations, including procurement, supply chain and facilities engineering and maintenance of the facilities. Project and change management of industrial transformations are also included in this role. - Grade Specific Focus on Industrial Operations Engineering. Develops competency in own area of expertise. Shares expertise and provides guidance and support to others. Interprets clients needs. Completes own role independently or with minimum supervision. Identifies problems and relevant issues in straight forward situations and generates solutions. Contributes in teamwork and interacts with customers.

JOB ROLE & SKILLS REQUIRED : 1 . Industrial engineering knowledge 2 . Must be able to use autocad 3. kpi reporting analysis ,OPE,OEE,UPPH,floor utilization etc, budgeting skills 4. Promote systematic project work 5. optimization of sporadic engineering process.

1. Knowledge about Mobile test station 2. Basic Knowledge of Line layout & Single line diagram 3. Maintaining Station SOP Collection & Preperation 4. Knowledge about Station demands collection & evaluvation 5. Station issue tracking & escalation matrix 6. Basic knowledge of GRR Plan & Unit distribution

Role & responsibilities Industrial Engineering knowledge must be able to use autocade Familiar with renovation project and able to understand drawing. KPI report analysis OPE , OEE , UPPH , Floor utilization Construction project requirement and budget reviewing. Promote systematic project work. Optimization of sporadic engineering process. Preferred candidate profile IE - Civil Engineer , Electrical & Mechanical engineer. Perks and benefits

Good working knowledge in industrial engineering tools & lean manufacturing. Developing and implementing process improvements and technological upgrades Reviewing production schedules, processes, specifications and related information. Designing production processes that maximize efficiency and reduce waste. Excellent proficiency in communication, overseas team handling experience. Execution plan preparation and Training schedule and conducting for CFT. Good planning & co-ordination on the new projects implementation (NPI). Good problem solving skills with pressure handled capability. Very good understanding about assembly process with manpower handing & optimization. Preferred candidate profile Masters with good communication skills. Perks and benefits Cab, Food

Jabil Circuit is looking for Tooling WEDM Jr Engineer I 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

A career at HARMAN Automotive offers you the opportunity to be part of a global, multi-disciplinary team dedicated to leveraging the innovative power of technology to shape the future. Fast-track your career with us as we engineer audio systems and integrated technology platforms that enhance the driving experience. Our approach combines ingenuity, thorough research, collaborative spirit, and excellence in design and engineering to advance in-vehicle infotainment, safety, efficiency, and enjoyment. As a New Product Launch/Industrial Engineer at HARMAN Automotive, you will play a crucial role in developing, implementing, and maintaining systems in alignment with standards to enhance and sustain business operations throughout the project life cycle. Your primary focus will be on achieving Quality, Quantity, and Delivery objectives efficiently. Your responsibilities will include handling customer RFQs, operations, process and cycle time design, layout and capacity planning, investment planning, process and systems audit, as well as ramp-up and safe launch management. You will lead and coordinate equipment transfer, select new equipment, manage installation, and oversee commissioning to ensure readiness for production processes. Additionally, you will be involved in stencil design, aperture modification, process improvement, and product quality enhancement. To be successful in this role, you need to plan production capability and manpower effectively for new projects, drive process performance improvements, utilize Lean Philosophy for waste reduction, and have experience in capacity planning. Your ability to identify, recommend, and implement measures for process enhancement, equipment performance optimization, and product quality improvement will be instrumental in your success. Ideally, you should hold a Bachelor's degree in Mechanical, Manufacturing, Electronic, or Engineering fields and have at least five years of experience in Electronic manufacturing as a Process/Equipment Engineer. Strong communication skills, team-building capabilities, and familiarity with ISO/IATF16949 quality systems are essential. Experience in Auto Tier1 and Automotive Electronics Assembly Manufacturing is advantageous. At HARMAN Automotive, we provide a flexible work environment, extensive training opportunities through HARMAN University, competitive wellness benefits, tuition reimbursement, access to employee discounts, and a supportive and inclusive work culture that values professional and personal development. Join us in creating innovative technologies that elevate ordinary moments into extraordinary experiences across automotive, lifestyle, and digital transformation solutions. If you are ready to make a lasting impact through innovation, we invite you to join our talent community today.,

You will be responsible for conducting Discrete Event Simulation at Niscita Solution Pvt LTD in Pune. This full-time on-site role involves planning and executing simulations to analyze systems and processes. Your primary duties will include creating models, running simulations, collecting data, and analyzing results. Collaboration with different teams to understand requirements and utilizing simulation tools for enhancing system performance and efficiency will also be a part of your role. To qualify for this position, you should have 1-8 years of experience in Discrete Event Simulation, preferably in the Automotive or Aerospace Industry. Experience in Layout & Process validation for both Plant and Shop settings is required. Additionally, familiarity with Discrete Event and In-Plant Simulation, as well as conducting facility layout studies and bottleneck analysis for system capacity, will be beneficial. Immediate joiners are preferred for this position.,

As a Supplier Quality Engineer for Fluid Systems (Liquid and Gas Supply Systems and Skids, Package Piping, Valves & Actuators), your responsibilities include conducting supplier qualification, supplier development, and quality assurance measures. You will collaborate closely with different departments locally and globally in a multicultural environment, working in tandem with the global Supply Chain Management process. Leveraging digitalization tools to enhance processes, you will address nonconformance by conducting containment, Root Cause Analysis (RCA), and implementing preventive and risk mitigation measures. Supporting a multi-functional team, you will assess supplier capabilities, audit supplier quality management systems and processes for supplier qualification. Additionally, you will lead or support teams in performing Product and Process Qualification (PPQ) on commodity parts and systems, ensuring compliance with applicable process descriptions and standards. Supervising supplier Key Performance Indicators, you will adjust quality, inspection, and development planning activities accordingly, while facilitating recurring supplier qualification & development status meetings to ensure qualifications are on track and potential risks are identified. In terms of qualifications, the ideal candidate should possess over 10 years of proven experience as a Supplier Quality Engineer, with project management experience preferred. A Bachelor's or Master's degree in mechanical, industrial engineering, or a related field is required, or equivalent experience will be considered. Technical expertise in industrial process technology and/or auxiliary systems in energy generation plants, familiarity with ISO & ASME code requirements, and strong written and verbal communication skills in English are necessary. Moreover, experience with root cause analysis and other quality & risk management methodologies, along with a results-oriented, solution-driven mindset and good analytical thinking, are desired. Proficiency in communication/presentation skills and basic commercial knowledge is also essential. As part of the Corporate and Global Functions team at Siemens Energy, you will play a crucial role in driving the company's central initiatives and ensuring operational excellence across various departments, business areas, and regions. By contributing to the vision of becoming the most valued energy technology company in the world, you will actively participate in shaping the global energy transition, engaging with internal and external customers, and conducting business responsibly and in compliance with legal requirements and regulations. Siemens Energy is dedicated to developing the energy systems of the future with a distributed team committed to making sustainable, reliable, and affordable energy a reality. Upholding a 150-year legacy of innovation, Siemens Energy encourages individuals who support the focus on decarbonization, new technologies, and energy transformation to join the team. Siemens Energy believes in the power of diversity and inclusion, celebrating the unique characteristics and backgrounds of its employees. With over 130 nationalities represented, the company aims to energize society through a culture that values individual differences without discrimination. Employees at Siemens Energy are entitled to benefits such as remote working arrangements, medical insurance coverage for employees and their families, and the option to opt for a meal card as part of the compensation package. By fostering a diverse and inclusive work environment, Siemens Energy encourages employees to contribute to the company's mission of driving the energy transition and meeting the world's growing energy demand sustainably.,

Challenge / Stake Develop the capacity & industrial performance of the shop for the engine maintenance. Improve the financial performance of the shop visit. Objective & mission Pilot the industrialization of the disassy/assy, cleaning, inspection, and repair procedures while complying with safety requirements and quality/cost/TAT objectives. Pilot the specification, commissioning and qualification (DVE) of the industrial means necessary to perform the maintenance procedures. Main activities Ensure the maintainability & reparability of the product through concurrent engineering. Setup the necessary means for disassy/assy, cleaning, inspection and repair of the parts & modules: Pilot the deliverables during the industrialization phase (validation, revision, capability list, DVE/DVR). Define the rooters and select the required means. Identify the required investment and pilot their installation. Guarantee first time yield (FTY) performance, recurrent costs and cycle time. Ensure that the industrialization package can be rolled out in all the shops of the network based on each shop available processes and means. Ensure technological monitoring on the means and the maintenance methods Develop, write and ensure update of the job cards/routers in accordance with the OEM technical publications (IPC, ESM, SB, SPM, etc.). Impelmentation of S&OP Implementation of Value stream mapping Risk Assesment Profile Industrial methods engineer Fluent in technical English (B2 level). Knowledge Mechanical knowledge (engine modules & parts technology, material science). MRO technical documentation & MRO regulation. Industrialization & qualification procedures. Processes and internal network Know-how Ability to lead the analysis of a technical and/or organizational complex topic and to propose an action plan. Project management & reporting skills. Ability to standardize processes for disassy/assy, cleaning, inspection or repair of parts & modules. Capacity to define the necessary components for industrial maintenance. Respect of cost, budget and schedule objectives. Ability to adapt to the new digital environments. Advance knowledge of IT tools for the rooters management. Soft skills & mind set Customer & commitment oriented. Ability to coordinate and to embark other stakeholders. Leadership. Ability to work cross-functionality in a multi roles environment. Ability to listen, animate, synthesize and document.

The Quant Analyst will be responsible for developing and validating models to estimate power demand, generation, and nodal prices. You will collaborate directly with traders to optimize portfolio construction using engineering techniques. A key aspect of your role will involve familiarizing yourself with energy markets and implementing innovative quantitative techniques. Additionally, you will collaborate with the risk management team to measure, analyze, and mitigate risks in our power trading business. Your responsibilities will include: - Collaborating with the nodal trading team to develop, manage, and enhance quantitative models for nodal power markets. - Conducting statistical analysis of electricity nodal market price and demand data. - Building statistical load/generation models using Time Series and Regression-based techniques. - Applying financial engineering techniques/models to enhance and optimize portfolio construction. - Developing metrics to assess market attributes and producing reports to quantify market behavior. - Utilizing Data Mining techniques to identify signals in semi-structured data sets. Requirements: - Bachelor's degree in Financial Engineering, Mathematics, Applied Mathematics, Operations Research, Electrical Engineering, Computer Science, Industrial Engineering, or Statistics. - 2-4 years of experience in developing, maintaining, and supporting analytical libraries and pricing models. - Proficiency in Python programming and SQL databases. - Understanding of statistical and probability principles in Finance. - Familiarity with optimization techniques and statistical learning methods. - Strong interest in comprehending the Energy Markets. - Entrepreneurial mindset with the ability to deliver results under pressure and a willingness to work in a collaborative team environment.,

Evaluate current manufacturing practices and identify those needing improvement. Manage production schedules and coordinate services to maximize productivity. For more details kindly call on - 8077090156

Guiding IE team Coordinating with production team Responsible for timely execution of Production Targets, Safety, the Smooth working of the Production line, Handling & Resolve of the Quality issue Participating in new development projects. Monitor sewing efficiency and motivate Factory IE / Operators to get the target efficiency achieved. Give estimated SMV to marketing department for garments based on tech pack / Sample for costing purpose. Use sewing data bank and arrive at a target for each Style / Operation and publish it to factory. Creating library of styles wise SMV. Providing guidance to factories to maintain operator and non-operator ratio as per company standard through work sampling and other IE techniques. Audit factories to find batch wise machine used and available and prepare consolidated machine plan. Monitor Operator Skill Matrix in factories and grade change exercise. Provide Industrial engineering input in the technical compliance. Monitor and modify SMV & thread consumption. Training junior IEs Desired Candidate Profile BE in Textile Engineering Experience in Apparel / Textile Industry knits manufacturing is a must Job Benefits & Perks As per company norms

Job Title: Engineer /Sr. Engineer - PED Function / Department: PED Qualification: BE/Diploma -Mechanical /Industrial Production Desired Experience required: 3-5 Years Key Skills Required: Knowledge of reading & understanding Engineering drawing, Machining, Assembly Process• Knowledge about the Assembly Process. Assy Fixtures Tooling Etc• Hands on Experience on design & Drawing of Fixtures, Toolings Etc• Hands on Experience of AutoCAD drawing is must, Knowledge on SAP• Knowledge of Gauges and Instruments, Calibration and maintaining of Gauges • Procurement of Gauges, Instrument, Assembly fixtures and negotiating with the supplier etc• Strong follow up with the supplier get material on time to fulfil the internal customer. Other Skills Required: • Able to take the responsibility of PE requirements to support the Shop floor on time proactively. • Study the drawings and plan for Fixtures, Gauges, and other Assy tooling, etc to fulfil shop requirements • Handle & Maintain Gauge Room with Calibration as per Frequency. • Resolve the critical quality issues related to the Assembly and other .• Leading the Self-management team and achieving the SQPDCME Targets. • Train the new team members. • Preparation, Review & updating of WI, SOP, OPL & Skill matrix etc. Reporting: This position is reported to Dept Head. Work Location: Hindupur. Sowmya Samvith Technologies : 9844188855

Position - Assistant Manager /Senior Engineer / Manager /DM Role - Industrial Engineering 7 IE tool experience is must. Process Online & Process offline Activities. Application of Lean Manufacturing tools . ECRS and 7 Waste Analysis and reduced.

You will play a crucial role in supporting the manufacturing function to ensure consistency in product quality. Your main responsibilities include maintaining and enhancing production processes, implementing cost-saving measures, and keeping the manufacturing setup up-to-date by benchmarking with industry standards and overseeing subcontractors. Your tasks will involve preparing PFMEA, Control Plans, SOPs, and WI for each manufacturing process step, conducting periodic audits to incorporate engineering changes, collaborating with cross-functional teams for ISO and IATF system implementation, and ensuring the calibration of Jigs and Fixtures. Additionally, you will be responsible for monitoring process non-conformances, conducting Root Cause Analysis, implementing Corrective and Preventive actions, and coordinating closely with production, quality, and technical teams. You will also be involved in compiling monthly KPI data for process improvements, quality analysis, and CAPA implementation, as well as developing cutting tools, production tooling, and Jigs/fixtures. Tracking indirect material costs, identifying opportunities for cost reduction, and liaising with suppliers for improved supplies will be part of your responsibilities. Furthermore, you will be tasked with optimizing shop floor layouts, conducting capacity calculations, updating standard time data, and standardizing processes across various material types. Your role will also involve conducting Lean Manufacturing training, implementing digitization projects, and leveraging IOT solutions for faster decision-making based on manufacturing data. To qualify for this position, you should hold a Diploma or Degree in Engineering (Mechanical, Automotive, Production) with significant experience in Process or Industrial Engineering within the automotive or engineering industry. Experience in mass production environments, New Product Development projects, ISO 9000 or IATF standards, and CNC machine operations is essential. Additionally, certifications in 6 Sigma, TPM, or Lean will be advantageous but not mandatory. If you possess the required qualifications and experience, along with a strong focus on improving manufacturing processes and driving cost-saving initiatives, we invite you to apply for this exciting opportunity.,