Manufacturing Engineer II

Fortive•Everett, WA

2d•Onsite

About The Position

As a Manufacturing Engineer II 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. This role involves leading and supporting new product introduction to manufacturing and released product support, with a focus on key metrics such as safety, quality, cost, and productivity.

Requirements

Bachelor's degree in Manufacturing Engineering, Manufacturing Engineering Technology, Plastics Manufacturing Engineering, or Mechanical Engineering from an ABET certified university.
3-5 years of related experience.
Demonstrated ability to independently lead root cause analysis using various Problem-Solving methodologies and drive corrective actions to closure.
Proven application of continuous improvement principles (Toyota Production System, Kaizen, Lean, etc.).
Comfortable working problems of large 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 create 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.
This is a safety sensitive position. Preemployment drug tests are conducted after a conditional offer letter is extended, including testing for THC.

Responsibilities

Lead 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.
Develop and own process documentation including control plans, work instructions, and standard work documents.
Apply Lean manufacturing principles to improve production processes and achieve cost reduction.
Lead kaizen events and drive measurable improvements to throughput, scrap, and cycle time with documented results.
Understand key business drivers and translate this understanding into engineering decisions and project prioritization; communicate trade-offs clearly to stakeholders.
Understand key business drivers; use this understanding to accomplish own work.
Investigate and resolve injection molding issues and assembly processes at the cell level.
Mentor and provide technical guidance to Level 1 engineers and other junior team members.