Contact ALIC: alic@allegheny.edu

Quality Assurance

The Operational Excellence microcredential empowers students with the tools, methodologies, and mindset to drive quality improvement and efficiency in manufacturing environments. Through focused instruction in Six Sigma and SPC Fundamentals and Quality Systems and Metrology, learners develop a practical understanding of data-driven decision-making, process improvement, and rigorous quality assurance practices. They explore key Six Sigma principles such as DMAIC, use control charts and statistical tools to evaluate process stability, and perform root cause analysis to identify and solve real-world quality challenges. Complementing this is a deep dive into quality systems, including ISO standards, inspection techniques, and calibration practices using tools like calipers, micrometers, and coordinate-measuring machines (CMMs).

By the end of the microcredential, students are prepared to actively support and lead quality initiatives on the shop floor. They gain experience applying SPC software, conducting audits, interpreting measurement data, and presenting improvement plans backed by evidence. Hands-on projects, mock audits, and simulations reinforce the application of theory in realistic manufacturing settings, giving learners the confidence to promote operational efficiency, reduce waste, and sustain high standards of quality. This microcredential is ideal for those looking to elevate their impact in quality control, continuous improvement, or process management roles within the manufacturing sector.

  • Coming SoonSix Sigma and SPC Fundamentals

    Six Sigma and SPC Fundamentals

    Understand Six Sigma methodology and Statistical Process Control (SPC) for quality improvement in manufacturing. Instructor: Luke Warner
  • Manufacturing Material Science

    Quality Systems Fundamentals

    $625.00
    This course introduces the principles of quality assurance and precision measurement in manufacturing environments. Students will learn to apply statistical process control (SPC), interpret quality standards (such as ISO and ASQ), and operate common metrology tools including calipers, micrometers, height gauges, and CMMs. Emphasis is placed on inspection techniques, documentation, and maintaining compliance with industry quality systems. Dates: October 2025 (Exact dates TBD), 5:00 pm - 7:00 pm, two evenings per week for four weeks
  • Professor, working with a student on a machine

    CMM 1 – Introduction

    $625.00
    This course introduces the fundamentals of coordinate measuring machines (CMM) used in precision manufacturing inspection. Students will learn basic CMM operation, programming concepts, probe types, and how to perform simple part measurements to verify dimensional accuracy. Emphasis is on safe use, data collection, and interpretation of measurement reports. Dates: November 2nd - November 26th, 2025 (Monday/Wednesday, 5:00 pm - 7:00 pm)