Manager, Process Engineer (Deposition)

Inside Sales Engineer

PMO Engineer, Senior

Front-End Process Integration Engineer

Senior AQ Engineer

Continuous Improvement Analyst III / Sr Lean Engineer

Senior PCB Component Engineer

Product Engineer - ITLA ODB

Process Automation Engineer - Optical & Transceiver Products

Alignment Process Engineer

Responsibilities: <ul><li>Lead the development and scaling of next-generation advanced packaging technologies, leveraging expertise in thin film deposition processes including Physical Vapor Deposition (PVD), Chemical Vapor Deposition (CVD), and/or Atomic Layer Deposition (ALD) to enable customer roadmaps and address critical technology challenges.</li><li>Drive process and technology roadmap development for advanced packaging, 3D integration, and related semiconductor applications through collaboration with customers, research organizations, and cross-functional engineering teams.</li><li>Manage engineers in utilizing techniques to characterize hardware, define methods and new technologies and apply them to characterize hardware, and/or perform hardware characterization on extremely complex systems for entire range of products for division</li><li>Interact with key customers to resolve extremely complex process engineering issues to address customers High Value Problems (HVP) for an entire range of products for the division.</li><li>Ensures effective product/technology demonstrations.</li><li>Leads collaboration efforts with executive managers and junior managers to ensure strategic execution.</li><li>Leads market share improvement efforts.</li></ul> Requirements: <ul><li>7-10+ years of semiconductor equipment R&amp;D experience.</li><li>2+ years of people management/team leadership experience.</li><li>Strong background in:&nbsp;</li><li>CVD, PVD, ALD, Etch</li><li>Thin-film technologies</li><li>Experience in equipment/process R&amp;D and product development.</li><li>Strong English communication skills.</li></ul>

Responsibilities: <ul><li>Identify Sales Opportunities: Proactively identify and pursue new sales opportunities through research, networking, loss accounts and outreach.</li><li>Lead Generation : Generates leads and qualifies prospects for external sales engineers</li><li>Quotations: Generates Standard quotations for products, tubings, hoses and parts.</li><li>Customer Relationship Management: Build and maintain strong relationships with existing and potential customers, ensuring their needs are met and exceeded.</li><li>Securing Orders: Secure orders for repeat business and simple new orders, ensuring customer satisfaction and loyalty.</li><li>Support Sales Engineers: Assist sales engineers by setting up meetings with prospective customers and providing them with necessary information and support.</li><li>Market Research: Conduct market research to stay informed about industry trends, competitor activities, and customer needs.</li><li>Sales Reporting: Maintain accurate records of sales activities, customer interactions, and pipeline status in the CRM system.</li><li>Collaboration: Work closely with the sales colleagues to develop and implement effective sales strategies.</li><li>Customer Feedback: Gather and analyse customer feedback to improve services, and sales processes.</li><li>Training and Development: Continuously improve your knowledge of our products and services, as well as sales techniques and industry best practices.</li></ul> Requirements: <ul><li>Ideally you will have technical experience working with mechanically engineered / process equipment products or services.&nbsp;</li><li>This role requires you to work with various key clients and customers – the ability to be agile, solve problems effectively and make commercially astute decisions on the go is essential. Comfortable working with KPIs.&nbsp;</li><li>Ideally you will have knowledge in a Sales function preferably in a Business-to-Business environment; an understanding of Customer Relationship Management and Enterprise Resource Planning systems would be an asset.&nbsp;</li><li>Due to the nature of our business, the ability to collaborate across countries/departments within a corporate environment would be an asset.&nbsp;</li></ul>

Responsibilities: <ul><li>Acts as the primary PMO interface between project teams, quality, supply chain, finance, and management.</li><li>Works closely with project leaders to ensure timely review of project progress and deliverables are achieved at planned milestones</li><li>Tracks and controls project cost, schedule, and milestones against approved plans.</li><li>Identifies deviations early and coordinates mitigation actions with project and functional owners</li><li>Enforces PMO standards, reporting cadence, and governance forums. Ensures consistent, high-quality project and portfolio reporting for management reviews</li></ul> Requirements: <ul><li>Bachelor degree in Engineering (Mechanical, Electrical, Industrial, Material, Chemical), or Engineering Management</li><li>Experience in one or more of the following within a semiconductor environment:</li><li>PMO / Project Controlling for R&amp;D, Technology Development, or NPI</li><li>Project management supporting product and process development</li><li>Engineering Operations or Business Operations in semiconductor R&amp;D</li><li>Strong stakeholder management skills; ability to communicate clearly with senior management and cross functional teams</li><li>Experience in project controlling or project management</li><li>Strong analytical and financial acumen.</li><li>PMP® or equivalent project / program management certification is an advantage</li><li>Lean / Six Sigma (Green Belt or above) for process and execution discipline is an advantage</li></ul>

Responsibilities: Yield Improvement and Failure Analysis: <ul><li>Own overall Front-End process yield performance and drive continuous yield improvement initiatives.</li><li>Perform comprehensive wafer scrap analysis and identify root causes of yield loss through data-driven investigations.</li><li>Partner closely with process module engineers, manufacturing, quality, and equipment teams to resolve process-related yield excursions.</li><li>Develop and implement effective corrective and preventive actions to eliminate recurrence of process and quality issues.</li><li>Lead cross-functional investigations and continuous improvement projects to improve process capability and manufacturing robustness.</li><li>Capture lessons learned into organizational knowledge databases to ensure long-term sustainability.</li></ul> Process Optimization and Development: <ul><li>Design, execute, and analyze Design of Experiments to optimize process conditions and establish robust manufacturing windows.</li><li>Evaluate process performance using statistical techniques and advanced quality tools.</li><li>Identify opportunities for baseline yield, cycle-time, and cost improvements across Front-End processes.</li><li>Support new technology introductions, process qualifications, and industrialization activities.</li></ul> Process Change Management: <ul><li>Plan, coordinate, and execute process changes through Limited Change Requests, ECNs, and qualification activities.</li><li>Assess manufacturing risks associated with process modifications and ensure successful implementation without adverse impact on yield, quality, reliability, or customer requirements.</li><li>Monitor post-implementation performance and drive timely closure of action items.</li><li>Process Transfer and Production Ramp</li><li>Support engineering runs, process flow creation, and manufacturing readiness activities for new products and technologies.</li><li>Coordinate required tooling, accessories, documentation, and process setup activities.</li><li>Review engineering lot results and ensure smooth transition into volume production.</li><li>Monitor initial production performance and drive corrective actions where required.</li></ul> Cross-Functional Collaboration: <ul><li>Work closely with Technology Development teams in Singapore and other development sites on new industrialization projects.</li><li>Provide technical leadership and integration support across process, equipment, manufacturing, quality, and product engineering functions.</li><li>Communicate technical findings, risk assessments, and recommendations effectively to management and stakeholders.</li></ul> Customer Satisfaction: <ul><li>Provide timely initial responses to customer queries.</li><li>Drive rapid containment of yield and performance issues.</li><li>Ensure customer communications are accurate, complete, and clear.</li><li>Close issues and projects within committed timelines through proactive management and without escalation.</li><li>Deliver customer commitments on time</li></ul> Requirements: <ul><li>Bachelor’s Degree in Electrical Engineering, Electronics Engineering, Materials Engineering, Microelectronics, Semiconductor Engineering, or an equivalent discipline.</li><li>Experience in semiconductor wafer fabrication or high-volume electronics manufacturing. Front-End semiconductor process integration experience is highly preferred.</li><li>Hands-on involvement in new technology introduction, process qualification, industrialization, manufacturing ramp-up, yield enhancement, or process control methodologies.</li></ul>

Role Description: <ul><li>We are hiring a Senior Quality Engineer for a leading global engineering and manufacturing organisation.</li><li>The role is based at the manufacturing plant and focuses on ensuring product quality, manufacturing process compliance, and customer satisfaction.</li><li>This is a hands-on individual contributor role involving quality engineering, APQP methodologies, process documentation, and customer quality management.</li></ul> Responsibilities: <ul><li>Execute hands-on quality assurance and quality engineering activities at the manufacturing plant.</li><li>Apply all five core APQP (Advanced Product Quality Planning) tools and methodologies in daily operations.</li><li>Develop, create, and maintain process documentation, including Process Flow Charts (PFC) and other relevant quality documents.</li><li>Ensure products and manufacturing processes meet established quality standards and customer requirements.</li><li>Handle customer complaints, quality investigations, root cause analysis, and corrective actions.</li><li>Conduct process observations and support quality-related investigations at customer sites, as required.</li><li>Collaborate with product engineering, R&amp;D, manufacturing, and cross-functional teams to resolve quality issues.</li><li>Independently execute technical quality activities and contribute to continuous improvement initiatives.</li></ul> Requirements: Education &amp; Experience <ul><li>Minimum 5 years of relevant hands-on experience is required; 6+ years is preferred.</li><li>Candidates with strong technical capability may be considered based on their interview assessment.</li><li>Engineering graduates with experience in Quality Assurance, Quality Engineering, Product Engineering, or R&amp;D are eligible.</li><li>Previous experience in the automotive industry or automotive component manufacturing is an advantage.</li></ul> Technical Skills &amp; Competencies <ul><li>Practical experience in quality assurance or quality engineering.</li><li>Mandatory hands-on knowledge and application of all five core APQP tools.</li><li>Experience creating and maintaining process documentation, including PFC.</li><li>Knowledge of customer complaint management, root cause analysis, and corrective actions.</li><li>Strong technical problem-solving skills and understanding of manufacturing processes.</li><li>Ability to independently execute technical activities and adapt quickly to the role</li></ul>

Responsibilities: Productivity <ul><li>Plan annual saving projects (Included of Digital Value Creation Projects) within related department through value stream. Cost saving tracking and measurable result deliver.</li></ul> Kaizen Event <ul><li>Drive financial savings by KAIZEN project implementation/coordination. Lead/facilitate Kaizen events toward cross functional team.</li></ul> Culture <ul><li>Promote CI culture by using LEAN tools (Included of Digital Factory) thought KAIZEN projects. To promote a strong operational excellence culture.</li></ul> Standardization <ul><li>Standardize CI value stream Transformation process through KAIZEN projects implementation and CIP program deployment standard work documentation.</li></ul> Digitalization <ul><li>Digital Factory related tools deployment and project coordination to ensure successful implementation</li></ul> Requirements: <ul><li>Bachelor’s degree in Engineering, Operations Management, Business Administration, or related fields.</li><li>3-5 years of experience in lean manufacturing, operational excellence, or continuous improvement.</li><li>Hands-on experience with TEOA, Lean, Six Sigma, or related methodologies.</li><li>Experience in digital transformation or factory automation is a plus.</li></ul>

Responsibilities: <ul><li>Partner with development engineers, commodity teams, and suppliers to create innovative PCB solutions.</li><li>Contribute to the development of PCB commodity strategy.</li><li>Participate in the supplier selection process. Assess and qualify PCB suppliers. Take part in technical and process audits of suppliers as needed.</li><li>Lead PCB failure analysis and drive containment, corrective actions, and risk assessment.</li><li>Work closely with manufacturing and engineering teams to resolve complex technical issues.</li><li>Collaborate with cross-functional teams across the organization. Effectively communicate complex technical concepts and solutions.</li></ul> Requirements: <ul><li>Possess Engineering/Chemistry/Material degree or equivalent, plus 10+ years PCB manufacturing experience.</li><li>Solid understanding and direct experience in PCB design specifications and requirements, qualification, manufacturing fabrication and test, coupled with familiarity of materials (laminates and resins) and reliability knowledge and experience.</li><li>Competency in failure analysis techniques such as FMEA, 8D/Corrective Action, Fishbone IFD, Cause and Effect Analysis, Design of Experiments (DOE), and risk assessment.</li><li>Experienced in managing supplier relationships and implementing corrective actions and rigorous quality control measures to ensure product standards and reliability are consistently met.</li></ul>

Responsibilities: <ul><li>Lead the yield improvement, drive product, process, quality improvements.</li><li>Lead the product debug and FA activities and drive related action to closure.</li><li>Support cost modelling and lead cost reduction activities with cross function team.</li><li>Perform and coordinate DFX activities with design, test and process engineering teams.</li><li>Create product trouble-shooting guides.</li><li>Approve readiness for volume manufacturing.</li></ul> Requirements: <ul><li>Bachelor’s or Master’s degree in Electrical Engineering, Optical Engineering, or a related discipline.</li><li>3+ years of experience in product or manufacturing engineering, focusing on optical components and modules.</li><li>Working experience on optical assembly, fiber handling, and laser diode integration.</li><li>knowledgeable on tunable laser theory, calibration method and test parameters.</li><li>Experienced on tunable module is a plus.</li><li>Ability to drive solutions through cross-functional teams.</li><li>Excellent verbal and written communications skills in English</li></ul>

Responsibilities; <ul><li>Optical Coupling &amp; Production: Conduct daily optical coupling production work for various optical modules and provide on-site technical support.</li><li>Process Optimization: Improve coupling efficiency, product yield, and consistency while reducing production costs and defect rates.</li><li>Failure Analysis: Diagnose coupling-related defects—such as optical power loss, coupling offset, glue failures, and fiber displacement—and establish preventive measures.</li><li>NPI &amp; Validation: Partner with R&amp;D and quality teams to verify new products, materials, and processes, transitioning them into mass production.</li><li>Conduct data analysis and process monitoring to identify opportunities for further automation and continuous improvement.</li><li>Create and maintain documentation for automated processes, standard operating procedures, and training materials.</li><li>Ensure compliance with safety, quality, and industry standards in all automation activities.</li></ul> Requirements: <ul><li>Education: Bachelor’s degree or higher in Optics, Optoelectronics, Electronic Engineering, Mechanical Engineering, Physics, Materials, or a related field (some senior levels require 7+ years of specialized experience in optics or semiconductor packaging).</li><li>Technical Knowledge: Understanding of optical module working principles, optical path transmission, and fiber coupling mechanisms.</li><li>Hands-on Skills: Experience operating coupling equipment, performing fiber alignment adjustments, and calibrating optical power.</li><li>Product Familiarity: Working knowledge of high-speed optical modules such as SFP, QSFP, OSFP, and 400G/800G systems is preferred</li></ul>

Responsibilities: <ul><li>Conduct daily optical coupling production work for various optical modules</li><li>Optimize existing optical coupling processes, improve coupling efficiency, product yield and consistency, and reduce production costs and defective rates.</li><li>Responsible for on-site technical support for coupling production, quickly respond to abnormal production conditions, and handle process and product defects in a timely manner.</li><li>Carry out failure analysis of coupling-related defective products, summarize failure modes root causes (such as coupling offset, optical power loss, glue failure, fiber displacement etc.), and formulate targeted improvement and preventive measures.</li><li>Cooperate with R&amp;D and quality teams to verify new products, new coupling processes and new materials, and complete process validation and mass production conversion work.</li><li>Sort out coupling process documents, standard operation procedures (SOP) and failure analysis reports, and accumulate process experience to form technical archives.</li></ul> Requirements: <ul><li>Bachelor degree or above in Optics, Optoelectronics, Electronic Engineering, Mechanical Engineering or related majors.</li><li>Familiar with basic optical theories and professional knowledge, understand the working principle of optical modules, optical path transmission principles and fiber coupling mechanism.</li><li>Possess practical hands-on experience in optical module coupling process, familiar with coupling equipment operation, fiber alignment adjustment, optical power calibration and related production processes.</li><li>Equipped with independent failure analysis and problem-solving capabilities, able to quickly locate coupling process abnormalities and product failure causes, and implement effective solutions.</li><li>Familiar with common optical module products (such as SFP, QSFP, OSFP, 800G/400G high-speed optical modules) and mainstream coupling processes is preferred.</li><li>Good logical thinking, hands-on ability and on-site emergency response capability, able to adapt to production technical support work.</li></ul>

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153 energy engineer gm Jobs found

Manager, Process Engineer (Deposition)

Inside Sales Engineer

PMO Engineer, Senior

Front-End Process Integration Engineer

Senior AQ Engineer

Continuous Improvement Analyst III / Sr Lean Engineer

Senior PCB Component Engineer

Product Engineer - ITLA ODB

Process Automation Engineer - Optical & Transceiver Products

Alignment Process Engineer

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153 energy engineer gm Jobs found

Manager, Process Engineer (Deposition)

Inside Sales Engineer

PMO Engineer, Senior

Front-End Process Integration Engineer

Senior AQ Engineer

Continuous Improvement Analyst III / Sr Lean Engineer

Senior PCB Component Engineer

Product Engineer - ITLA ODB

Process Automation Engineer - Optical & Transceiver Products

Alignment Process Engineer

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WhiteCrow
WhiteCrow is on a mission to connect companies with the best talent across the globe.