Digital Transformation Executive

Manufacturing Engineer(Molding)

Info Connector Assembly Process Engineer

Mfg & Process DVL Engineer II (Automation)

Plating Manufacturing Engineer

Cable Assembly - Senior MPD Engineer 

Manufacturing Engineer

MGR II Laboratory

Quality Engineer

Hardware Engineer

Responsibilities: <ul><li>Support in identify areas for improvement in factory operations and production processes.</li><li>Research and evaluate appropriate smart factory solutions to address identified areas for improvement.</li><li>Support the deployment of the smart factory roadmap and strategy aligned with business objectives.</li><li>Support the implementation of selected smart factory solutions, including project management, system design, and deployment for QA App, DDS and AM&nbsp;</li><li>Manage vendor relationships to ensure effective delivery of smart factory solutions and ongoing support.</li><li>Ensure smart factory solutions are properly integrated with existing systems and processes.</li><li>Develop and maintain documentation and training materials for smart factory solutions.</li><li>Provide technical support and training to users of smart factory solutions.</li><li>Stay up to date with industry trends and advancements in smart factory technology.</li><li>Communicate regularly with senior management and other stakeholders on the progress and impact of smart factory initiatives.</li><li>Responsible for executing projects related to improvement, innovation, formula changes, and capital projects in their line.</li><li>Active participation in the COE of CI/PO to understand variations and OEE trends of their line</li><li>Supports smart factory improvement projects oriented to generate savings and increase productivity to directly impact the OEE and comply with the plant savings pipeline</li><li>Ensures compliance with the KWS methodology through digitization as well as participating in the assigned COE</li><li>Enables learning among their collaborators during the training sessions.</li><li>Generates monthly executive performance reports by platforms Applications.&nbsp;</li></ul> ﻿Requirements: <ul><li>Degree in Mechanical Engineering, Electrical Engineering, Computer Science, or related field&nbsp;</li><li>Language: English, advanced level</li><li>Knowledge: Results-oriented, analytical, and creative thinking. Working by objective and proactive</li><li>Fresh graduate or at least 1years of experience in smart factory technology or related field.</li><li>Strong project management skills, including experience in smart factory implementations.</li><li>Demonstrated ability to evaluate and select appropriate smart factory solutions for specific business needs.</li><li>Excellent communication and interpersonal skills, with the ability to communicate effectively with technical and non-technical stakeholders.</li><li>Strong analytical and problem-solving skills.</li><li>Knowledge of manufacturing processes and equipment.</li><li>Familiarity with relevant industry standards and regulations.</li><li>Ability to work independently and as part of a team.</li><li>Flexibility to adapt to changing business needs and priorities</li></ul>

Responsibilities: <ul><li>Participate in oversea transfer program and ensure molding machines, mold tooling’s and processes are installed and qualified promptly for production.</li><li>Initiate tooling, process and quality improvements to improve productivity.</li><li>Assist production and quality departments in analyse and troubleshooting to achieve good quality products.</li><li>Provide Engineering support to the production team during new product start-up and initial production.</li><li>Provide cost estimates for new of molding projects / tooling’s to the Project Management Team for project cost simulation.</li><li>Perform DFM (design for manufacturability) on new products, participate in the concept development of molds, automations and manual processes.</li><li>Standardize, improve tool design to achieve optimized lead-time, cost and safety requirement.</li><li>Carry out qualification tests on molds, machine and manual process</li><li>Ensure that all production machines, tooling and equipment which are being procured, installed and qualified promptly for production.</li><li>Investigate identify root causes and establish Corrective, Preventive Plan with effectiveness</li><li>Participate in Process FMEA and Design FMEA</li><li>Create and maintain mold drawings, standard work for the production.</li><li>Train and guide Mold Technicians in Mold maintenance and setup.</li><li>Participate in 6-Sigma projects, Kaizen events and other Improvement activities.</li><li>Perform any other duties which may be needed by the company related to engineering and production matters.&nbsp;</li><li>Assist production and quality departments in analyses and troubleshooting to achieving good quality products.</li><li>Initiate and implement programs such as continuous improvements, scrap reduction, cost reduction of raw material, cycle time reduction.</li><li>Provide Engineering support to the production team during new product start-up and initial production.</li><li>Perform DFM, provide concept development, cost estimates for new molding tools to the Project Management Team for project cost simulation.</li><li>Develop and optimize new product manufacturing process.</li><li>Follow company specifications and comply with environmental management system’s procedures.</li><li>Follow company WSH specifications and procedures and ensure that staffs comply.</li></ul> Requirements: <ul><li>Degree or Diploma in Mechanical / Production Engineering.</li><li>2-3 years relevant working experience in a Manufacturing environment.</li><li>Familiar with Pro-E (Creo), SolidWorks or AUTOCAD.</li><li>Good knowledge in design &amp; development of Injection molds.</li><li>Good knowledge in tool making, tool-steel application / selection and heat treatment process.</li><li>Familiar with Molding automation process.</li></ul>

Responsibilities: <ul><li>Work with manufacturing team to develop new manufacturing process for NPI project.</li><li>Main focus on new project process, fixture design and documentation initiate.</li><li>Evaluation and approve manufacturing process (process flow, fixture, equipment etc. before mass production started).</li><li>Monitor product line and identify opportunity for improvement.</li><li>Review the process change request from manufacturing.</li><li>Review product design and provide DFM inputs.</li><li>Follow new project schedule to ensure the manufacturing process readiness.</li></ul> Requirements: <ul><li>6+ years experiences in manufacturing industry, or relevant.</li><li>Hands-on knowledge and skills on process development including fixture design, PFMEA draft , automotive equipment design.</li><li>Prefer the candidate from auto industry.</li><li>Familiar with connector process and mechanical assembly for small unit.</li><li>Lean manufacturing expert is desirable.</li><li>Familiar with Infotainment connector manufacturing and application, relevant experience is preferred.</li><li>Be familiar with Design for Manufacture (DFM) principles, workflow, PFMEA and methodology.</li><li>Good leadership and reporting skills; ability to communicate well at all levels internally and externally.</li><li>Knowledge of production processes such as cutting, bending, stamping, plating, assembly.</li></ul>

Responsibilities: <ul><li>Non-standard automatic equipment design and development, execute machine mechanism detail design and drawing, build, and execute automation design standard.</li><li>Handle machine or auto assembly line establish by external automation suppliers.</li><li>Platforming manufacturing process development.</li><li>Challenge product design for manufacturability and cost feasibility.</li><li>Launch product at rate through FACA/QCPA tools (yield, CPK, OEE…)</li><li>Launch product on time with cross function team.</li><li>Process documentation (DFM，FMEAs, WI, FACA/QCPC…)</li></ul> Requirements: <ul><li>Experience in automating machinery. Strong programming capabilities, expertise in machine design, and a solid understanding of all machine components, including mechanical, electrical, and programming aspects.&nbsp;</li><li>Hands-on experience working with these components and the ability to drive improvements and automation within the system.</li><li>Background in automating assembly machines, as well as experience with molding, stamping, and plating machines.</li><li>Familiar with these processes—assembly, plating, molding, and stamping. But overall, the key requirement is strong machine automation experience.</li><li>Background in machine design and a strong understanding of machine components, including electrical, mechanical, and programming capabilities.</li><li>Candidates should present detailed portfolios showing their involvement in designing complex machinery, including visual representations like jigs and machine designs.</li><li>Knowledge in PLC programming, Human machine interface. Know how to use 2D . 3Dsoftware</li><li>Familiar with key manufacturing and engineering documents such as PFMEA, DFMEA, DFM, and FAA, which are critical for this role.</li><li>Proficient in mechanical aspects, with the ability to work with 2D and 3D software such as Creo, Autodesk, and AutoCAD. These skills will be key in ensuring the candidate can contribute to both the design and automation processes effectively.</li></ul>

Responsibilities: <ul><li>According to product drawings and project requirements, make and submit project-related plan information.</li><li>According to the NPI project progress plan, design the plating process flow, complete the production of plating samples, and submit to FAA.</li><li>Coordinate the design review, changes and improvements related to the project and correct the defects and deficiencies in the design.</li><li>Tackle the technical problems of equipment and fixtures in the production process and make suggestions for improvement.</li><li>Complete the relevant documents and operating specifications required for mass production to meet the guiding conditions required for formal production.</li><li>Lead the improvement of the existing process technology and actively promote the lean management model to ensure the department can achieve KPI indicators.</li><li>Analyze and control production parameters and material consumption and provide relevant technical support for various improvements.</li></ul> Requirements: <ul><li>Bachelor’s degree or above, applied chemical engineering or chemical engineering related major.</li><li>More than three years of working experience in plating process.</li><li>Have good communication skills, teamwork spirit and analysis ability of difficult problems.</li><li>English CET-4 or above</li></ul>

Responsibilities: Manufacturing Process Development: <ul><li>Define, review and confirm the entire manufacturing process from start to finish.</li><li>Coordinate Design for Manufacturing (DFM) review, and initiate Process Failure Modes and Effects Analysis (PFMEA) with core team members.</li><li>Prepare documentations and process specifications for production.</li><li>Lead team in identification, tracking and resolution of engineering issues using the Failure Analysis and Corrective Action (FACA) form.</li><li>Continuous manufacturing process improvement with company OA tools for cost reduction.</li></ul> Assembly Tool, Fixture and Equipment Development: <ul><li>Evaluate new tool, fixture, and equipment demand/cost for new projects.</li><li>Design and review the tool, fixture and equipment with core team members meeting company engineering and EHS requirement.&nbsp;</li><li>Upload all tooling prints to company data management system(DM.TEC, PDMLink, etc.)</li><li>Discuss and review details of tool/fixture/equipment with outside supplier.</li><li>Follow up the purchasing process to fabricate new tool/fixture/equipment.</li></ul> Qualification for Manufacturing process, Tool, Fixture, and Equipment: <ul><li>Condition all tool, fixture and equipment, lead the tool/fixture/equipment qualification by running samples or LVM.&nbsp;</li><li>Follow up the documentations for qualification, using company standard format and follow up the approval.</li><li>Coordinate pilot run for new products and solve engineering issues, make sure the manufacturing process capability meet engineering, quality and customer requirement.</li></ul> Technician Guidance: <ul><li>Coach, train and develop operator and technician in order to ensure their technique could be succeed and get continuous upgraded.</li></ul> Requirements: <ul><li>Bachelor degree or above. Mechanism engineering related background. </li><li>5 years’ working experiences in related field.</li><li>Good coordination and communication skill, accountability, integrity, customer focus.</li></ul>

Responsibilities: New Project: In order to ensure that the mass production project can meet the production requirements and achieve the purpose of on-time delivery: <ul><li>Design and improve the mass production expansion PN assembly equipment, FSR sample production and inspection</li><li>Follow up the mass production project to expand P/N samples and expand business, and make external sample requirements</li><li>Guide technicians to debug assembly equipment and make samples</li><li>Take safety protection measures and implement the companys EHS standards and requirements</li></ul> Production Problem Handling: In order to ensure the normal operation of daily production, reduce scrap and downtime: <ul><li>Track and analyze production engineering problems and provide solutions</li><li>Guide technicians to solve production engineering problems</li><li>Cooperate with QE to jointly handle customer quality complaints</li></ul> Production process improvement: In order to improve production efficiency and reduce costs: <ul><li>Find improvement points, formulate improvement plans and implement improvement actions with other relevant departments</li><li>Communicate with ECO in a timely manner about improvements in product design</li></ul> Production equipment repair and maintenance: In order to ensure the good operation and safety of production equipment and molds: <ul><li>Formulate equipment and mold repair, maintenance and overhaul plans and supervise technicians to implement</li><li>Check the safety protection devices of the equipment and implement the companys EHS standards and requirements</li></ul> Production Document Preparation and Management: To ensure the completeness and timeliness of production documents: <ul><li>Prepare and update engineering documents (such as work instructions, production flow charts, FMEA, etc.)</li><li>Follow up and implement engineering changes</li></ul> Requirements: Education, Technical Qualification &amp; Experience: <ul><li>Bachelor degree or above Mechanical/engineering related major</li><li>5 years of relevant work experience CET-4</li></ul>

Responsibilities: Undertake overall Responsibility:&nbsp; <ul><li>Manage in FA function and leading modern technology to coordinating with engineering to develop core Tech and able to expand to lab levels for daily delegated tasks to manage the related database consolidation.&nbsp;</li><li>Driving with company OA improvement on process or capability improvement to make lab goals achieved and support engineering to win in markets.&nbsp;</li></ul> Responsible for Strategy:&nbsp;&nbsp; <ul><li>Set clear FA direction goals and develop strategies with high-level visions that reframes what winning looks like and approaches to fulfil modern technology assignments in creative and meaningful ways.</li><li>Providing strategy for FA/Lab directions align with organization value drivers and tactics to key program execution with excellence and flexible. </li><li>Such as Identify FA team with right size, people skills and address technical assistance to design feasibility and make recommendations for necessary changes.</li><li>Transform stakeholders need and assess FA/Lab capability tried-and-true options for scenarios allocate resources to high priorities (people, cost $, management attention, sustainability etc) to significantly shorten the product design cycle and help bring products to market faster while ensuring high quality and performance. </li><li>also sorts of possibilities to creating an optimal flow to shaping up team to be more engaging and easier to follow.</li><li>With financial knowledges to assess capability and predict organization forecast and analysis per budget scope, and build long-term constructive common ground network across the adjacent functions such as Product Engineering, Project Engineering and Field Application Engineering etc.&nbsp;</li><li>Align organization culture targeting and systematically pursuing specific areas for further secure lab competitiveness, i.e. (Software/ System/CoE/ 3DP/New Tech etc)&nbsp;</li></ul> Responsible for lab strategy mobilization and execution: <ul><li>Communicate and distribute the requirements per lab programs implementation keeps FA/Lab ahead of or at pace with the competition,</li><li>Boost and Outline the necessary investment plan of amount, relevance and quality of test equipment in FA/lab, driving efficiency to maximize value and return on investment.</li><li>Create and use systems for monitoring and manage various performance in FA function OKR/KPIs to process control and follow up and streamline the process and balance of stability and agility that maximizes the speed and effectiveness by using digital data-driven techniques, show diagram visually.</li><li>Broad knowledge to develop FA/Test/3DP etc method per core technology to foster FA/lab growing, and design new correction/prevention quality initiatives to pinpoint the risks and minimize lab operation obstacles, build resilience ahead of any potential crises and update risk assessments so that enable lab able to mitigate the impact and unlock opportunities.</li><li>Define FA/Lab operation mechanism, criteria, and management discipline to ensure FA/Lab for daily work what is in good working order.</li><li>Leading Team use data to make timely decisions.&nbsp;</li><li>Research new development method and set guidelines enables engineering/manufacturers to better process control and maintain quality within acceptable limits to prevent failure in early stage, approaching smart tech to accelerate the testing,inspection and analysis activities,&nbsp;</li></ul> Succession Talent Effectiveness:&nbsp; <ul><li>Identify key talents per OLR and drive team and equip team development goals to ensure most value-creating roles in lab filled with right position.</li><li>Capable with management skills to prepare effective office support in place, such as Give Training and properly communicate findings so as to help team to continuously improving their abilities to ensure lab organization successfully and sustainable as whole team can do or to achieving next level."</li></ul> Requirements: <ul><li>Master’s degree or above level of qualification in Engineering technology areas</li><li>Minimum 8+years of similar industry Engineering field and for management, English listening, speaking, writing ability are required.</li><li>Experience in technical technology on validation test, Failure Analysis, or 3D printing, tool application or system Engineering preferred.</li><li>Proactive oriented and tenacity to results driven.</li><li>practitioner well on logic and structure skills</li><li>Manager level experiences with ISO/IEC 17025 lab system standards and engineering skills</li><li>Demonstrated ability in conducting audits and all aspects of communication, collaboration and team building skills.</li><li>Proficient ability in developed the new tech to reduce redundant testing or inspection activities, or experience for new program/project boosting and launch preferred.</li><li>Outstanding engineering background and Test field for now organization management and with software capabilities would prefer.</li></ul>

Responsibilities: Quality Documents Preparation and Revise. DQIP Workmanship Control Plan: <ul><li>Identify the key process basing on quality control and assure process quality.</li><li>Prepare DQIP, workmanship and Control Plan, and quality control document according to procedure.</li></ul> Setup &amp; FAAR: <ul><li>Basing on product, Process and procedure, review and approve Setup and FAAR report.</li></ul> MSA (GRR), gage: <ul><li>Do assessment on product and measurement tool, prepare MSA (GRR) report. </li><li>Calibrate the inspection equipment as gage and process inspection machine to assure the efficiency.</li></ul> PFMEA: <ul><li>Assure the process risk control basing on efficient PFMEA.</li></ul> NCR &amp; QA instruction: <ul><li>NCR&amp; QA instruction prepare and confirmation, assure the good control on non-confirming parts.</li></ul> Customer Quality: <ul><li>Fast response for customer complaints to drive customer satisfaction</li><li>Drive internal improvement and expansion based on customer complaints</li><li>8D report prepare and TECHS system handling.</li></ul> Process Improvement: <ul><li>In association with engineering department and production department to identify and analyze problems of production process, find out the root cause of failures.</li><li>Do process capability analysis and defect statistic analysis, to increasing the product &amp; process quality</li><li>NPI product and process study to assure the NPI goes well on quality control.</li><li>Engage process improvement, confirm implementing and tracking effects and results.</li></ul> Training: <ul><li>Providing practical training to QC and operators</li><li>Quality Improvement Summary and Sharing</li></ul> Requirements: Education, Technical Qualification &amp; Experience: <ul><li>Bachelor’s degree in technical or related major.&nbsp;</li><li>Minimum 1 year working experience in Quality management， connector working experience preferred.</li><li>English can be working language</li><li>SA、SPC、FACA, Familiar with quality management tools, such as MSA, SPC, FACA etc</li><li>Personal Attributes &amp; Competencies</li><li>Integrity; Accountability; Communication; Outgoing.</li><li>Good capability of logical thinking, self-study and independent problem solving</li></ul>

Responsibilities: <ul><li>As a Hardware Engineer , you will focus on the electrical design, simulation, and verification-validation testing of high-speed products in cable assemblies targeting high-speed communications and connectivity within data centers and wireless infrastructure.</li><li>You will be expected to independently work on projects in hardware design and validation for product, and system design including modeling, simulation, testing, and circuit board layout.</li><li>You will work collaboratively within a broader cross-functional team of mechanical, manufacturing, &amp; operations to execute leading-edge product designs.</li><li>You will be the subject matter expert for the electrical performance of a product/platform beginning with the initial analysis through prototype fabrication &amp; evaluation, and production verification testing.</li><li>You will tackle challenging design problems and utilize simulation tools to guide complex designs toward success.</li></ul> Short Description <ul><li>Subject matter expert in high-speed data, electronics design, simulation, and validation activities through product development cycles.</li><li>Establishing electrical design performance/functional requirements for new products.</li><li>Product development of high-speed cable assemblies from conception to manufacturing.</li><li>Component selection, schematic design, PCB Layout, and product validation testing.</li><li>Creating actionable recommendations based on design reviews and simulation results.</li><li>Making data-driven decisions about the product functionality and areas for improvement.</li></ul> Requirements: What your background should look like: <ul><li>Bachelor’s degree in Electrical Engineering, Master’s degree preferred.</li><li>Minimum of 10 years of work experience in a high-speed hardware engineering role.</li><li>Electronic design and analysis tools (Altium PCB, ADS, Ansys Designer, Ansys HFSS).</li><li>Experience with cable/cable assembly designs (high-speed twin-ax cables, direct attach copper (DAC) cables, active copper cables).</li><li>Experience with high-speed test equipment (Digital Sampling Oscilloscope, Vector Network Analyzer, Bit Error Rate Tester, TDR, Pattern Generators, Power Supplies, etc.)</li><li>Experience with signal conditioning techniques (equalization, amplification, FIRs, CTLEs).</li><li>Experience with component selection, schematic capture, printed circuit board design, fabrication, and assembly.&nbsp;</li><li>A solid understanding of electromagnetic theory and electrical circuit behavior.</li><li>Strong analytical capabilities to interpret simulation and lab data to identify issues and provide solutions to fix identified problems.&nbsp;</li><li>Experience in project leadership, especially as it applies to design, development &amp; manufacturing teams.</li><li>Excellent verbal and written communication skills.</li><li>Ability to work in a global environment – able to accommodate varying time zones, fluent in English (verbal/written), able to collaborate with individuals across geographies.</li><li>The individual must be highly motivated, a quick learner, and able to work independently.</li></ul>

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53 downhole equipment Jobs found

Digital Transformation Executive

Manufacturing Engineer(Molding)

Info Connector Assembly Process Engineer

Mfg & Process DVL Engineer II (Automation)

Plating Manufacturing Engineer

Cable Assembly - Senior MPD Engineer

Manufacturing Engineer

MGR II Laboratory

Quality Engineer

Hardware Engineer

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Skills

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Jobtitle

53 downhole equipment Jobs found

Digital Transformation Executive

Manufacturing Engineer(Molding)

Info Connector Assembly Process Engineer

Mfg & Process DVL Engineer II (Automation)

Plating Manufacturing Engineer

Cable Assembly - Senior MPD Engineer

Manufacturing Engineer

MGR II Laboratory

Quality Engineer

Hardware Engineer

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

EMPLOYER

TALENT

COMPANY

Contact Us

JOBS BY SKILLS

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