Quality Assurance Technology (QUAL)

For Engineering Statistics, see MECH 270 in the Mechanical Engineering Technology course descriptions. For other related course descriptions, see Electronic Engineering Technology and Mechanical Engineering Technology.

QUAL 150 Quality Transformation (A, SU)

4 credits
This course focuses on teamwork and the applications of Total Quality Transformation “tools.” Teams of students and employees from business and industry solve existing quality problems in their organization with careful direction.
Lecture: 3 hours – Lab: 2 hours

QUAL 240 Total Quality Management (A, W)

3 credits
This course is a study and practice of the major elements and concepts of total quality management, including principles and styles of quality management, systems thinking, continuous improvement, management by data, and historic influences of leaders in quality management.
Lecture: 2 hours – Lab: 2 hours

QUAL 250 Metrology ( )

3 credits
Making precise measurements is an important part of producing quality products for the customer. This introductory course covers the correct procedures for the linear and angular measures of features or attributes on machine components. Traceability to standards is also presented and instrument capability discussed. Students use a variety of instruments and systems to make precision measurements.
Lecture: 2 hours – Lab: 2 hours
Lab fee: $10.00

QUAL 251 Value Engineering (W)

3 credits
Value engineering is the systematic application of recognized techniques which identify the function of a product or service, establish a monetary value for that function, and provide the necessary function reliably at lower overall cost. Students will be introduced to value engineering concepts and applications for the practitioner.
Lecture: 2 hours – Lab: 2 hours
Prerequisite: MECH 244

QUAL 260 Reliability and Systems Maintainability (SP)

3 credits
This course is an examination of the basic methods that companies use to ensure the reliability of their products. Students learn statistical methods employed to determine reliability, the effectiveness of data analysis, use of simulations, and ways to improve system performance.
Lecture: 3 hours – Lab: 0 hours
Prerequisite: MECH 244