INDUSTRIAL ENGINEER II

This position is responsible for overall Industrial Engineering, should act as catalyst to drive Business process improvements like MOST, digitization, Expense review, Savings, Make Financial Decisions, initiate Key activities to drive Business Needs.

• Determining the feasibility of business projects using financial accounting, expense, cost of goods sold, gross margin, balance sheet. Employing the technique of break-even analysis and finding the best operating level (BOL)
• Review production schedules, engineering specifications, process flows, and other information to understand methods and activities in manufacturing
• Draft and design layout of equipment, materials, and workspace to illustrate maximum efficiency, using drafting tools
• Measuring the labor productivity on the various matrix for business process improvements
• Product costing
• Developing the project plan with milestone break-up chart
• Optimize resource and budget allocation to ensure timely execution of project.
• Drive Successfully Demonstrated Practices (SDPs) across functional teams
• Measure and fix cycle time standards for new and existing processes based on MOST.
• Design and populate travel charts and material handling for effective utilization.
• Development of policies and procedures for Asset management, employee suggestions scheme.
• Finalizing of vendor norms for subcontract activities
• Drive SAP analytics and support other users.
• Enhance conversion productivity for favourable manufacturing variance.
• Drive and work on War on Materials (WOM) projects for inventory control and optimization
• Steering digital manufacturing for Overall Equipment Effectiveness (OEE)
  
  

Qualifications

• Graduate of Engineering course – Mechanical, Industrial or similar field
• 6 years relevant Professional Experience
• Knowledge in SAP, Costing, LEAN manufacturing & Six sigma
  
  

Job Overview

TE Connectivity's Manufacturing Engineering Teams are process leaders for stamping, molding or assembly related topics, ensuring the processes are running at optimum levels for quality and output. They are experts in mold tooling, die tooling, machining, and assembly techniques, possessing extensive knowledge of the associated manufacturing processes which may include the optimization and standardization of stamping / molding / assembly or other processes within the manufacturing environment. Manufacturing Engineering Teams enable the TE business unit plants to reach TE Operating Advantage (TEOA) requirements, roll out Centers of Excellence (COE), Best Demonstrated Practices (BDP’s) and advise plants on tool and machine duplications / corrections / improvements. They design and develop manufacturing process and automation platforms and apply them for the realization of new product developments as well as optimization of existing products already in production. The Teams also support Product Development in the selection and optimization of tools for piece part production and the selection of the most suitable manufacturing concepts relative to planned manufacturing quantities, quality requirements and manufacturing location. They act as interface between engineering and production to ensure manufacturability of new designs and smooth production ramp up as well as support the research & development teams to produce sample manufacturing equipment, product samples and prototypes.

What Your Background Should Look Like

Competencies

Values: Integrity, Accountability, Inclusion, Innovation, Teamwork