Manufacturing Engineer - Automation Mechanical

Structural Engineer

Continuous Improvement Analyst III

Manufacturing Engineer

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>

Role Description: <ul><li>This position will require an experienced, results-oriented professional to be responsible for Structural engineering.</li><li>The position will work in a multi-discipline team executing a variety of chemical manufacturing support projects and tasks to support our manufacturing sites.</li></ul> Responsibilities: <ul><li>Work with remote team members and global counterparts to develop deliverables required for structural fabrication and installation of projects and hence excellent communication skills a pre-requisite.</li><li>Provide structural analysis and engineering calculations of a variety of material types including but not limited to steel and concrete.</li><li>Provide structural analysis of steel and concrete elements.</li><li>Well versed with connection design calculations.</li><li>Participate in team model reviews.</li><li>Review Design Drawings</li></ul> Requirements: Basic Qualifications: <ul><li>Master’s degree in Structural Engineering from a reputed premiere institute.</li><li>Minimum 5 years of work experience in an Engineering and/or Engineering Services organization.</li><li>Must have engineering experience performing structural calculations and analysis of structures.</li><li>Computer Environment: Microsoft: Word, Excel, Power Point</li><li>Proficiency in STAAD Pro software</li><li>Should have exposure to environments of 2D and 3D CAD tools including Laser Scans, Bentley MicroStation, AVEVA and AutoCAD platforms or equivalent.</li><li>Experience with applicable industry codes including ACI, AISC, IBC and ability to utilize custom internal specifications as they apply to design and installation of structural assemblies and supports. Be able to perform tasks using U.S. or metric standards</li><li>Excellent written, listening, and verbal communication skills.</li></ul> Preferred Qualifications: <ul><li>Exposure to environments of 2D and 3D CAD tools including Laser Scans, Bentley MicroStation, AVEVA and AutoCAD platforms or equivalent.</li><li>Experience with applicable industry codes including ACI, AISC, IBC and ability to utilize custom internal specifications as they apply to design and installation of structural assemblies and supports. Be able to perform tasks using U.S. or metric standards.</li></ul>

Responsibilities: <ul><li>Facilitate, lead, or coach Kaizen and Kaizen events across the organization.</li><li>Work collaboratively with tool or element owners to implement Continuous Improvement tools.</li><li>Lead and audit Continuous Improvement tools.</li><li>Train teams in Continuous Improvement methodologies, tools, and transformation methods (e.g., 5S, TPM, Value Stream Mapping, VSM-D, CCF, 3P, Lean Manufacturing).</li><li>Facilitate and train teams for transformation Kaizen events in highly impactful areas or production cells.</li><li>Obtain internal certifications such as Novice, Apprentice, and Practitioner level in Continuous Improvement.</li><li>Provide coaching to Novice and Apprentice practitioners.</li><li>Train and coach teams on plant Key Performance Indicators (KPIs).</li><li>Report periodic progress on assigned tools, metrics, and initiatives.</li><li>Conduct capacity analysis and mentor production supervisors on managing line capacity.</li><li>Develop scenarios for capacity planning, including footprint analysis.</li><li>Apply advanced knowledge in line balancing and its implications for realistic planning (cross-training, validations, capacity planning, hiring requirements, etc.).</li></ul> Requirements: Knowledge &amp; Experience <ul><li>Bachelor’s Degree in Industrial Engineering or related field.</li><li>3–5 years of experience in continuous improvement, cost savings, or productivity improvement roles.</li><li>Lean certification required.</li><li>Green Belt or Black Belt certification is desirable.</li><li>Experience in process improvement, Six Sigma, and product/process qualification and validation.</li><li>Bilingual (English/Spanish).</li></ul> Skills <ul><li>Proficiency in Microsoft Office 365.</li><li>Strong skills in Excel (Pivot Tables, Charts, Macros), PowerPoint, MS Project, AutoCAD (or similar), Minitab, and simulation software.</li><li>Knowledge of problem-solving techniques.</li><li>Basic competency in creating dashboards using Power BI.</li><li>Basic knowledge of Power Automate or similar tools.</li><li>Ability to work under pressure with strong communication and teamwork skills.</li><li>Experience influencing all organizational levels to support an Operational Excellence culture.</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>

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Manufacturing Engineer - Automation Mechanical

Structural Engineer

Continuous Improvement Analyst III

Manufacturing Engineer

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Manufacturing Engineer - Automation Mechanical

Structural Engineer

Continuous Improvement Analyst III

Manufacturing Engineer

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