EnPower, Inc.’s Post

#hiring Staff Equipment Engineer - Wet Etch and Plating, San Jose, United States, fulltime #jobs #jobseekers #careers #SanJosejobs #Californiajobs #Engineering Apply: https://lnkd.in/dNe_5BXE Job Description ESSENTIAL DUTIES AND RESPONSIBILITIES: Ability to work individually, within a team and cross functional Ability to communicate clearly in both written, presentation and verbal mediums Ability to query databases, analyze and present data. Ability to write procedures for maintenance staff to perform regular maintenance items. Required to evaluate, select, order, and implement equipment that is most appropriate and cost effective per manufacturing requirements. Own Equipment upgrades, installation, and modifications in order to increase process efficiency and comply with new technologies specifications and output capacity. Maintain records of equipment performance, failures, upgrades, and safety issues. Constantly study and evaluate the equipment performance and reliability. Establish programs and implement solutions to increase uptime, reduce wafer scraps, improve the process capability and repeatability, and reduce cost of ownership. Data collection and reporting of MTBF, MTTR and Availability on regular basis and create and follow to completion plans to improve tools performance

#hiring Staff Equipment Engineer - Wet Etch and Plating, San Jose, United States, fulltime #jobs #jobseekers #careers #SanJosejobs #Californiajobs #Engineering Apply: https://lnkd.in/dB9Uv3MQ Job Description ESSENTIAL DUTIES AND RESPONSIBILITIES: Ability to work individually, within a team and cross functional Ability to communicate clearly in both written, presentation and verbal mediums Ability to query databases, analyze and present data. Ability to write procedures for maintenance staff to perform regular maintenance items. Required to evaluate, select, order, and implement equipment that is most appropriate and cost effective per manufacturing requirements. Own Equipment upgrades, installation, and modifications in order to increase process efficiency and comply with new technologies specifications and output capacity. Maintain records of equipment performance, failures, upgrades, and safety issues. Constantly study and evaluate the equipment performance and reliability. Establish programs and implement solutions to increase uptime, reduce wafer scraps, improve the process capability and repeatability, and reduce cost of ownership. Data collection and reporting of MTBF, MTTR and Availability on regular basis and create and follow to completion plans to improve tools performance

Process Engineers play a vital role in the Manufacturing industry – see your knowledge applied to valuable products. See what you can do! #makebetterhappen #challengeaccepted #directhirepossibilities #engineeringcareers #machinetool

#hiring Staff Equipment Engineer - Wet Etch and Plating, San Jose, United States, fulltime #jobs #jobseekers #careers #SanJosejobs #Californiajobs #Engineering Apply: https://lnkd.in/dNu-jApE Job Description ESSENTIAL DUTIES AND RESPONSIBILITIES: Ability to work individually, within a team and cross functional Ability to communicate clearly in both written, presentation and verbal mediums Ability to query databases, analyze and present data. Ability to write procedures for maintenance staff to perform regular maintenance items. Required to evaluate, select, order, and implement equipment that is most appropriate and cost effective per manufacturing requirements. Own Equipment upgrades, installation, and modifications in order to increase process efficiency and comply with new technologies specifications and output capacity. Maintain records of equipment performance, failures, upgrades, and safety issues. Constantly study and evaluate the equipment performance and reliability. Establish programs and implement solutions to increase uptime, reduce wafer scraps, improve the process capability and repeatability, and reduce cost of ownership. Data collection and reporting of MTBF, MTTR and Availability on regular basis and create and follow to completion plans to improve tools performance

#hiring Staff Equipment Engineer - Wet Etch and Plating, San Jose, United States, fulltime #jobs #jobseekers #careers #SanJosejobs #Californiajobs #Engineering Apply: https://lnkd.in/guESn4vH Job Description ESSENTIAL DUTIES AND RESPONSIBILITIES: Ability to work individually, within a team and cross functional Ability to communicate clearly in both written, presentation and verbal mediums Ability to query databases, analyze and present data. Ability to write procedures for maintenance staff to perform regular maintenance items. Required to evaluate, select, order, and implement equipment that is most appropriate and cost effective per manufacturing requirements. Own Equipment upgrades, installation, and modifications in order to increase process efficiency and comply with new technologies specifications and output capacity. Maintain records of equipment performance, failures, upgrades, and safety issues. Constantly study and evaluate the equipment performance and reliability. Establish programs and implement solutions to increase uptime, reduce wafer scraps, improve the process capability and repeatability, and reduce cost of ownership. Data collection and reporting of MTBF, MTTR and Availability on regular basis and create and follow to completion plans to improve tools performance

Congratulations to Team Georgia Pacific Sweetwater! Mark Leija (L), and Spencer Nichols (R), earned Assessment Protocol Administrator Certification using Scientific Management Techniques competency-based assessment program. Scientific Management Techniques is the Global Leader in "Hands-On" Industrial Skills Assessment Programs and Skills Training Programs. World-Class manufacturing organizations rely on SMT's programs to identify and improve workforce skills to drive performance and profitability in their production facilities globally. These programs are unique, validated, and proven highly effective in nearly 50 countries and deliver a Return-On-Investment in excess of 100% the first year of implementation. Powerful Productivity Tools. These scientific-based, data-driven programs simplify the hiring process. The solution lowers the risk and cost of hiring and aligns the hiring process with industrial lean/TPM initiatives. With SMT's assessment program, our clients know the skill set/skill level of each candidate prior to hire. SMT's competency based assessment program can quantify troubleshooting ability in 5 disciplines: Mechanical Skills, Electrical Skills, PLC Skills, CNC Skills, and Process Control Skills. #Training #Manufacturing #Mechanical #Hiring #Electrical #Productivity #Investment #Handsontraining #Handsonassessment #Problemsolving #Factfinding #Faultfinding #Troubleshooting

Mechanical Mindset, Thank you for sharing these valuable resources, Mechanical Mindset. The diversity of topics covered in these handbooks - from the history of engineering to materials science and metrology - underlines the breadth and depth of the mechanical engineering field. It's essential for professionals and enthusiasts alike to have access to such comprehensive material that can help broaden our understanding and improve our practical skills. I'm particularly intrigued by the handbook on Materials Science And Engineering; it's a discipline that has wide-reaching implications across various industries. I will be sure to follow your page for more insightful content like this. Your efforts to foster an informed mechanical engineering community are greatly appreciated!

Turn-key equipment plus all engineering services, called "system engineering" More on TopMaterial SNS or sales@topmaterial.co.kr Linkedin https://lnkd.in/g2vwesY9 Youtube https://lnkd.in/gVbBU2pG Having an idea but limited time, manpower and experience in battery manufacturing? TopMaterial is only a step away from you. Based on several hundred-year battery manufacturing experience combined, TopMaterial has been providing + Cell/parts design, plus in-house evaluation + lab/pilot/giga factory lay out + Turn-key equipment + Utility plan + Commissioning + Training + Ramp-up support + Maintenance A to Z for your successful battery manufacturing Turning Greenfield to sustainable Gigafactory TOPMATERIAL + ever since 2012 + Kosdaq listed in Oct, 2022 + 120 constant employees with 100 engineers + Running own R&D center + Operating own 1GWh-size electrode facility + Construction underway for 3,000 ton/yr LFP production target in 2025 + Giga factory turn-key project from the scratch 5 completed, 2 on-going + Lab/Pilot turn-key project many in Asia, U.S. and Europe #topmaterial #LFP #battery #turnkey #cylindrical #prismatic #pouch #bladecelll #vda #commissioning #gigafactory #training #electrode #CAM #failuremode #PFMEA #ControlPlan #training

In the semiconductor manufacturing process, different engineering plastic materials are used in various parts and components to meet their specific mechanical, thermal, and electrical performance requirements. The following are some common applications and the engineering plastic materials used: Chemical Processing Equipment Components PTFE (polytetrafluoroethylene): has excellent chemical resistance and non-stick properties, suitable for parts in contact with corrosive chemicals. PPS (polyphenylene sulfide): has excellent chemical resistance and thermal stability, suitable for high-temperature chemical processing environments. Electrical Insulators PEI (polyimide): has excellent electrical insulation properties and high-temperature stability, suitable for electrical insulation parts. PBT (polybutylene terephthalate): has good electrical insulation properties and mechanical strength, suitable for insulation of various electronic components. #SemiconductorManufacturing #EngineeringPlastics #HighPerformancePlastics #PEEK #WaferHandling #WaferCarriers #ChemicalProcessing #ElectricalInsulation #VacuumChucks #CleaningEquipment #PackagingTesting #HighTemperaturePlastics #ChemicalResistance #PlasticComponents #AdvancedMaterials #PrecisionEngineering #IndustrialPlastics #ElectronicMaterials #HighStrengthPlastics #Thermoplastics #PlasticInnovation #MaterialScience #IndustrialEngineering #ManufacturingSolutions #PlasticsTechnology #TechInnovation #PlasticIndustry #CleanroomMaterials #HighTechPlastics #EngineeringSolutions

Advancing Quality Assurance in Mechanical Testing: Interlaboratory Comparisons Introduction: Greetings, fellow professionals in the field of mechanical testing! Today, let's delve into the world of interlaboratory comparisons and how they contribute to the accuracy and reliability of mechanical tests, specifically focusing on tensile testing, hardness testing, and chemical analysis using a quantometer for steel. The Significance of Interlaboratory Comparisons: Interlaboratory comparisons play a crucial role in ensuring the integrity of mechanical test results. By conducting the same tests on identical specimens across multiple laboratories, we can identify variations and discrepancies in testing methodologies, equipment calibration, and data interpretation. This process allows us to enhance the quality and consistency of our mechanical tests. Personal Insights: Having actively participated in interlaboratory comparisons, specifically in tensile testing, hardness testing, and chemical analysis using a quantometer for steel, I have witnessed the transformative impact it can have on our testing practices. Collaborating with experts from different laboratories has enabled me to gain valuable insights and refine our approaches to these critical tests. Data-Driven Precision: Did you know that interlaboratory comparisons have shown a remarkable improvement in the accuracy of mechanical tests? Recent studies indicate that laboratories that engage in such comparisons experience an average increase of 10% in the precision of tensile testing, 12% in hardness testing, and 15% in chemical analysis using a quantometer for steel. These statistics underscore the power of data-driven collaboration in our pursuit of excellence. Call to Action: I invite all professionals involved in mechanical testing, particularly those focusing on tensile testing, hardness testing, and chemical analysis using a quantometer for steel, to actively participate in interlaboratory comparisons. By joining forces, sharing knowledge, and analyzing collective data, we can identify areas for improvement, establish standardized practices, and elevate the quality of our tests. Let us embrace this opportunity to collaborate, exchange insights, and shape the future of mechanical testing. Together, we can ensure the accuracy and reliability of our results, instilling confidence in our industry and enabling further advancements. If you are interested in discussing interlaboratory comparisons or have any questions regarding mechanical testing, feel free to connect with me. Let's embark on this journey together, raising the bar for excellence in our field!     #StayPrecise #QualityMatters #MechanicalTestingExcellence