244 Heat Treatment Jobs - Page 3

The Project Quality Engineer is responsible for ensuring that all aspects of engineering, procurement, and construction projects meet the required quality standards. This role involves developing and implementing quality plans, conducting inspections and audits, and collaborating with project teams to resolve quality issues. Key Responsibilities: Product certification : Develop the certification strategy at the start of the project to define all steps towards the certification of the system to the relevant laws and directives. During the course of the project, liaise with third parties to plan and organize the necessary activities, tests and inspections to get the certificate of conformity. Quality Planning: Develop and implement project-specific quality plans, procedures, and inspection test plans (ITPs) to ensure compliance with project requirements and industry standards. Inspections and Audits: Conduct regular inspections and audits of engineering, procurement, and construction activities to ensure adherence to quality standards and identify areas for improvement. Non-Conformance Management: Identify, document, and manage non-conformances, and work with project teams to implement corrective and preventive actions. Documentation: Review and approve the manufacturing documentation from the suppliers to ensure compliance with the quality requirements. Maintain detailed records of quality control activities, including inspection reports, audit findings, and corrective actions. Supplier Quality Management: Collaborate with suppliers to ensure that materials and equipment meet project quality requirements. Risk Management: Conduct risk assessments to identify potential quality issues and develop mitigation strategies. Continuous Improvement: Identify opportunities for process improvements and implement best practices to enhance project quality. Customer Interaction: Communicate with clients and stakeholders regarding quality issues and ensure that their requirements are met. Qualifications: Education: Bachelor s degree in Mechanical Engineering, Quality Assurance, or a related field. Experience: Minimum of 11 - 16 years of experience in quality engineering, with a focus on EPC projects. Skills: Strong knowledge of quality management systems and standards (eg, ISO 9001). Excellent knowledge of codes and standards applicable to pressure-vessels (PED, ASME, Low voltage, machine directives, ATEX ) Excellent analytical and problem-solving skills. Strong written and verbal communication skills. Ability to work collaboratively in a global environment. Attention to detail and strong organizational skills. Proficiency in English (written and spoken) Preferred Qualifications: Experience in the oil & gas or equivalent industry Certification in quality management (eg, Six Sigma, ISO 9001). Knowledge Requires: WPQR/WPS welding & Heat Treatment NDT control activities (PT,MT,UT, AUT, RT) would be a plus, ASME Sec V Metallurgy; Carbon steel, Inconel, Stainless steel, Duplex required Rotary Equipment Piping ASME B31.1 & B31.3 Certifications: NDT (RT,UT,PT&MT) Level-II ASNT / ISO Certification in welding (CSWIP / IWE) will be an added advantage Working Conditions: Office and construction site environments with occasional travel to supplier, client sites and John Cockerill Hydrogen sites (Belgium, France, China) as needed. Close working relationship with local project teams (Belgium, France and China)

The Project Quality Engineer is responsible for ensuring that all aspects of engineering, procurement, and construction projects meet the required quality standards. This role involves developing and implementing quality plans, conducting inspections and audits, and collaborating with project teams to resolve quality issues. Key Responsibilities: Product certification : Develop the certification strategy at the start of the project to define all steps towards the certification of the system to the relevant laws and directives. During the course of the project, liaise with third parties to plan and organize the necessary activities, tests and inspections to get the certificate of conformity. Quality Planning: Develop and implement project-specific quality plans, procedures, and inspection test plans (ITPs) to ensure compliance with project requirements and industry standards. Inspections and Audits: Conduct regular inspections and audits of engineering, procurement, and construction activities to ensure adherence to quality standards and identify areas for improvement. Non-Conformance Management: Identify, document, and manage non-conformances, and work with project teams to implement corrective and preventive actions. Documentation: Review and approve the manufacturing documentation from the suppliers to ensure compliance with the quality requirements. Maintain detailed records of quality control activities, including inspection reports, audit findings, and corrective actions. Supplier Quality Management: Collaborate with suppliers to ensure that materials and equipment meet project quality requirements. Risk Management: Conduct risk assessments to identify potential quality issues and develop mitigation strategies. Continuous Improvement: Identify opportunities for process improvements and implement best practices to enhance project quality. Customer Interaction: Communicate with clients and stakeholders regarding quality issues and ensure that their requirements are met. Qualifications: Education: Bachelor s degree in Mechanical Engineering, Quality Assurance, or a related field. Experience: Minimum of 7 - 10 years of experience in quality engineering, with a focus on EPC projects. Skills: Strong knowledge of quality management systems and standards (eg, ISO 9001). Excellent knowledge of codes and standards applicable to pressure-vessels (PED, ASME, Low voltage, machine directives, ATEX ) Excellent analytical and problem-solving skills. Strong written and verbal communication skills. Ability to work collaboratively in a global environment. Attention to detail and strong organizational skills. Proficiency in English (written and spoken) Preferred Qualifications: Experience in the oil & gas or equivalent industry Certification in quality management (eg, Six Sigma, ISO 9001). Knowledge Requires: WPQR/WPS welding & Heat Treatment NDT control activities (PT,MT,UT, AUT, RT) would be a plus, ASME Sec V Metallurgy; Carbon steel, Inconel, Stainless steel, Duplex required Rotary Equipment Piping ASME B31.1 & B31.3 Certifications: NDT (RT,UT,PT&MT) Level-II ASNT / ISO Certification in welding (CSWIP / IWE) will be an added advantage Working Conditions: Office and construction site environments with occasional travel to supplier, client sites and John Cockerill Hydrogen sites (Belgium, France, China) as needed. Close working relationship with local project teams (Belgium, France and China)

Genpact (NYSE: G) is a global professional services and solutions firm delivering outcomes that shape the future. Our 125,000+ people across 30+ countries are driven by our innate curiosity, entrepreneurial agility, and desire to create lasting value for clients. Powered by our purpose - the relentless pursuit of a world that works better for people - we serve and transform leading enterprises, including the Fortune Global 500, with our deep business and industry knowledge, digital operations services, and expertise in data, technology, and AI. Inviting applications for the role of Business Analyst, Resident Engineer Responsibilities 1. Responsible for confirming that the work process complies with the work instructions (for Etchant, Heat Treatment, Braze, Welding, Thermal Spray). 2. Follow job-card task and align with ESM / SPM /WP requirement. 3. Review quality assurance and conform to the requirement of engine manual. 4. Communicate with engineers and provide guidance for all technical issues. 5. Performance of PVA duties on Special Processes as defined by AT GPPS-407 Qualifications we seek in you! Minimum Qualifications / Skills . Bachelor%27s degree/Diploma in Aeronautical Engineering . Prior experience in the aerospace industry is preferred. Genpact is an Equal Opportunity Employer and considers applicants for all positions without regard to race, color, religion or belief, sex, age, national origin, citizenship status, marital status, military/veteran status, genetic information, sexual orientation, gender identity, physical or mental disability or any other characteristic protected by applicable laws. Genpact is committed to creating a dynamic work environment that values respect and integrity, customer focus, and innovation. Get to know us at genpact.com and on LinkedIn, X, YouTube, and Facebook. Furthermore, please do note that Genpact does not charge fees to process job applications and applicants are not required to pay to participate in our hiring process in any other way. Examples of such scams include purchasing a %27starter kit,%27 paying to apply, or purchasing equipment or training.

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 TE Connectivity's Manufacturing and Process Development Engineering Teams significantly impact LEANPD driven new product development projects, driving for excellence in existing manufacturing technologies and methods and striving to implement new manufacturing technologies to provide improved process and tolerance control. They act as the binding element between product development and manufacturing engineering, ensuring the effectiveness and efficiency of this critical interface. They support Product Development in the optimization of designs and piece parts for manufacturability by realizing sample tooling/products/prototypes. They also design, develop, and qualify tooling and processes to meet TE quality and production standards, document all processes and tooling in applicable TE systems, support supply chain to verify supplier compliance and capability, initiate and implement programs to continuously improve quality, cost and cycle time and adhere to all appropriate specifications, regulatory requirements and customer requirements. Responsibilities Preparation of tooling layouts, concepts for mold, MBD Process. Knowledge on Tool cost estimation Prepare detailed designs, using 3D CAD software (CREO and / OR NX8) Conversant with drafting standards, preparation of detailed design drawing with tolerances Conversant with GPS / GD&T systems. Conversant with use of MoldFlow/Moldex 3D Conversant on tool material, material specifications, Heat treatment & its process. Conversant on Tool building, Tool assembly, measurement, testing and tool room processes Knowledge of Molding/Stamping materials & its specification System know-how & ISO/TS requirements, Process guidelines (IATF 16949, and needed ISO) Interaction with CFT/suppliers for reviews, trials, evaluation of component / tooling elements Know-how Scientific Injection molding techniques. Validate concept designs using simulation results and determine design robustness, critical to function requirements. Involve in Kaizen events to save costs & time. Deploy standardized process and work methodology. Benchmarks implement productivity improvement methods. Track monitor metrics for sustained performance covering quality & delivery. What your background should look like: PG/MTech/Post Diploma in Tool Design from NTTF or GTTC/ BE Mechanical with Tooling Background. Knowledge on product, design processes and methodology. Understanding of LEAN / 6 Sigma / Kaizen techniques. Master molding Certification as added advantage. 5 - 7 years of industry experience. Experience in Connector /Precession Tools manufacturing Industry COMPETENCY System and Product knowledgeThorough understanding of Tooling & Product requirements. Market intelligenceA thorough understanding of Process and technologies. Conceptual thinkingBeing able to see a broad picture, understand problems by putting the pieces together and simplify complex issues. Concern for order, quality, and accuracyAn underlying drive to reduce uncertainty by continuous risk assessments, taking accurate decisions, and continuously improve processes. Communication skillsFluent communication skills to be able to articulate well with teams across different functions & locations. Internal stakeholder managementManage Tools & requirements and work effectively with different cross functional teams. Interpersonal skills and people managementSupervise and manage a team by ensuring compliance with rules and processes at TE and keep them motivated. Competencies

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 TE Connectivity's Manufacturing and Process Development Engineering Teams significantly impact LEANPD driven new product development projects, driving for excellence in existing manufacturing technologies and methods and striving to implement new manufacturing technologies to provide improved process and tolerance control. They act as the binding element between product development and manufacturing engineering, ensuring the effectiveness and efficiency of this critical interface. They support Product Development in the optimization of designs and piece parts for manufacturability by realizing sample tooling/products/prototypes. They also design, develop, and qualify tooling and processes to meet TE quality and production standards, document all processes and tooling in applicable TE systems, support supply chain to verify supplier compliance and capability, initiate and implement programs to continuously improve quality, cost and cycle time and adhere to all appropriate specifications, regulatory requirements and customer requirements. Responsibilities Prepare RFQ for mold costing. Prepare mold component drawing and assembly drawings. Create concepts with at least moderate knowledge of manufacturing and assembly. Determining the type of material needed to create the mold and calculating its size and shape Should be able to prepare 2d detailed drawings inline to manufacturing tolerances and BOM for procurement of elements. Manage design related issues throughout the build process Work with Product Engineering to fully understand molded part design requirements and integrate these requirements in to mold design. Leverage Simulation studies, run by other experts, to improve and optimize mold designs for productivity and longevity Should understand the GD&T tolerances. Attention to detail, self-driven, result oriented. Good experience in 3D cad softwares. Education and Knowledge BE / B-tech in Mechanical Engineering (with tooling background) Post Diploma in Tool design (NTTF /GTTC/CIPET). Knowledge on o Tool material, material specifications, heat treatment and its processes. o Tool building, Tool assembly, measurement, testing and tool room processes. o ISO/TS requirement. Critical Experience 2-3 years of relevant design experience in precise injection molds for automotive plastics parts. Connector mold design experience would be an advantage (1-2 years). Moldex3d/Moldflow will be added advantage. Assembly/Stamping design will be an added advantage. Working knowledge on MS Office tool. (MS Excel, Word & Power point). Hands on experience in SAP usage will be added advantage. Competencies Compensation Competitive base salary commensurate with experience$xxx xxx (subject to change dependent on physical location) Posted salary ranges are made in good faith. TE Connectivity reserves the right to adjust ranges depending on the experience/qualification of the selected candidate as well as internal and external equity. What TE Connectivity Internship Program offers TE has a robust internship program that provides our interns with an abundance of resources to feel included as part of our Team. Every summer we coordinate various educational and networking events for our interns. The TE University Relations team will be hosting virtual meetups, information sessions, tours, skill building presentations, and topping it off with National Intern Day celebration activities. A unique employee resource group we have is the Young Professionals (ERG). This group is committed to creating a highly engaged and empowered cross-functional network of young professionals by placing high value in Professional Development, Networking Opportunities and Community Involvement to drive the success of our interns. In addition to the ERG, we also provide our interns with complete access to our internal library of self-lead courses. These courses include academies like leadership to help the interns develop their development in becoming future leaders at our organization. To help with their professional growth, we provide access to Mentors via our NAVIGATE platform. Mentors serve as a guide to navigate the organization and provide additional support in their career endeavors at the company. Our program provides a holistic experience for interns that targets professional development and personal growth. Our internship program typically runs May thru August and gives students the opportunity to work on projects that contribute to the success of their team and build on their classroom experience. Throughout the 1012-week program, interns will be provided with Onboarding & Orientation Professional Development Workshops Networking Opportunities Operations Experience Executive Exposure Timeline TE Connectivity recruits on campus between September and March for New Grad (FT), Rotational, Internship and Co-op positions beginning in May. Once you have applied to a position, your resume and application will be reviewed. If you are selected to move to the next step in the application process, you will be contacted by a recruiter. Once you accept an offer, the onboarding process will begin in January for interns who have committed to offers in the fall semester and upon acceptance for interns who have committed to offers in the spring semester. EOE, Including Disability/Vets

About SKF SKF started its operations in India in 1923. Today, SKF provides industry leading automotive and industrial engineered solutions through its five technology-centric platforms: bearings and units, seals, mechatronics, lubrication solutions and services. Over the years the company has evolved from being a pioneer ball bearing manufacturing company to a knowledge-driven engineering company helping customers achieve sustainable and competitive business excellence. SKFs solutions provide sustainable ways for companies across the automotive and industrial sectors to achieve breakthroughs in friction reduction, energy efficiency, and equipment longevity and reliability. With a strong commitment to research-based innovation, SKF India offers customized value-added solutions that integrate all its five technology platforms. To know more, please visit: www.skf.com/in About Technology Development The TD team for ISEA is focused on Customer Product development & Engineering, Innovation for the region, rollout of new technologies for the region, testing, Failure Investigation, scaleup from POC to series production, Portfolio Management etc. TD Competencies Engineering & Research Centre Product Development & Engineering - This division brings out conceptual/detailed designs to support BOH/ETO activities based on customer specifications. Technology trends like digitization of workflows, e- Aviation, Sensorization, Product localization, Design automation, Agile, DFX and Model based designs, (MBDs) have increased the operational efficiency and application productivity. What our customer gain from this is efficient digital data exchange, traceability and flexibility in design changes, reduced carbon footprint and higher performance products. Testing: Group Testing Services is a trusted partner in design, process and supplier validation. The testing team ensures greater focus on customer requirements, quality and operational efficiency. This entails greater support for SKF s processes in a faster manner by applying global test standards, adapted to local customer specific requirements. Global Metallurgy & Chemistry Laboratory (GMC) Future Factory (Manufacturing 4.0) - Working on World class manufacturing - Lean, Green, Digital. Manufacturing Process & Development - We support factories in the areas of process development (Heat treatment), machine building, Advanced Manufacturing - HT simulations, Additive Manufacturing, Vision Inspection etc. We are working on building innovative solutions on machines (measurement/ assembly/ clean manufacturing) and focusing on Scaling technologies like 3D printing and Camera based Inspection system with automation. Connected Technologies- develop new products for connectivity and sustain it. We work on sensor technology and data integration. This help customer for predictive maintenance of their assets. SKF Purpose Statement Together, we re-imagine rotation for a better tomorrow. By creating intelligent and clean solutions for people and the planet JOB DESCRIPTION Job title: PLM Specialist Reports To : PLM Application Services Manager Role Type: Individual Contributor Location: Bangalore Role Purpose : The PLM Team, part of Innovation & Business development, plays a key role in establishing the SKF Vision A world of reliable rotation , by supporting the SKF Business Community in the management of the Technical Product Information in the Innovation Processes in the best way. The team has a leading role in the implementation of Best Practices in the usage of MCAD and PLM in SKF We are seeking a highly motivated and customer-focused Junior PLM Specialist to join our team. In this role, you will be instrumental in supporting our end-users across our Product Lifecycle Management (PLM) and Mechanical Computer-Aided Design (MCAD) systems, including Windchill, Creo, and their SKF customizations. You will be a key player in ensuring our engineering and design teams can leverage these tools effectively to achieve their objectives. Key Responsibilities: Business Support 50% Support the SKF Development and Engineering community worldwide in the use of Windchill PDMLink & and Creo Be able to conduct Basic induction training of Windchill PDMLink application usage for new hires in the PE/PD Community Escalate issues in a timely fashion to the PLM Operations Team to ensure Business visibility Effectively communicate with supplier in elaborating issues and finding common grounds for resolution Ensure that the Support & Staging process is followed for every support ticket Create and regularly update all support tickets in ServiceNow. Development of Best Practices 20% Using the knowledge acquired by supporting the PLM/MCAD user community in SKF, create Suggested Techniques and Frequently asked Questions documents for the application concerned to ensure effective use of the system in the business community Share the best practices created on the PLM Services webpage Application Configuration 10% Support the Operation Product team by participating in different application tasks planned for the sprints and PI. Understand the Staging concept and progress towards moving the solutions created on the Development server into Production Identify pitfalls if any during the configuration and feedback to the Implementation Specialist Competency Development: 10% Conduct self appraisal to identify competency gaps. Show the willingness and self-drive to upgrade the technical competency on regular basis. Adhere to competency development plan drawn out in consultation with PLM Services Manager. Active participation in knowledge sharing sessions and group learning sessions. Develop competencies as per Individual Development Plan (IDP) and review the IDP on regular basis. Process Adherence :10% Work in iterative development environment and follow the process as defined in QMS. Should be committed to regularly update Service Now for support purpose Participate in Operation review meetings and act on the deviations, if applicable Skills Required: Basic PDMLink, Creo and WGM usage Working knowledge of any Bug tracking & End user support tool(ServiceNow) Execute User Acceptance Tests prior deploying to Production An understanding of customization principles is essential, particularly as they relate to SKF customizations. Exhibit strong analytical and problem-solving capabilities, characterized by a systematic and logical approach to issue diagnosis and remediation Candidate Profile: Bachelor s degree in mechanical or industrial engineering stream. 3-6 Years of relevant functional work experience Being an individual contributor, the position holder is an epitome of Doing things correctly & Right from me . Highly motivated & self-initiator with good communication skills with the ability to work effectively in a team environment; and, Ability to work within a fast-paced environment with changing priorities. Ability to work in a volatile, uncertain, complex & ambiguous (VUCA) environment. About SKF SKF has been around for more than a century and today we are one of the world s largest global suppliers of bearings and supporting solutions for rotating equipment. With more than 40,000 employees in around 130 countries, we are truly global. Our products are found everywhere in society. In fact, wherever there is movement, SKF s solutions might be at work. This means that we are an important part of the everyday lives of people and companies around the world. See more, at www.skf.com.

Skill Set : VAPT, OS Hardening, Ethical Hacking, SIEM, DLP, IAM, IRM Experience : 5+ Years Location : India/US Develop and implement strategic plans to achieve organizational goals and objectives. Lead and mentor teams, fostering collaboration, accountability, and high performance. Analyze business operations, identify areas for improvement, and recommend solutions. Oversee budgeting, financial analysis, and resource allocation to optimize operational efficiency. Monitor key performance indicators (KPIs) to ensure alignment with company goals. Build and maintain relationships with key stakeholders, partners, and clients. Ensure compliance with industry standards, regulations, and company policies. Drive innovation and process improvements to maintain competitive advantage.

Role Overview: The Deputy Plant Head holds a vital leadership position within the plant, reporting directly to the Plant Head. The primary responsibility is to oversee specific manufacturing departments and ensure the smooth operation of processes. The role requires a strong background in the automotive or Tier 1 component manufacturing industry, with expertise in various domains, including production, quality, and maintenance. The Chief Manager- Plant Operations will lead a large team of employees and will play a pivotal role in driving continuous improvement and fostering innovation within the plant. Create and implement best practice manufacturing vision, strategy, policies, processes and procedures to aid and improve business performance. Ensure that manufacturing strategies and processes are in place to meet business objectives and operational needs in terms of price, quality, and delivery targets and which enables the company to function and compete effectively in the market. Develop and manage master production schedule and operations budgets for products to directly support and ensure that the product is delivered to agreed cost, quality, and timelines. Evaluate the challenges faced by the business and take action to mitigate risks and develop opportunities. Take ownership of the manufacturing policy, guidelines, and any associated documentation. Develop & implement innovative manufacturing processes in respective mfg. unit. Work on utilizing plant capacity and efficiency to reduce the operative plant cost. Ensure minimum machine breakdown time and predictive maintenance of the machineries with the help of maintenance team. Provide strong leadership to the manufacturing departments, fostering a culture of collaboration, accountability, and innovation. Ensure the achievement of key performance indicators (KPIs) related to Quality, Productivity, Cost, Delivery, Safety, and Morale (QPCDSM). Plan and execute maintenance activity to ensure plant is kept safe and compliant. Drive improvements in reliability for key aspects of machinery by completing reliability studies and identifying the best planned maintenance strategy. Drive continuous improvement initiatives and process optimization to enhance efficiency and reduce waste. Provide design for manufacturing input at early stages in the new product development process, coordinating with and supporting the new product development team to implement new and revised designs and developing effective processes to ensure manufacturability of product while maintaining quality, safety and environmental standards and achieving cost targets. Encourage and support the incubation of new ideas and practices that can lead to process enhancements, cost savings, and improved product quality. Efficiently manage human and material resources to meet production targets and operational goals. Ensure compliance with health and safety regulations, promoting a safe working environment for all employees. Collaborate with cross-functional teams, including engineering, KAM, SCM, etc to align efforts and achieve organizational objectives. Provide regular reports and updates to the Plant Head regarding departmental performance, challenges, and opportunities.

Candidate Should have Exp. of Iron Foundry Plant Electrical Maintenance. Knowledge of H.T. & L.T. Power System trouble shooting & Programming of Problem and issue in Hardware & Software in PLC , VFD. Required Candidate profile Maintenance of A.C. Motor, DOL & Star - delta Starter, Soft Starter PCC Panel, MCC Panel and PDB maintenance Work Breakdown Maintenance in automotive Machines Iron Foundry Plant.

Responsible for all Manufacturing related activities for specialized Butt Welding Pipe Fittings, from 2" to 6" Size .Seamless Elbows are formed through a Mandrel Process. These pipes are meant for Petroleum, Oil & Gas and other Process Industries. Required Candidate profile B.E./ Dip Mech / Production. Exp : 15-20 Yrs in Manufacturing in the Foundry / Forging industry preferred with specific exposure to Induction Furnace, Shot Blasting machines & Hydraulic Presses. Perks and benefits FORWARD CV IN MS WORD WITH SALARY IN CTC PER ANNUM

Responsible for all Production related activities for specialized Butt Welding Pipe Fittings, from 2" to 6" Size .Seamless Elbows are formed through a Mandrel Process. These pipes are meant for Petroleum, Oil & Gas and other Process Industries. Required Candidate profile B.E./ Dip Mech / Production. Exp : 5-10 Yrs in Production in the Foundry / Forging industry preferred with specific exposure to Induction Furnace, Shot Blasting machines & Hydraulic Presses. Perks and benefits FORWARD CV IN MS WORD WITH SALARY IN CTC PER ANNUM

As the Manager - Material and Metal Processing at Linde South Asia Services Pvt. Ltd., you will play a crucial role in developing and implementing Application technology in Heat Treatment and Material Processing segment to enhance Linde's industrial gas business. Your responsibilities will include business and market development, installations, and commissioning of application hardware primarily at customer sites involved in Steel, Nonferrous Metals, Automotive, Aerospace, Tyre, and Electronics industries. At Linde, the opportunities are limitless, allowing you to go beyond your job description to positively impact your colleagues, the communities you serve, and the world at large. Join us at Linde and unlock your full potential. In this role, you will: - Conduct lead generation and market surveys to identify potential customers for N2 based atmosphere conversion in industrial heat treatment processes - Collect data, evaluate technically, prepare techno-commercial proposals, and collaborate with the Sales team for customer engagements - Assist in equipment selection and design criteria for Application Technology projects - Participate actively in project installation, commissioning, safety audits, process optimization, training, and customer handover - Engage with customers to provide value-added solutions, meet sign-up, and start-up targets consistently To excel in this position, you should possess: - A graduate degree (B.E/B. Tech) in Metallurgical Engineering with a minimum of eight to ten (8-10) years of experience in the Heat Treatment field - Strong technical skills and hands-on experience in industrial heat treatment processes Linde is a global industrial gases and engineering company operating in over 100 countries, committed to making the world more productive while providing high-quality solutions and services that drive customer success and environmental sustainability. Our joint venture, LSAS Services Private Limited, continues this commitment towards sustainable development and innovation in the industrial gases industry. Embark on a fulfilling career journey at Linde, where your potential knows no bounds, and your contributions make a positive impact on the world. Join us in being limitless and shaping a better future for all. If you are inspired by our mission and vision, we look forward to receiving your complete application through our online job market. Join us at Linde and be a part of a company that values shareholder interests, fosters responsible business practices, and champions sustainable development across the globe.,

Responsibilities & Key Deliverables Responsibilities & Key Deliverables Ability to do raw material form / Drawing review and Approval. Ability to perform failure analysis. Ability to do reverse engineering & support to IMCR. Ability to solve metallurgical concerns and supplier process issues. Ability to suggest correct materials / alternative material to designer. Ability to work as a single window for all metallurgical / material related concerns. Ability to support and work for ELV implementation along with homologation & sustainability team. (1) Drawing - Understanding of engineering drawing & symbols. (2) Team centre - DR / RM Approval on Team centre. (3) Metallurgy Lab / Inspection - Expertise in metallurgy testing. (4) NTD - Expertise in NDT testing & methodology. (5) Material / Testing Standards - IS, ASTM, DIN, AISI, JIS, etc. Experience Industry Preferred Qualifications General Requirements Experience Expertise in Metallurgical testing - Knowledge of all Metallurgical testing equipment s & test procedures. (Ferrous / non-ferrous / Rubber / Plastic / Oil) Knowledge of Material and Testing standards, IS, ASTM, DIN, AISI, JIS, etc. Special Process Knowledge - Casting, Forging, Heat Treatment, Sheet Metal, Welding, Fasteners, powder metallurgy, Rubber, plastic, Plating and Painting. Heat Treatment - Knowledge of All Heat Treatment Processes. Expertise in Failure Analysis. Special process Improvement (ICA / PCA) & Supplier Development. Able to interpret engineering drawing & symbols. RTS (Review of technical specification) / DR / RM Approval on Team centre. Benchmarking / Reverse Engineering. Knowledge of ELV - Added advantage

Responsibilities & Key Deliverables Leading BIW Welding Fixtures Assy and Installation Team. Planning of Welding Fixtures Manufacturing and Installation. Automation scope finalisation. Coordination with Automation suppliers. Regular Coordination with Design team. Buy off with customer. Active participation in TPM. Active participation in quality system (ISO documentation) /EOHS. Implementation of new initiatives in the dept. Good Knowledge of Mechanical Assembly processed of ELECTRO-Pneumatic Body Welding Fixtures. Good knowledge of Machining processes for Body Welding Fixture Parts. Hand s-on experience in Manufacturing and Assembly of Body Welding Fixtures. Supervision experience for hand ling a team of Associates around 25Nos. 3-4 Years Experience of Try-outs and Installations of Body Welding Fixtures including main framing fixture art customer end. Should be able to work on site art different locations. Must have good Knowledge of Geometrical Dimensioning and Tolerances (GD and T). Knowledge of Heat Treatment Processes. Able to do Static and dynamic buy-off of Body Welding Fixtures with customer. Able to Execute BIW Fixture Installation plan art site. Able to do Design review with Design team before manufacturing. Knowledge of Body Welding Fixtures Unit level Inspection art supplier end. Must Have good Knowledge of TPM,ISO systems. Good Knowledge of assembly inspection process through portable CMM. Good Knowledge of Tool Room function Preferred Industries Engineering Automobile Education Qualification Bachelor of Engineering in Production; Bachelor of Engineering General Experience 2-10 yrs Critical Experience System Generated Secondary Skills

As a Mechanical Engineer specializing in Axle & Transmission for the Automotive industry, you will be responsible for key deliverables related to New Product Development. Your role will involve working on projects through APQP and CDMM DE, ensuring adherence to project requirements. Your responsibilities will include possessing a deep understanding of gear raw materials, forging processes, gear parameters, gear cutting techniques, heat treatment, axle manufacturing processes, and CV shaft. It is essential for you to be well-versed in interpreting drawings, DIN standards, and gear cutting tools such as HOB and Grinding cutter, along with other machining processes. You should have hands-on experience in developing high-precision quality gears and be capable of defining product and process requirements. Mapping the supplier base and conducting technical synthesis and sign-off with stakeholders will be part of your daily activities. Additionally, you will be required to share RFQs, conduct Manufacturing Feasibility studies, and plan and execute FTG activities. Establishing run rates and capacities as per volume projections, organizing VAVE workshops for cost reduction, and ensuring compliance with PFMEA, Control Plan, Quality tools, and GD&T standards are crucial aspects of this role. The ideal candidate for this position should hold a B.E./B.Tech in Mechanical Engineering with 4 to 6 years of relevant industry experience. Knowledge of sourcing and developing DIN6 quality gears, axles, and CV drive shafts is preferred. Familiarity with reliability, DVP&R, warranty finalization with suppliers, PPAP, APQP, SPC, CMVR regulations, and conducting Make vs. Buy analysis will be advantageous. If you are a proactive Mechanical Engineer with a strong background in manufacturing and engineering, possessing the necessary skills and experience, we invite you to apply for this challenging opportunity in our organization.,

Experience with EPC quality documentation like Project Quality Plan, ITPs, identify key procedures and monitor implementation Exposure to Rotary equipments, instrumentation items and package items is a must. In-depth knowledge of fabrication practices, QC methodologies, witnessing equipment pressure testing and final inspection. Exposure in inspecting ASME Code Stamped equipment. In depth understanding of structural and piping activities. Should be conversant with Heat Treatment and related requirements as per ASME / API. In-depth knowledge and experience in Quality Control aspects of Raw Materials, Receiving Inspection, Fabrication Inspection, Final Inspection and Documentation. Experience of working on materials like Low alloy steels, stainless steels, Inconel etc. Should be conversant with ISO 9001 Quality Systems Requirements. Preferences: - CSWIP or equivalent welding certification is preferred. Proficiency in Welding and metallurgy is highly desirable.

Purchase engineer is responsible for Planning, scheduling and procurement activities in accordance with operating guidelines supporting company objectives regarding inventory, sales, product cost, scheduling, timely delivery, and customer requirements. Primary Responsibilities Identify and select primary and secondary suppliers Maintain effective and proper relations with suppliers or their representatives. Place orders and determine requirements from engineering and production schedules Verify the purchase orders and keep PO status up to date. Monitor the movement of materials through the production cycle and maintain inventory at planned levels. Expedite the filing of orders by supplies to meet production. Administer basic procurement functions such as maintaining more than one source of supply, verifying that planned purchase orders link to demand, suggesting changes or adjustments in quantities to take advantage of price breaks and trends. Release new requisitions as necessary for quotations and procurement to support required delivery of component parts or services. Participate in initiatives that will reduce the length of the supply chain, improve fill rates, and optimize inventory. Regularly update safety stock levels, order minimums and order multiples in the system. Keep the Order Management Coordinator aware about changes in the delays at work centres/machines and/or routers that would affect the lead time of the part so that the system can be kept up to-date. Perform other work-related tasks as required as assigned. Comply with all NOV Company, departmental and HSE procedures and policies. Study drawings, material specifications and quality clauses to develop raw material & vendor for new products Resolving supplier s technical issues within scope of acceptance or get it solved through Engineering Supplier Rating & Vendor Performance Getting 8D Reports from supplier in case of non-conformance Arranging Quality training for suppliers to make them understand NOV s quality requirements. Facility/Group Specific Responsibilities Initiates first articles with qualified vendors and maintains close coordination with Engineering to meet timely execution of product sourcing. Recommend vendors and participate in qualifying them before order issuances Perform data analysis and present results (tools- MS suite, R, Minitab etc.) to management as assigned Manage process improvement, cost savings projects & OTD initiatives Participate in interdepartmental projects/activities as assigned Apply best practices to maintain NOV guidelines regarding price, service, quality, and delivery. Attend training activities as assigned by management Participate in departmental meetings as required. Escalate issues and potential resolutions to Supervisor as appropriate. Perform work such that a perpetual state of audit readiness is maintained. Participate in internal audits as required. Metric Accountabilities Vendor Quality & On-Time Delivery Performance Cost & Lead Time reduction Initiatives Inventory Management Education & Experience Qualifications Bachelor s degree with minimum 2-3 years experience with emphasis in purchasing and materials control experience in a manufacturing environment Experience with ERP system required. Knowledge of ISO, API, ASTM Material Standards required. Knowledge of Casting, Forging, Heat Treatment process and raw material procurement required. Knowledge of machining, Special coating & other manufacturing processes Knowledge of Inventory Management APICS Certification preferred. Proficient in use of Microsoft Office suite of products. Strong communication in English (Both Verbal and Written) Strong time management and analytical skills.

At least 3 years\ design experience on Machine Design / SPM Organizes Design / Verification reviews with internal & external team Apply basic engineering design principles on each project activity Ability to create complex 3D sheet metal/casting models, assembly and 2D detailed drawings of Special Purpose Machines using SolidWorks. Understanding of concept design in special purpose machines domain. Conceptualizing and designing special purpose machines based on specific manufacturing requirements. Familiar with different manufacturing processes used on the shop floor. Should have Knowledge in material properties, selection, heat treatment, and choosing the right engineering materials and functions based on design needs. Applying Geometrical Dimensioning and Tolerancing (GD&T) principles to ensure the accuracy and precision of machine components. Selecting and integrating bought-out components, such as motors, cylinders, and actuators, into machine designs. Daily report to the Team Leader about the progress of the project and possible problems Conduct self- and team internal quality checks to ensure defect free deliverables Excellent oral & written English communication to communicate and coordinate with global engineers. Proficiency in French will be added advantage Work Experience Proficient in machine design, including creating detailed concepts and designs. Capable of independently developing detailed concepts. Skilled in performing hand calculations and analyses to justify proposed designs. Experienced in supporting the validation of assemblies and various installations in machine design. Able to define components and assemblies of sub-systems according to manufacturing and assembly concepts. Knowledgeable in tolerance stack-up analysis and recommending feasible solutions based on manufacturing capabilities. Knowledge in analyzing and proposing retrofit solutions for existing design modifications. Capable of selecting appropriate fasteners for various assemblies. Strong drawing reading skills and understanding of dimensioning standards. we'll-versed in Geometrical Dimensioning and Tolerancing (GD&T). Hands-on experience with Solidworks and PLM platforms for creating 3D models, 2D drawings, and product structures. Knowledge in various manufacturing processes. Competent in material properties, material selection, heat treatment, and surface coating. Familiar with industry standards for machine design. Skilled in machine design, including creating complex 3D models, assemblies, and detailed 2D drawings using SolidWorks. Experienced in selecting and integrating components like motors, cylinders, and actuators into machine designs. Able to communicate and coordinate effectively with global engineers. Qualification : BE/B.Tech/M.Tech(Mechanical Engineering)

Sulfuric acid And oxalic acid anodizing with dye process. • Zinc phosphate process. • Chromium Plating. • Powder coating. • Masking knowledge. • SAP handling. • Hard acid anodizing with dye process. • Impregnation process with leak arrest in porosity in the parts. • Sulfuric and oxalic acid combined anodizing with polishing and dye process. • Anodizing automation process with SCADA. • Knowledge about the 7QC Tools. • Ability to read & understand the Drawings and customer specifications. • Knowledge about QMS, EMS, OHASA. • Knowledge of LTMS handling and dye analysis. • Mixed dye preparation and color achievement. (L,a,b) values. • Knowledge of Chemical polishing & the bath maintaining and thatsstage gloss achievement. • CYS Analysis and Parts handling. • WIP Update. • Achieve Plan Vs Actual.

Electrical Maintenance Job description 1. Equipment & Process Handling: Hands-on experience with Batch & Continuous Heat Treatment Furnaces. Exposure to normalizing, hardening, quenching, tempering, carburizing, gas nitriding, and plasma nitriding processes. Manage and maintain combustion and electrically heated furnaces. Operate and troubleshoot manual batch furnaces and automated continuous lines. 2. Automation & Control Systems: Proficient in PLC interfacing and programming (Siemens 1200/1500, Allen Bradley SLC 5/03). Experience with remote I/O panels and AC drives for pump motor control. Knowledge of Star Delta starters for motors, blowers, and recirculating fans. Awareness of Eurotherm Thyristor drives, furnace temperature controllers, thermocouples, and sensor systems. 3. Maintenance & Troubleshooting: Perform down time analysis, modification, and optimization of PLC programs. Expertise in VFDs and their application in motor control systems. Maintenance of electric chain hoists and material handling equipment. 4. Reporting & Continuous Improvement: Generate daily maintenance and down time reports. Conduct Why-Why analysis for root cause identification and resolution. Implement Kaizens to improve MTTR/MTBF and reduce maintenance costs. Introduce innovative ideas for spares cost reduction and process improvement. 5. Safety & Systems Awareness: Strong understanding and implementation of 5S principles. Perform risk assessments, ensure safety compliance and awareness. Adapt and contribute to TPM (Total Productive Maintenance) initiatives. Skills & Competencies: Technical Skills: PLC programming and interfacing (Siemens & Allen Bradley) Electrical control systems (ON/OFF, Star Delta starters, circuit diagram reading) Drives and motor control (VFDs, AC drives) Furnace operation and sensor calibration Soft Skills: Analytical and logical thinking Creative problem-solving ability Communication and project management skills Attention to detail, adaptability, and commitment to continuous learning Interested send their updated resume to Email Id hrd.recruitmentconsultants@gmaildotcom & WhatsApp - 9.2.1.1.6.1.8.4.4.8 / 9.7.1.7.2.2.1.3.8.

Designations : Wire Cut Machine Operator Mould Assembly Operator Grinding Machine Operator Turning Operator Qualifications : ITI / NTTF / Indo-German Tool Room / Graduate (as per role) Experience : minimum 1 to 2 years experience in similar work profile Job Requirements: Relevant qualification (ITI / NTTF / Indo-German Tool Room / Graduate) 1-3 years of hands-on experience in similar job profiles Good knowledge of precision measurement tools: Micrometer, Vernier Caliper, Height Gauge, Slip Gauge, Pin Gauge, Thread Gauge, etc. Ability to work on moulds, press tools, jigs, and fixtures Familiarity with injection moulding machines and tool room operations Basic understanding of metallurgy, heat treatment, and machining processes (for technical roles) Team player with problem-solving skills and willingness to learn advanced CNC machines. Job Responsibility: Set up, operate, and maintain relevant machines (Wire Cut, Grinding, Turning etc.) Read and interpret technical and engineering drawings (including GD&T) Perform precision work within close tolerances using relevant tools and equipment Operate conventional tool room machines: surface grinder, cylindrical grinder, lathe, milling, drilling, etc. Perform basic operations like turning, threading, polishing, tapping, and blue matching (based on role) Follow standard operating procedures and quality standards Complete measurement documentation and job reports accurately

1. Equipment & Process Handling: Hands-on experience with Batch & Continuous Heat Treatment Furnaces. Exposure to normalizing, hardening, quenching, tempering, carburizing, gas nitriding, and plasma nitriding processes. Manage and maintain combustion and electrically heated furnaces. Operate and troubleshoot manual batch furnaces and automated continuous lines. 2. Automation & Control Systems: Proficient in PLC interfacing and programming (Siemens 1200/1500, Allen Bradley SLC 5/03). Experience with remote I/O panels and AC drives for pump motor control. Knowledge of Star Delta starters for motors, blowers, and recirculating fans. Awareness of Eurotherm Thyristor drives, furnace temperature controllers, thermocouples, and sensor systems. 3. Maintenance & Troubleshooting: Perform down time analysis, modification, and optimization of PLC programs. Expertise in VFDs and their application in motor control systems. Maintenance of electric chain hoists and material handling equipment. 4. Reporting & Continuous Improvement: Generate daily maintenance and down time reports. Conduct Why-Why analysis for root cause identification and resolution. Implement Kaizens to improve MTTR/MTBF and reduce maintenance costs. Introduce innovative ideas for spares cost reduction and process improvement. 5. Safety & Systems Awareness: Strong understanding and implementation of 5S principles. Perform risk assessments, ensure safety compliance and awareness. Adapt and contribute to TPM (Total Productive Maintenance) initiatives. Skills & Competencies: Technical Skills: PLC programming and interfacing (Siemens & Allen Bradley) Electrical control systems (ON/OFF, Star Delta starters, circuit diagram reading) Drives and motor control (VFDs, AC drives) Furnace operation and sensor calibration Soft Skills: Analytical and logical thinking Creative problem-solving ability Communication and project management skills Attention to detail, adaptability, and commitment to continuous learning

Greetings from Manpower Resources India (P) ltd. Manpower Resources India Pvt. Ltd is a leading Executive Search & Selection company, caters to recruitment services in Manufacturing, Infrastructure, Engineering & Healthcare domain. We have been mandated by a large conglomerate into Stainless Steel Manufacture . Job Title: Electrical Maintenance Manager / Sr. Manager Plant: Fasteners Department: Electrical Maintenance Location: Boisar, Maharashtra Experience: Minimum 10+ years Qualification: B.E. / B.Tech / Diploma in Electrical Engineering Purpose of the Role: To manage and control the overall functioning and performance of the Electrical Maintenance Department by ensuring high equipment availability, minimal downtime, energy optimization, and adherence to statutory, safety, and organizational standards to support uninterrupted plant operations. Key Responsibilities: Manage and control the overall functioning and performance of the Electrical Maintenance Department. Attend machine critical breakdowns on shift to maintain minimum downtime, ensuring optimal MTTR (Mean Time to Repair) and MTBF (Mean Time Between Failures). Suggest and implement corrective and preventive actions for problems related to equipment to enhance reliability and performance. Review and monitor spare parts availability to ensure zero downtime due to spares shortages. Drive indigenous development of spare parts for cost optimization and supply assurance. Prepare CAPEX proposals and ensure timely approvals from management for department improvement and project needs. Plan and implement new projects, including installation, commissioning, and upgrades of electrical systems. Conduct technical training sessions for departmental staff to enhance skills and competency levels. Arrange external technical training programs for department employees for continuous development. Provide expert guidance and support during major electrical breakdowns to ensure quick resolution. Ensure strict adherence to safety practices and maintain high standards of housekeeping in all electrical maintenance areas. Define KRAs and KPIs for self and all subordinates to ensure clear performance expectations and monitoring. Prepare and maintain Electrical Maintenance SOPs for all equipment to ensure standardised operations and compliance. Prepare, monitor, and control annual and periodical budgets for all maintenance-related activities to ensure cost efficiency. Carry out statutory inspections and ensure compliance with all regulatory requirements related to electrical installations and operations. Control attrition and absenteeism within the department by ensuring engagement, discipline, and workforce management. Review energy consumption data regularly and implement suggestions for energy optimization and cost saving. Attend daily, weekly, and monthly meetings with management to present department performance, challenges, and improvement plans. Review AMCs of equipment and evaluate vendor performance for reliability and service quality.

What are we looking for We are looking for a highly skilled and experienced Project Quality Engineer who will be responsible for ensuring that all aspects of our engineering, procurement, and construction (EPC) projects meet the required quality standards. This role involves developing and implementing robust quality plans, conducting thorough inspections and audits, and collaborating closely with project teams to resolve any quality issues efficiently. Key Responsibilities: Product Certification: Develop the certification strategy at the start of the project to define all steps towards the certification of the system to the relevant laws and directives. During the project, liaise with third parties to plan and organize necessary activities, tests, and inspections to obtain the certificate of conformity. Quality Planning: Develop and implement project-specific quality plans, procedures, and Inspection Test Plans (ITPs) to ensure compliance with project requirements and industry standards. Inspections and Audits: Conduct regular inspections and audits of engineering, procurement, and construction activities to ensure adherence to quality standards and identify areas for improvement. Non-Conformance Management: Identify, document, and manage non-conformances, and work with project teams to implement corrective and preventive actions. Documentation: Review and approve manufacturing documentation from suppliers to ensure compliance with quality requirements. Maintain detailed records of quality control activities, including inspection reports, audit findings, and corrective actions. Supplier Quality Management: Collaborate with suppliers to ensure that materials and equipment meet project quality requirements. Risk Management: Conduct risk assessments to identify potential quality issues and develop mitigation strategies. Continuous Improvement: Identify opportunities for process improvements and implement best practices to enhance project quality. Customer Interaction: Communicate with clients and stakeholders regarding quality issues and ensure their requirements are met. Required Skills & Qualifications: Education: Bachelor's degree in Mechanical Engineering, Quality Assurance, or a related field. Experience: Minimum of 7 - 10 years of experience in quality engineering, with a focus on EPC projects. Skills: Strong knowledge of quality management systems and standards (e.g., ISO 9001 ). Excellent knowledge of codes and standards applicable to pressure-vessels ( PED, ASME, Low voltage, machine directives, ATEX ). Excellent analytical and problem-solving skills. Strong written and verbal communication skills. Ability to work collaboratively in a global environment. Attention to detail and strong organizational skills. Proficiency in English (written and spoken). Knowledge Requires: WPQR/WPS welding & Heat Treatment . Metallurgy: Carbon steel, Inconel, Stainless steel, Duplex - required. Rotary Equipment. Piping ASME B31.1 & B31.3 . Certifications: NDT (RT, UT, PT&MT) Level-II ASNT / ISO . Certification in welding ( CSWIP / IWE ) will be an added advantage. Preferred Qualifications: Experience in the oil & gas or equivalent industry . Certification in quality management (e.g., Six Sigma, ISO 9001 ). NDT control activities (PT,MT,UT, AUT, RT) would be a plus, ASME Sec V .

You should be a BE/ ME graduate with proficiency in English and a strong ability to comprehend customer requirements. Additionally, you must possess expertise in planning, costing, and preparing techno-commercial offers. You should be skilled in identifying and mobilizing resources, as well as providing guidance to staff involved in order execution. Your role will involve undertaking multiple tasks such as basic engineering design, drawing, mechanical, physical, metallurgical, non-destructive, and environmental testing, along with data analysis. Familiarity with forming, fabrication, heat treatment, coating, joining, and related activities is essential. It is crucial to be able to interpret standards such as ASTM, IS, ISO, and execute tasks as per specifications, and develop internal documents like SOPs, SWIs, SGLs, STPs, and Work Schedules. Proficiency in designing, modeling, and analysis will be an added advantage. Your responsibilities will include engaging with customers, preparing techno-commercial proposals, negotiating prices, and coordinating orders. Some travel may be required as part of your duties.,