Manufacturing Engineer

As a Manufacturing Engineer with Fluke, you will be tasked with analyzing, developing, implementing, and maintaining methods, manufacturing operation sequences, specifications, and equipment requirements for production/assembly of new and existing products. Assist new product introduction to manufacturing and released product support, with focus on metrics such as safety, quality, cost, and productivity.

Responsibilities:

• Perform manufacturing engineering assignments associated with the integrity of product design to assure quality and cost-effective production.
• Provide day to day manufacturing engineering SQDIP support in a fast moving environment, working directly on the shop floor across injection molding and accessory assembly lines.
• Provide engineering feedback to the design team of existing production capabilities, equipment, facilities, and standard practices to contribute to the development of designs.
• Coordinate with support groups to ensure capabilities and capacity are developed to support new products.
• Ensure efficient manufacturing through achieving quality, cost, operating specifications, customer and company standards and requirements.
• Apply Lean manufacturing principles to improve production processes and achieve cost reduction.
• Understands key business drivers; uses this understanding to accomplish own work
• Investigate injection molding issues and assembly processes at the cell level.

Qualifications:

• Bachelor's degree in Manufacturing Engineering, Manufacturing Engineering Technology, Plastics Manufacturing Engineering, or Mechanical Engineering from an ABET certified university
• 1-2 years of related experience
• Root cause analysis using various Problem-Solving methodologies
• Understanding & knowledge of continuous improvement (Toyota Production System, Kaizen, Lean, etc.)
• Comfortable working problems of moderate scope where analysis of data requires evaluation of identifiable factors
• Ability to exercise judgment within procedures and practices to determine appropriate action
• Must build productive internal/external working relationships
• Ability to read and interpret mechanical drawings required
• Ability to handle high pressures, engineering workload, and understand impact of duties
• Respond to metric/result-oriented environment, take initiative to meet goals