Advanced Manufacturing Engineer II

Honeywell Aerospace; Minneapolis (MN); On-site; USD 80,000 - 105,000; Full time

Job summary

Honeywell Aerospace in Minneapolis seeks an Advanced Manufacturing Engineer II to apply technical expertise to ensure product integrity and efficient production. The role leads continuous improvements and collaborates with labs and factory operations.

You will help define process equipment requirements, review processing techniques, and drive manufacturability efforts for Ring Laser Gyroscope and MEMS IMU programs.

Qualifications

• Bachelor's Degree in STEM field.
• 2+ years experience in manufacturing, test, fabrication, or assembly processes.
• Experience with RCCA and Six Sigma methods preferred.
• Strong analytical and problem-solving skills.

Responsibilities

• Provide test and manufacturing support for RLG and MEMS IMUs.
• Perform yield and performance data analysis to monitor process capability.
• Utilize Lean and Six-Sigma methodologies to govern standard work.
• Investigate and resolve technical issues.
• Develop improvements in design and manufacturing processes for cost and cycle time reductions.
• Support daily production activities and drive producibility improvement projects.

Skills

Manufacturing

Test engineering

Fabrication

Assembly

Analytical problem solving

Lean Six Sigma

Education

Bachelor's degree in STEM

Tools

FMEA

RCCA

Job description

Join a team that applies its technical expertise and knowledge to ensure products are produced with high quality and efficiency. The Advanced Manufacturing Engineer II applies technical expertise with responsibility for product and process application to ensure product integrity manufacturing output while leading continuous improvements, working with both labs and factory operations.

Our team develops new or modifies current processes, defines process equipment requirements and specifications, and reviews processing techniques and methods applied in the manufacture, fabrication, and evaluation of Ring Laser Gyroscope and MEMS based inertial sensors and IMUs. The Advanced Manufacturing Engineer II influences the planning and designing of manufacturing engineering processes by determining parts and tools needed by the team to achieve manufacturing goals according to product specification, for both existing and new processes/product technologies. This role strives to maximize efficiency by analyzing the layout of equipment, workflow, assembly methods, and work force utilization. The Advanced Manufacturing Engineer II supports daily production activities and drives producibility improvement projects in a challenging environment.

Key Responsibilities

• Provide test and manufacturing support for RLG and MEMS based inertial measurement units (IMUs).
• Perform yield and performance data analysis to monitor process capability and product health trends.
• Utilize CAMP, Lean, and Six-Sigma methodologies to govern engineering standard work practices.
• Investigate and resolve technical issues, facilitate issue identification and analysis.
• Develop improvements in product design and in the manufacturing and assembly processes for cost and cycle time reductions.
• Assist development of new products.
• Support knowledge for test equipment and preventative maintenance plans to maintain factory capacity and efficient product flow.
• Facilitate a self-driven work force culture to achieve RTY, BIQ, COPQ, and other SQDIC goals.
• Test products & software

You Must Have

• Bachelor's Degree in STEM field
• 2+ years experience; manufacturing, test, fabrication, or assembly processes

We Value

• Product, process, manufacturing, or test engineering experience.
• Ability to balance priorities in daily tasks and strategic projects.
• Analytical and statistical problem solving skills.
• Hands on work ethic. Initiative and ownership of responsibilities and actions.
• Ability to partner and collaborate well with team members.
• Quickly and accurately identifying subtle interrelationships and patterns among a variety of problems and issues (process and data correlation of cause/effect across value stream).
• Conveying information with clarity and directness, ensuring the message is understood across diverse teams.
• Knowledge of RCCA, Lean, Six Sigma, and FMEA tools and methodologies.