Manufacturing Engineer - Automation Mechanical

Senior Manufacturing Engineer

MPDE CA Process Design Engineer(Senior Engineer)

Manufacturing Engineer

Principal R&D/Product Development Engineer (Remote)

Responsibilities: Equipment Development, Commissioning and Acceptance <ul><li>In order to improve the efficiency for production, Work with process team and vendors to review the design of&nbsp;automation machine or fixtures; qualify and acceptance the new machine; set-up maintenance plan and implementation; improve the mass production&nbsp;machine and fixture to enhance the productivity"</li></ul> Assembly jigs: <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 engineering and EHS requirement.&nbsp;</li><li>Upload all tooling prints to data management system( 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> Technical support <ul><li>In order to en sure the auto line running smoothly, Provide technical support to manufacturing team during pilot run and production start-up/change over.</li></ul> Problem Solving <ul><li>In order to ensure the production running smoothly, provide support on Problem identification and trouble-shooting with solution for a wide range of complex mechanical problems. Responsible for the effective communication across the company"</li></ul> Training Guidance: <ul><li>Line maintenance/change over together with/guiding the technicians to make sure automation machine run smoothly</li></ul> Requirements: <ul><li>Bachelor’s Degree in Mechanical Engineering or Automation;</li><li>Experience w/ automated assembly machines, skilled in fixture/jig design and trouble-shooting for automation machine;</li><li>Familiar with Vision Inspection (Keyence/Cognex), Programmable Logic Controllers (PLC), Pneumatics, sensors, motors and other motion control devices and components selection;</li><li>Robot knowledge will be a plus;&nbsp;</li><li>Interfacing knowledge between mechanical and electrical;</li><li>Familiar with Pro-E or SolidWorks, AutoCAD software to create 2D and 3D drawing</li><li>Proven strong analytical and problem solving skills, good interpersonal skills.&nbsp;</li><li>English skills, able to ready technical materials in English</li></ul>

Responsibilities: <ul><li>Lead a dedicated team of engineers and technicians within the Projects or Manufacturing group.</li><li>Ensure that engineers are fully integrated into the overall project team and production support activities.</li><li>Plan and implement training and development programs for direct reports.</li><li>Complete process design and development projects by training and guiding technicians.</li><li>Provide coaching and mentorship to team members.</li><li>Establish engineering goals and objectives aligned with business plans.</li><li>Identify and implement effective, permanent technical and system solutions to problems.</li><li>Consistently meet customer requirements, performance expectations, and deadlines.</li><li>Prepare product and process reports by collecting, analyzing, and summarizing information and trends.</li><li>Champion compliance with internal systems and processes.</li><li>Identify and develop improvements to enhance Service, Delivery, Quality, and Cost metrics using Lean/Six Sigma methodologies.</li><li>Research advanced process technologies and evaluate potential competitive advantages and cost benefits.</li><li>Lead or guide a portfolio of engineering projects in collaboration with cross-functional teams (e.g., NPI, quality engineering, design assurance, R&amp;D).</li><li>Collaborate with teams to plan, coordinate, and implement activities supporting the successful launch of new products, including make/buy analysis, new process introduction, and more.</li><li>Develop or modify manufacturing processes by studying product requirements and designing, modifying, or testing manufacturing methods and equipment.</li><li>Maintain professional and technical knowledge through workshops, publications, networking, and participation in professional societies.</li><li>Manage external relationships with key technology suppliers.</li><li>Oversee workload distribution among engineers and technicians to meet operational and business priorities.</li></ul>&nbsp;Requirements: Education &amp; Experience <ul><li>Bachelor’s degree or equivalent in an Engineering field with 5–10 years of experience in a demanding high-volume production environment or a high-mix, low-volume environment.</li><li>Experience in medical devices or similar regulated manufacturing and quality systems is essential.</li><li>Proficiency with CAD tools; SolidWorks preferred.</li><li>Experience using Minitab, MS Project, and advanced Excel.</li><li>Demonstrated ability to lead a production-focused team, drive technical problem solving, and manage line setup including equipment acquisition and process development.</li><li>Working knowledge of Lean and/or Six Sigma engineering principles with proven results.</li><li>Statistical knowledge, including data analysis and statistical software (JMP, Minitab, etc.).</li><li>Lean Six Sigma Green Belt certification preferred.</li><li>Excellent communication, planning, and organizational skills.</li><li>Self-motivated with strong decision-making abilities.</li><li>Willingness to work independently and to take on an international assignment of up to 3 months.</li><li>Fluent in English (written and verbal), &gt;80% proficiency.</li></ul>

Responsibilities: Process Solution Development: <ul><li>Design or optimize production process routes based on product design drawings (e.g., mechanical structures, electrical schematics), including raw material selection, process planning (e.g., cutting, wire pre-treatment, welding, forming, assembly, testing), equipment selection and parameter setting, and DOE development to ensure mass and stable production.</li><li>For new products (e.g., mechanical parts, electronic components), organize DFM reviews within the MPDE department, provide optimization suggestions from a manufacturability perspective, develop trial production process plans, participate in trial production, and resolve process issues (e.g., dimensional deviations, assembly difficulties, inefficiencies).</li></ul> Process Documentation: <ul><li>Prepare standardized process documents, such as SOPs, process flowcharts, PFMEA, and inspection standards, to clarify operational specifications and quality control points for each process, ensuring unified execution by production personnel.</li></ul> Production Efficiency and Quality Optimization: <ul><li>Analyze existing production processes, use lean production tools (e.g., 5S, value stream analysis) or technical improvements (e.g., introduction of automated equipment, process consolidation) to reduce production costs, shorten cycle times, and enhance capacity.</li><li>Collaborate with the quality department to investigate the causes of quality anomalies (e.g., excessive defect rates) from a process perspective (e.g., insufficient equipment precision, unreasonable process parameters), develop improvement measures, and validate their effectiveness through DOE.</li></ul> Cross-Department Collaboration: <ul><li>Work with R&amp;D departments, participate in product design reviews, provide suggestions from a process feasibility perspective (e.g., simplifying structures to reduce assembly difficulty), and promote Design for Manufacturability (DFM).</li><li>Communicate with supply chain departments to confirm the process compatibility of raw materials and assist in resolving process-related issues with purchased materials. Cooperate with production departments to train operators on new processes and equipment, ensuring successful implementation.</li><li>Collaborate closely with automation teams, participate in automation solution reviews, and develop validation methods.</li></ul> Technological Innovation and Cost Reduction: <ul><li>Stay updated on industry advancements (e.g., 3D printing, smart inspection equipment, laser welding), evaluate their applicability to existing production, and drive process upgrades. Achieve cost reduction through process optimization and the use of alternative low-cost materials (without compromising quality).</li></ul> Requirements: Education and Major: <ul><li>Bachelor’s degree or higher in Mechanical Engineering, Materials Science and Engineering, Industrial Engineering, Electrical Automation, or related fields.</li></ul> Knowledge and Skills: <ul><li>Mastery of fundamental manufacturing process principles (e.g., machining, electronic assembly, heat treatment) and familiarity with production processes in at least one industry (e.g., automotive parts, electronic devices, machinery manufacturing).</li><li>Strong process analysis skills, ability to interpret drawings using CAD/SolidWorks, and perform data analysis with tools like Minitab (e.g., analyzing defect rate causes).</li><li>Knowledge of quality and efficiency improvement methods such as Lean Production and Six Sigma; prior experience in process optimization projects is preferred.</li></ul> Experience Requirements: <ul><li>Typically requires 5+ years of experience in process development or production technical support in relevant industries; familiarity with high-speed cable equipment and process requirements is preferred.</li></ul>

Responsibilities: <ul><li>Develop, implement, and optimize manufacturing processes to improve efficiency, quality, and cost-effectiveness.</li><li>Provide technical support for new product introduction (NPI), including process design, tooling, and equipment validation.</li><li>Conduct root cause analysis and lead corrective/preventive actions (CAPA) to&nbsp;</li><li>resolve production issues.</li><li>Collaborate with cross-functional teams (R&amp;D, Quality, Supply Chain, Maintenance) to ensure smooth project execution and production readiness.</li><li>Prepare and maintain process documentation, work instructions, and training materials.</li><li>Monitor key production metrics (yield, scrap, cycle time, downtime) and implement continuous improvement initiatives.</li><li>Participate in lean manufacturing, Six Sigma, and Kaizen activities to drive operational excellence.</li><li>Ensure compliance with safety standards, environmental regulations, and ISO/IATF quality system requirements.</li><li>Support cost reduction projects through process improvement, automation, and supplier collaboration.</li></ul> Requirements: <ul><li>Bachelor’s degree in Mechanical Engineering, Manufacturing Engineering, Industrial Engineering, or related field.</li><li>3–5 years of relevant experience in manufacturing engineering; automotive or electronics industry experience preferred.</li><li>Strong knowledge of manufacturing processes such as machining, assembly, injection molding, stamping, or PCB assembly (depending on industry).</li><li>Familiarity with APQP, PPAP, FMEA, Control Plan, and other quality tools.</li><li>Proficiency in CAD software (e.g., AutoCAD, SolidWorks, Creo) and MS Office.</li><li>Hands-on experience with Lean Manufacturing and problem-solving methodologies (5Why, 8D, DMAIC).</li><li>Good communication and coordination skills; able to work in cross-functional and multicultural teams.</li><li>English: able to read and write technical documents; spoken English is a plus.</li></ul>

Responsibilities: <ul><li>Lead the development of sockets, high-speed connectors, and cable assemblies from market definition to production release.</li><li>Collaborate with cross-functional teams (sales, applications, field engineers, project managers) to translate Voice of Customer (VOC) into technical concepts and specifications.</li><li>Conduct feasibility studies and generate design concepts.</li><li>Perform mechanical and thermal simulations.</li><li>Present design evaluations and proposals to customers.</li><li>Create detailed 2D/3D designs, DFMEA, and tolerance analyses.</li><li>Build and validate prototype samples.</li><li>Finalize product qualification and specifications.</li><li>Provide ongoing technical support to Operations, Quality, and Production teams.</li><li>Manage Engineering Change Notifications (ECN) and Product Change Notifications (PCN).</li><li>Maintain system-level understanding of customer applications and integrate solutions into the design process.</li><li>Drive projects through the LEANPD stage-gate process to ensure timely delivery of high-quality, cost-effective solutions.</li><li>Coordinate with manufacturing, procurement, and external suppliers to align with technical, quality, and cost targets.</li><li>Generate and manage all necessary technical documentation including design drawings, engineering changes, and design history files.</li><li>Support post-launch activities and continuous improvement initiatives.</li></ul> Requirements: <ul><li>Bachelor’s degree in Mechanical Engineering or equivalent work experience.</li><li>10+ years of relevant mechanical engineering experience involving:</li><li>Electrical components and devices.</li><li>Mechanical structure design.</li><li>Manufacturing tooling development (stamping, molding, assembly, plating).</li><li>Manufacturing process development.</li></ul> Strong knowledge in: <ul><li>Socket, connector, and cable assembly design.</li><li>Material selection.</li><li>Tolerance analysis.</li><li>DFMEA.</li><li>Product qualification.</li></ul> Expertise in 3D CAD applications (preferably Creo), including: <ul><li>3D solid modeling (sheet metal).</li><li>2D drawings.</li><li>PDM Link Data Manager.</li><li>General understanding of SpaceClaim, SolidWorks, or other conceptual design tools.</li></ul> Advanced proficiency in: <ul><li>Geometric Dimensioning &amp; Tolerancing (GD&amp;T).</li><li>Limit and fit analysis including statistical tolerance analysis.</li><li>Finite element analysis tools (e.g., Ansys, Workbench) for elastic and plastic behavior of metals.</li></ul> Proven ability to: <ul><li>Develop and write design objectives and technical product specifications.</li><li>Lead product development from concept to production.</li><li>Provide technical leadership across the full product lifecycle.</li></ul> In-depth knowledge of manufacturing processes: <ul><li>Machining, molding, stamping, plating, assembly.</li><li>Best practices in Design for Manufacturing (DFM).</li><li>Solid understanding of competitive product landscape and intellectual property considerations.</li><li>Fluent in English (verbal and written) to support global communication.</li><li>Comfortable working in a global, cross-functional team and across time zones.</li><li>Strong analytical and problem-solving skills; able to make data-driven decisions with minimal supervision.</li><li>Proficient in MS Office tools: Word, Excel, PowerPoint, Outlook, Teams, etc.</li></ul>

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Manufacturing Engineer - Automation Mechanical

Senior Manufacturing Engineer

MPDE CA Process Design Engineer(Senior Engineer)

Manufacturing Engineer

Principal R&D/Product Development Engineer (Remote)

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Manufacturing Engineer - Automation Mechanical

Senior Manufacturing Engineer

MPDE CA Process Design Engineer(Senior Engineer)

Manufacturing Engineer

Principal R&D/Product Development Engineer (Remote)

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