Quality Engineer - Assembly at Segula Technologies

Auburn Hills, Michigan, United States -

Full Time

Start Date

Immediate

Expiry Date

17 May, 26

Salary

0.0

Posted On

16 Feb, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Root Cause Analysis, Problem Solving, Statistical Analysis, Data Interpretation, Process Variation Reduction, FMEA, Control Plans, Engineering Designs, Manufacturing Constraints, Product Testing, Data Generation, Technical Direction, Corrective Actions, Risk Assessment, Presentation Skills, Coaching

Industry

Engineering Services

Description

Company Description Do you want to shape the world of tomorrow and work on innovative projects? Then you're a good fit for us! We are a global engineering group with 15,000 employees and 140 locations worldwide. With our services, we are driving the topics of energy efficiency, climate protection and decarbonization and developing tech industries into new dimensions. In the United States, the world of SEGULA Technologies Experts revolves around industries such as automotive, energy and life sciences. As an independent player, we support OEMs and suppliers with personal engineering services. Take advantage of new opportunities and take on exciting tasks and attractive positions with direct customer assignment. Job Description Responsible for all part assembly quality issues in General Assembly shop Develop Root cause and walk back the issue to the station, to the supervisors and be pragmatic to collaborate and work with others to solve the quality issue Provide clear direction to skilled and non-skilled trades in the operation of product testing and evaluation to generate necessary quality test data Protect product design intent and function while assisting with identification and solutions of manufacturing constraints Deliver statistical analysis of data on competition, customer direction, product performance to the manufacturing team members Provide technical direction to employees regarding root cause analysis, issue resolution and establish corrective actions serving as the subject matter expert (SME) within the manufacturing facility Interpret released engineering designs, specifications, materials and standards for hourly and salary personnel Engineer process variation reduction Employ advanced problem-solving expertise to correct unfavorable variances and communicate alternative measures to mitigate engineering, timing and/or financial issues Empowered (hold authority) to cease and commence product related activities in relation to quality related issues Lead teams to identify risks/hazards associated with product designs, processes, applications, applying lessons learned, and assist in the generation of FMEA's and associated Control Plans. Provides necessary information to perform, administer or direct rework/repair methods and processes in compliance with engineering standards Qualifications Bachelor's degree in Mechanical Engineering, Electrical Engineering, or Mechanical Engineering Technology from an accredited university (or other Engineering degree, in combination with relevant experience) 5+ year of engineering, manufacturing, or technology experience Effective presentation/public speaking skills Experienced with problem solving tools Demonstrated ability to coach and teach others Strong communication skills, both written and verbal Ability to communicate details from Executive level to plant staff level Ability to work in a fast-paced environment Ability to work off shift hours as necessary Self-motivated and directed Familiar with interpreting data from OBD Port (Vehicle Diagnostics) Additional Information All your information will be kept confidential according to EEO guidelines. Contract/country: Unlimited Job family: Quality - Safety - Environment

Responsibilities

The Quality Engineer will manage all part assembly quality issues within the General Assembly shop, focusing on root cause analysis and collaborating with various personnel to implement solutions. This role involves providing technical direction, interpreting engineering designs, and leading risk identification efforts through tools like FMEA.