Advanced Manufacturing Engineer Senior

Honeywell Aerospace•Tempe, AZ

15h

About The Position

The Advanced Manufacturing Engineer will improve the efficiency and effectiveness of manufacturing processes by leading initiatives that increase productivity, improve product quality, and support customer satisfaction. The role reviews and dispositions non-conforming materials from internal and external sources, uses disposition data to identify trends and corrective opportunities, and supports root-cause and corrective-action investigations. The engineer evaluates moderately complex manufacturing processes, applying knowledge of product design, fabrication, assembly, tooling, and materials. The position works with operators and production technicians to identify and document hidden factory issues and prepares written or graphical work instructions. It also supports new product introduction (NPI), establishes manufacturing methods and operation sequences for moderately complex products and assemblies, and ensures processes meet customer quality requirements. The role assesses capacity and capabilities in its assigned area or cell, identifies bottlenecks and opportunities to increase throughput through engineering solutions, and prepares product and process reports. Findings and supporting rationale may be presented to teams, suppliers, or customers. The engineer contributes to team objectives and may participate in cross-functional or project teams.

Requirements

Bachelor’s degree from an accredited institution in a technical discipline such as science, technology, engineering, or mathematics.
At least 5 years of experience.
Must meet the U.S. person requirement: be a U.S. citizen, U.S. permanent resident, or have protected status in the U.S. under asylum or refugee status.

Nice To Haves

Industrial or manufacturing engineering experience.
General knowledge of aerospace or similar-industry products and legal and regulatory requirements related to manufacturing plants.
Ability to read, analyze, and interpret engineering drawings, technical manuals, and policies, and recommend changes to procedures.
Familiarity with aerospace power generation, AC/DC electric motors, or similar systems.
Familiarity with industry standards for conducting time studies and verification of builds (VOB).
Demonstrated experience developing and implementing workstation design, tool shadow boarding and tool-management MOS, kitting and staging shadow-board MOS, and cell organization, flow, and 5S.
Proficiency in build and assembly tooling design and implementation.

Responsibilities

Review and disposition non-conforming materials from sources including shop-floor rejections, customer returns, and vendor or supplier discrepancies.
Use disposition data to identify trends and actionable solutions that reduce defects, improve first-pass yield, or eliminate scrap.
Support root-cause and corrective-action investigation activities as necessary.
Evaluate moderately complex manufacturing processes using knowledge of product design, fabrication, assembly, tooling, and materials.
Gather observations from operators and production technicians to discover and document hidden factory issues.
Prepare written or graphical work instructions communicating manufacturing requirements to production personnel.
Support NPI and determine manufacturing methods and operation sequences for moderately complex products, machine parts, and assemblies.
Help ensure products and processes meet customer quality requirements.
Understand the capacity and capabilities of an assigned area or cell and identify opportunities to reduce bottlenecks and increase throughput with engineering solutions.
Prepare product and process reports by collecting, analyzing, and summarizing information and trends.
Present findings and their rationale to teams, suppliers, or customers.
Contribute to team efforts and objectives by completing activities that move metrics.
Participate in cross-functional or project-team assignments, including work with quality, design, or test engineering.