436 Injection Moulding Jobs - Page 9

We are seeking a highly skilled and innovative Product Designer to join our team. The ideal candidate will be responsible for designing and developing high-quality injection moulded parts for FMCG caps and closures, incorporating bi-injection technology. This role requires a deep understanding of injection Moulding processes, materials, and design principles to create efficient, cost-effective, and aesthetically pleasing products. Key Responsibilities: Design and Development: Create detailed 3D and 2D designs for injection moulded screw caps, flip-top caps, snap-on caps, spouts, tamper-evident solutions using Siemens NX CAD software, ensuring functionality, manufacturability, and aesthetic appeal. Bi-Injection Technology: Integrate bi-injection technology into product designs for anti-counterfeiting, enhanced performance and appearance. Collaboration: Work closely with engineering, manufacturing and project management teams to ensure designs meet technical specifications and market requirements. Work closely with assembly part like bottle or jar to fulfil a flawless function and assembly. Independent assessment of manufacturability, involvement of the modelling and simulation department in line with requirements. Collaboration in the creation or refinement of ALPLA guidelines and standardizations. Defining project scope: independently checking and collecting customer briefing for the product design development. Analysis: Carry out tolerance analysis and comply with ALPLA guidelines appropriately. What makes you great Optimization: Continuously improve existing designs to enhance efficiency, reduce costs, and meet evolving industry standards. Involve in analysis and optimisation of first trial sample to assembly parts fit and function. Documentation: Dimensioning and tolerances for flawless article functionality in-line with quality, production and project management. Maintain accurate records and documentation for all design projects, including specifications and modifications. Checking article and assembly drawings according to the 4-eye principle and consulting team before final release. Innovation: Stay updated with the latest trends and technologies in injection moulding and FMCG packaging to drive innovation in product design. Openness towards AI projects (artificial intelligence) and active contribution of own experience and knowledge that will enable automated execution in the future. Education and Training: Willingness for further education and training. Travel flexibility: Willingness to travel within reasonable limits. E.g. key meetings in projects and/or troubleshooting events. Independent planning and execution of customer meetings. Support activities: Own initiative and cooperation in standardization, e.g. CAD articles, functional elements, checklists, etc. Induction support for new team members, contact person / mentor. Time management: Filling time sheets on time. Additional skills: Analytical Skills: Strong problem-solving abilities and attention to detail. Communication: Excellent verbal and written communication skills, with the ability to present ideas clearly and collaborate effectively with cross-functional teams. Creativity: Innovative mindset with a passion for creating functional and visually appealing products. Manufacturing technologies: Knowledge on EBM, IBM, ISBM processes and Mold manufacturing knowledge is added advantage. Experienced handling of the MS Office package including Teams. What you can expect working with us We facilitate a smooth start through individual and accurate training as well as professional guidance and support. We offer you a challenging task with a high degree of personal responsibility in an international working environment. Dynamic working style in a fast-growing region and a dynamic team

NPD Mgr Rubber molded parts manufacturing industry Product development starting from understanding customer specifications before getting the order to the release of the products after qualification/fatigue test with the help of Design & Development Required Candidate profile Diploma / BE Mechanical Engineering or Polymer Engineering Experience 10-18 in New Product Development preferably from Rubber or Plastic Industry handling overseas customers knowledge of 2D / 3D CAD

Supervise daily injection moulding prod.& ensure target output Handle machine settings, mould changeovers& manpower allocation Perform preventive& breakdown maintenance of moulding machines Ensure qual. standards, troubleshoot issues & maint. record

Basic Qualification: B.Tech (Mechanical). Overall work experience: 4 -5 years with BE in the field of Heavy Equipment or Automotive Engine Design / Agricultural Equipment design CAD Tool: Should have minimum 3 years hands on experience in Creo 4.0/Creo'7 modules Solid Modelling and Detailing Surfacing Handling of large assembly Management : Hands on experience on Modelling of Plastics and casting components using Creo surfacing module Has expertise in Advanced Surfacing using Blends, Boundary blends, Sweeps, Free-Form, Style etc., Should have knowledge on consoles, fenders, fan shrouds Design and development of Plastic components for Automotive, Off-Highway equipment. Create Skeleton models and large assemblies using Top-down/Bottom-up approaches in Creo. knowledge of casting and Plastics manufacturing and assembly process working experiencing in applying GD&T Good verbal & written communication

Job Summary In this role, you will collaborate and lead activities of the cross functional teams comprising technical experts within the Research and Development function, across West's products portfolio, focusing on drug delivery You will require to demonstrate creative skills in a dynamic environment along with an engineering expertise attitude You are expected to participate in the development of multi-disciplinary product involving mechanical, plastic, metal and electronics design, Essential Duties and Responsibilities Making conceptual design, detailed design, CAD modeling and prototyping Knowledge of medical standards such as IEC13485, 43 FR 31 508 Preparation of SolidWorks drawings and models, Utilize design analyses tools by applying principles of mechanics, and materials engineering including theoretical calculations for components fit, tolerance analysis and stress calculations, Writing of technical protocols, product specs, tests methods and presentations related to design activities, Performing and/or supervising evaluation, feasibility, and engineering testing of new and existing products, writing and/or approve tests reports, Provide the team and the project a source of knowledge and utilize experience to support team members and drive decisions, Conducting and supporting failure investigations by utilizing standard methods such as fish-bone diagram Work closely with internal interfaces (Engineering, QA, HF and RA groups) as well as external interfaces such as other groups across the organization Interface with West customers (e-g , pharmaceutical and biotech companies) as needed in development agreement, for activities led by mechanical engineering team, Support industrialization and manufacturing activities, develop and design products assembly, special tooling, and fixtures, Manage and work with subcontractors that support product development and production, Additional Responsibilities Education Bachelor's Degree Mechanical Engineering required Work Experience Minimum 5 years related experience in products design required and experience with mechanism design, design for manufacturability (DFM), and medical devices design preferred Preferred Knowledge, Skills and Abilities Proficiency in 3-D CAD software such as SolidWorks Knowledge and experience in stack-up analysis License and Certifications Travel Requirements 20%: Up to 52 business days per year Physical Requirements Sedentary-Exerting up to 10lbs/4kgs of force occasionally, and/or negligible amount of force frequently or constantly to lift, carry, push, pull, or otherwise move objects, including the human body Sedentary work involves sitting most of the time, Additional Requirements Knowledge in plastic part design, sheet metal components, mechanical assembly, injection molding and other manufacturing processes Knowledge in assembly processes Knowledge in PCB manufacturing Must be proficient (verbal and written skills) in English

Dear Candidate, We have an immediate opening for Maintenance Engineer at Maraimalai Nagar . Role & responsibilities Injection Moulding Maintenance # Maintaining and troubleshooting injection molding machines, with a focus on electrical, mechanical, and PLC-related issues. # Good Knowledge in PLC (Delta / Siemens / Mitsubishi / AB) # Knowledge on Hydraulic & Pneumatic system, Heat exchanger (Plate & shell type) cleaning, Motor inspection, electrical panel inspection. # Tool & die fixtures maintenance, hydraulic & pneumatic system inspection # Relevant experience in injection molding maintenance or PLC programming is also preferred. Designation : Junior Engineer / Engineer / Senior Engineer Experience : 2 to 10 years Work Location : Maraimalai Nagar, Kanchipuram (DT) Interested candidates, please send your resumes on: Contact Number: 9840826490 / 7305533346 Mail Id: Sarojini.Maran@leadec-services.com Preferred candidate profile Dip / B.E., (EEE/Mech)

Extensive Experience in Mould Process Setting, Robot Handling. B. Meticulous Planner as well as drive to execute as planned. Responsible for entire shift operations in the Injection Moulding Shop. Required Candidate profile Production planning, Mould setting, mould change will be basic responsibilities

JOB SUMMARY A Injection Moulding CAD Designer (Computer Aided Design) will work directly with engineers to generate CAD models and drawings. This may include working on new designs or the modification of existing designs. These responsibilities cover the disciplines of both MCAD and ECAD. ESSENTIAL DUTIES AND RESPONSIBILITIES Familiar with the basic use of CAD design tool. Good Design Knowledge of 2 Plates and 3 Plates Injection Mould. Should have Knowledge of Material Flow Analysis. Utilizing CAD Software to create detailed mold designs At the appropriate process phase gates, will create and enter a complete design package. Work concurrently with other Design Services departments, Business Unit Management, Manufacturing, Purchasing, and Quality departments through the design phase of a program. Work to provide a design that not only meets the customer s criteria, but also provides high quality, cost effectiveness, and manufacturability. Provide technical support for all manufacturing builds including engineering prototypes, NPI production releases. Use data collected in production in subsequent programs to ensure continuing improvement in designs. Stay abreast of the latest technology and techniques to provide designs that are competitive and cost effective. Follow the direction of Engineers, Sr. Designer, Lead Designers or the Design Manager. May perform other duties and responsibilities as assigned. KNOWLEDGE REQUIREMENTS Ability to effectively present information and respond to questions from groups of managers, clients, customers, and the general public. Ability to define problems, collect data, establish facts, and draw valid conclusions. Ability to operate a personal computer including using a Windows based operating system and related software. Advanced PC skills, including training and knowledge of Jabil s software packages. Ability to write simple correspondence. Read and understand visual aid. Ability to apply common sense understanding to carry out simple one- or two-step instructions. Ability to deal with standardized situations with only occasional or no variables. Ability to read and comprehend simple instructions, short correspondence, and memos. Ability to add, subtract, multiply, and divide in all units of measure, using whole numbers, common fractions, and decimals. Ability to compute rate, ratio, and percent and to draw and interpret graphs.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Job Summary Under limited supervision, the Toolmaker constructs intricate injection molding tools, jigs, fixtures, punches, molds, gauges, and dies to extremely close tolerances. The role involves working from drawings, sketches, models, or verbal instructions and selecting the most economical machining methods. The Toolmaker may assign machining tasks to machinists, create sketches for subassemblies, assist with work scheduling, and serve as a group leader when required. Essential Duties and Responsibilities Construct and repair machine shop tools, gauges, fixtures, jigs, or dies for in-house use. Perform tasks ranging from basic tool room operations to work involving extremely precise tolerances. Plan construction methods and procedures, including material selection. Account for shrinkage in heat-treated tools and metal flow in dies. Lay out, fabricate, and assemble dies, molds, and fixtures based on blueprints, sketches, and specifications. Use machinist hand tools and precision measuring instruments effectively. Compute dimensions and determine machining/material requirements. Perform precision work to exact tolerances and dimensions. Recommend design revisions or material substitutions to resolve fabrication issues. Solve problems related to unusual materials, work-holding, machine settings, and production processes. Monitor and verify quality using statistical process control or other procedures. Provide guidance and mentorship to junior toolmakers. Support all company safety and quality programs and initiatives. Perform other duties as assigned. Job Qualifications Knowledge Requirements: Ability to read/write English and interpret safety rules, operating instructions, blueprints, and manuals. Strong basic math skills and ability to follow and execute work instructions. Proficiency with machinist tools and precision measuring equipment. Skills Required: Injection Molding Background is MANDATORY Experience: 2 to 7 years of relevant experience.

Kandiga Consulting Services (KCS) is looking for Plastic Injection Molding Shift Incharge to join our dynamic team and embark on a rewarding career journey The Shift Incharge is responsible for managing the shift's activities, ensuring that all production targets and quality standards are met, and maintaining a safe working environment for employees The following are typical job duties and responsibilities for a Shift Incharge:1 Ensure that all shift employees are trained, motivated, and working to their full potential 2 Manage and supervise the activities of the shift workforce, ensuring that production targets are met, and that all employees are following established safety guidelines and regulations 3 Ensure that all shift employees are aware of the company's quality control procedures and that they are adhering to them 4 Monitor and analyze production data to identify trends and areas for improvement, and develop and implement strategies to address these issues 5 Create and maintain accurate shift reports and records, including production reports, safety records, and inventory reports The ideal Shift Incharge should possess excellent leadership, communication, and problem-solving skills They should be knowledgeable about safety regulations and procedures, and be able to identify areas for process improvement

Independent handing of VFD Operation & CNC Operation. To resolve trouble shooting of Extrusion & Vacuum Forming. Optimize production as per target. Manpower handling in Shift. Knowledge of SAP, Required Candidate profile Post Graduate Diploma in Plastic processing Tech. from CIPET with 4 to 10 years experience in Vacuum Forming & Extrusion machine.

Role & responsibilities Operate lamination and trimming machines as per standard operating procedures Set up machines for different production runs and changeovers Perform routine maintenance and ensure machine uptime Conduct in-process quality checks and report any deviations Maintain production logs, batch records, and downtime reports Train and guide junior machine operators across shifts Ensure compliance with safety, hygiene, and quality standards Support troubleshooting and continuous improvement initiatives Preferred candidate profile ITI or Diploma in Mechanical / Industrial / Production Engineering 46 years of hands-on experience in operating plastic thermoforming machines, preferably in packaging or similar manufacturing environments Strong understanding of machine operation, maintenance, and basic troubleshooting Familiar with quality inspection, GMP, and safety standards Comfortable working in a high-speed, quality-driven production environment A team player who can lead by example and support junior team members

Participation in Domestic & International fairs with complete responsibility and involvement from ideation / conceptualisation to the implementation and closure Market research and identifying new customers globally for Leather Watch straps Required Candidate profile Result Orientation: Focus on desired results and sets and achieves challenging goals. Detailing; Attention to detailing Communication; Listening skills, strong communicator, good in oral and written

The Electrical & Instrumentation Supplier Quality Engineer (SQE is responsible for ensuring that electrical and instrumentation components, systems, and materials supplied by vendors meet quality and regulatory standards. The role involves supplier assessments, audits, process improvements, and defect resolution to maintain product reliability and compliance with industry standards. Key Responsibilities Supplier Quality Management Develop and implement Inspection test plan (ITP) fs for electrical and instrumentation components. Conduct supplier audits, process assessments, and capability evaluations. Work closely with suppliers to resolve quality issues and improve manufacturing processes Monitor supplier performance using key metrics (PPM, SCARs, delivery compliance, etc.) Ensure suppliers comply with industry standards such as **ISO 9001, ISO 14001, IEC, ATEX, and ANSI Inspection & Testing Review and approve quality control plans. Conduct incoming material inspections, failure analysis, and root cause investigations. Work with suppliers to establish robust test and validation procedures. Ensure compliance with regulatory standards like IEC 61508 (Functional Safety), ISA, and UL Process Improvement & Problem Solving. Drive corrective and preventive actions (CAPA) for supplier-related defects. Support Lean Manufacturing, Six Sigma, and continuous improvement initiatives at supplier sites. Implement supplier development programs to enhance quality and reduce risks. Cross-functional Collaboration Work with engineering, procurement, manufacturing, and regulatory teams to resolve quality issues. Review technical drawings, specifications, and quality plans with design teams. Support supplier selection and qualification for new projects. Documentation & Reporting Maintain supplier quality documentation, audit reports, and quality records. Generate reports on supplier performance, trends, and non-conformances. Travel Requirements 50-60% travel to supplier locations for audits, inspections, and quality reviews. Travel may be domestic and international, depending on supplier locations. Must be able to work effectively in different time zones and cultural environments Technical Skills Knowledge of electrical components (switchgear, transformers, sensors, PLCs, etc.) Familiarity with instrumentation devices (flow meters, pressure transmitters, control valves, etc.) Understanding of electrical schematics, P&IDs, and technical specifications Proficiency in quality tools like FMEA, 8D, APQP, and SPC. Experience with auditing suppliers and conducting root cause analysis Should have hands on experience in Inspecting Skid E&I. MCC panels, PLC Automation systems, Process Instruments, Cables, Cable Trays, Motors. Know-how of Electrical and C&I design basis. Hands on Experience in 8D RCA. Hands on experience in reading, interpreting, and highlighting Improvement on P&ID & Electrical Schematics Familiar with Mechanical rotating equipment and Final testing requirements. Familiar with significance of MOC and standards. Familiar with various manufacturing processes like, Machining, Weldings, Injection moulding, Casting, Painting, Blastings , etc Soft Skills Strong analytical and problem-solving skills. Excellent communication and negotiation abilities. Ability to work independently and in cross-functional teams. Certifications (Preferred) Certified Quality Engineer (CQE) . ASQ - (good to have) Six Sigma Green/Black Belt- (good to have) Lead Auditor Certification (ISO 9001, ISO 14001, or ISO 45001) Bachelor degree in Electrical Engineering, Instrumentation, or related field. 8-15 years of experience in supplier quality, manufacturing, or related areas. Experience in industries such as oil & gas, power, automation,

Role & responsibilities: Manage maintenance of plastic injection moulding machines (e.g., Jon Wai, Milacron, Windsor, etc.) Troubleshoot and repair hydraulic, mechanical, and electrical issues of injection molding equipment. Perform timely breakdown maintenance for all machines and accessories, including: Injection Moulding Machines, Cranes, Chillers, Cooling towers, MTC, etc Regularly update: Breakdown and safety abnormalities, Spare part inventories, Daily logs and history cards Conduct root cause analysis (Why-Why) for recurring issues. Maintain and update the lubrication status for all machines. Schedule and execute preventive maintenance (PM) and predictive maintenance (PdM) plans. Supervise and train maintenance engineers, technicians, and support staff. Conduct root cause analysis (RCA) of failures and develop corrective and preventive actions (CAPA). Maintain maintenance logs, machine history, and breakdown reports. Support audits (internal, external, customer) with required documentation. Drive OEE (Overall Equipment Effectiveness) improvement initiatives. Preferred candidate profile: Department: Maintenance / Engineering Location: Silvassa, Dadra & Nagar Haveli (Near Vapi) Reports To: GM Plant and Management Experience: 5-10 years (Minimum 5 years in injection moulding environment) Qualification: B.E./B.Tech/Diploma in Mechanical / Electrical / Mechatronics Engineering Basic Electrical & Electronics Knowledge: Understanding of electrical circuits, components, and systems, with a focus on injection moulding machines. Hydraulic Knowledge: Proficiency in hydraulic systems, components, and troubleshooting in the context of injection moulding machines. Pneumatic Knowledge: Familiarity with pneumatic systems, air pressure circuits, and components relevant to injection moulding machinery. Mechanical Knowledge: Understanding of mechanical systems, including gears, bearings, motors, and drives, essential for the operation and maintenance of injection moulding machines. Circuit Tracing: Ability to trace electrical, hydraulic, pneumatic, and mechanical circuits for fault diagnosis and troubleshooting. Troubleshooting Methodology: In-depth knowledge of troubleshooting techniques for injection moulding machines and their accessories to identify and resolve issues quickly and efficiently.

Working experience in Electro mechanical / Mechanical / Electronic Productassembly, Box build assembly, Process design & development, Validation, Trialsand Prove out. Knowledge in Process Flow Diagram, PFMEA ,Control plan, APQP, PPAP,SPC Skill to handle assembly fixtures, pneumatic, electrical andelectronic and test equipment is necessary To be an effective team member to work with Cross Functional Teamto reduce the product development lead time Knowledge in Lean manufacturing, VSM, Pokayoke,SMED is essential Knowledge in Press operations /Injectionmoulding, powder coating, etc is necessary Benefits Transfer of Mr.Harikrishnan to Powder coating with refer to the discussion had with Mr.N. Gopalakrishnan of Head PPC /Assembly - AD

Summary of the role: Sets up and operates haemodialysis machine to provide dialysis treatment for patients with kidney failure Attach dialyzer and tubing to machine and prime the extracorporeal circuits with 0.9% normal saline to prepare machine for use. Label dialyser & blood lines with patient name & ID prior to the first use (excluded single use). Preparing dialysis solutions and mixing bicarbonate according to formula Explains dialysis procedure and operation of haemodialysis machine to patient before treatment to allay anxieties. Connects haemodialysis machine to patient s access site to initiate dialysis. Monitor haemodialysis machine for malfunction. Maintain all the log books, forms & registers.

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 Connectivitys R&D/Product Development Engineering Teams conceive original ideas for new products, introduce them into practice. They are responsible for product development, and qualification from market definition through production and release; assist in the qualification of suppliers for new products to ensure suppliers deliver quality parts, materials, and services for new or improved manufacturing processes; conduct feasibility studies, testing on new and modified designs; direct and support detailed design, testing, prototype fabrication and manufacturing ramp. The R&D/Product Development Engineering Teams provide all required product documentation including, but not limited to, Solid Model, 2D/3D production drawings, product specifications, and testing requirements. They create and modify detailed drawings and drafting or conceptual models from layouts, rough sketches or notes and contribute to design modifications to facilitate manufacturing operation or quality of product. Typical fields of expertise includematerials, mechanics and systems, electrical, optics, chemistry, software, automation systems, packaging, testing and measurement, and manufacturing of electrical, mechanical and electronic components, products, and their integration into systems. Responsibilities Strong ability to work on Pro-E / Creo, Windchill, PLM/PDM. To handle customer complaints with respect to design issues Good working knowledge on GD&T & Tolerance Stack up analysis. Perform Value Engineering (VA/VE) analysis. Exposure to VAVE projects with idea generation, cost saving calculations, validations, approval, and implementation. Understand / Create Test Specification for DV/PV testing for products. Exposure to DVP&R preparation, signoff from Customers and product testing. Knowledge on Product / Component Designing. Knowledge on designing the product with all aspect from concept to design, release for production & sustenance engineering. Understanding on technical requirements & specifications for the products. Hands on experience in generating multiple design concepts and feasibility check. Ability to create/modify, check and release product designs and drawings (3D & 2D). Experience on creation of engineering BOM. Exposure to DFMEA, FEA analysis, prototyping, validation. Knowledge on Plastic Injection Molding process, insert molding, molding defects. Knowledge on Sheet Metal stamping processes. Knowledge on Tool Design aspects such as Under cuts etc. Knowledge on Product aspects like parting line, drafts, thickness etc. Exposure to APQP & PPAP documents and activities. Exposure to system Audits such a IATF / TS 16949 requirements for automotive industry. Ability to drive and implement 4M change. Ability to drive ECR/ECN/PCN with all CFT members and customers for flawless implementation for all changes. Ability to work along with multiple functions such as sales, marketing, tool design, production, manufacturing, sourcing, quality, test lab etc. and Education and Knowledge BE/ B.Tech / Diploma (Mechanical Engineering) Critical Experience 1 to 3 years of experience in product designing. Experience and knowledge on plastic product design, plastic materials and injection molding/manufacturing process. Hands on experience in 3D CAD modelling skills (Pro-E / Creo) and 2D drawing drafting skills. Problem solving skills for any product design related issues, complaints & non-conformity with proper design improvement and solution. Competencies ABOUT TE CONNECTIVITY TE Connectivity 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, renewable energy, automated factories, data centers, medical technology and more. With more than 85,000 employees, including 8,000 engineers, working alongside customers in approximately 140 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 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.

1. RFQ stage RMC working for Cluster /Speedometer/VCU/TCU. Explore ZBC for Plastic. Compare quote received from LTS Source , discuss along commodity managers to optimized costing . Finalize supplier and costing inline to Varroc agreed norm and submit RMC to RFQ team as per target date. 2. Identification of right supplier RFQ to LTS suppliers for Mass Production Part feasibility, Capacity Review. Capacity Assessment, review capacity & check for fulfillment of NPD s additional requirement. Evaluate the supplier based on QCD. Supplier on boarding process involvement for new process & demand of new manufacturing set up. 3. Tool and Part development Make Capex Approval sheet, after approval make PR & give commercial team for PO. Ensure Part MFG feasibility signoff among CD , Supplier & R&D before Go ahead to tool development . Tracking tool development activities wrt to mutual agreement with supplier inline project timeline. Visit supplier to track component development to ensure component development is on track / time. Conduct T0 trial at suppliers end, make sure layout inspection & after confirmation submit samples for QA Insp. Layout inspection report , MTC & special testing report to be shared to QA for SIR SIR reviewed for QA inspection , discuss with QA & R&D for clearance and further actions. After dimensional clearance on parts, Ensuring Tool GRN activity with plant. Coordinate with finance for tool payment clearance after receipt of approval from Quality. 4. PPAP & Handover Do PPAP activity along with SQA at supplier manufacturing site . Conduct pre PPAP audit to check suppliers readiness on jigs, fixtures, measuring gauges, and machine availability Plan PPAP audit with SQA / QA and ensure to compliance of PPAP audit, Capacity assessment, Run at Run. Get PSW signoff from SQA / QA after closure PPAP audit points. Submit PSW, Run at rate observation and CSC sheet to release Open PO to Commodity Manager. Tracking supplies & PPM for 3 months to ensure CD compliance Work closely with CFT to understand any QA issues in built or MFG and ensure smooth ramp up as per customer. 5. Team Management Lead team, Train them for component departmental activities, process study , Run at Rate etc. Ensure component development on track inline PM / Customer milestone. Ensure CD procedure being followed by team members. Expertise Required in- Injection moulding, Tooling background, PPAP and SAP knowledge