Lab Technician / QA Night Shift Lead

Root Cause Analysis (8D / PPAP): When a CMM identifies a dimensional deviation, machining knowledge can help trace the issue back to a specific variable, such as a worn insert, loose fixture, tool wear, or thermal expansion. Manufacturing Processes: Background with CNC mills, lathes, or manual machining helps identify common machining-related issues such as burrs, tool wear, chatter, and dimensional variation.

LAB TECHNICIAN / QA NIGHTSHIFT LEADMacomb, MIDirect Hire$29-39/hr. 2nd Shift (4:30pm – 4am) RESPONSIBILITIES:

• Write CMM programs for new program launches based on customer specifications provided by engineering department
• Work with Engineering and Set-up department to verify that parts meet customer specifications on new program launches
• Perform CMM or technical layout inspection on all parts as required
• Maintain Q # Log for all complete part inspections
• Ensure first piece approval (FPA) parts are completed in a timely manner.
• Organize the Lab and insist Lab housekeeping is maintained.
• File all Quality documents in assigned area. Files need to be organized and labeled.
• Perform LPA’s and assist with final audits, gage R&R studies and gage calibration.
• Setup gauging as required.
• Participate in quality problem solving, corrective actions and provide support to other departments.
• Communicate internal quality information between shifts.
• Communicate line-up from QA supervisor to nightshift personnel
• Oversee completion of all assigned afternoon shift tasks
• Report shift activities to QA supervisor

• Follow Housekeeping, Safety (lockout/tagout) & Environmental requirements (recycling, labeling, spills and programs)
• Continuous improvement ideas in safety, productivity, quality, housekeeping
• Other duties as defined by your Supervisor

REQUIREMENTS:

• CMM programming is required
• Zeiss Calypso software – preferred
• Quality Systems and Procedures
• GD&T, SPC
• Ability to read blueprints
• M&M, Comparator and Contractor capabilities
• Lab Measurement Equipment and Shop Floor gages
• Leadership and Good Communication Skills

Machining Skills: 

• Production Parts Knowledge: Experience with automotive components and machined castings and forgings, such as engine blocks, cylinder heads, transmission castings, brackets, and shafts
• Production Speed & Drift: Familiarity with how high-speed CNC cycles can cause tool wear, thermal expansion, and part drift over longer production runs
• Gauges & Fixtures: Familiarity with custom automotive attribute gauges, go/no-go gauges, production fixtures, and surface plate layouts
• First-Article & In-Process Inspection: Machining experience provides a strong foundation for quickly qualifying first-article parts and identifying issues during changeovers
• Root Cause Analysis (8D / PPAP): When a CMM identifies a dimensional deviation, machining knowledge can help trace the issue back to a specific variable, such as a worn insert, loose fixture, tool wear, or thermal expansion

Relevant Machining Knowledge:

• Blueprint Reading: Ability to read complex engineering drawings and understand tolerances, symbols, and datum structures
• Material Behavior: Understanding how different metals respond to cutting tools, heat, and clamping pressure, and how these factors can affect part dimensions
• Manufacturing Processes: Background with CNC mills, lathes, or manual machining helps identify common machining-related issues such as burrs, tool wear, chatter, and dimensional variation.
• Zeiss Calypso Software: Ability to utilize, read, and write inspection programs
• Root Cause Problem Solving: When the CMM identifies an out-of-tolerance condition, machining experience can help determine the likely source of dimensional variation
• Shop Floor Communication: Ability to speak the same language as machinists and production personnel, making it easier to communicate measurement results, discuss adjustments, and resolve quality issues

INDQT