Why Attend?
Learn
essential quality engineering concepts and tools to enhance your effectiveness as a quality engineer. In this
course, participants will learn about quality systems, auditing, product and
process control and design, quality methods and tools, applied statistics, SPC,
and Design of Experiments (DOE). Participants will enhance their engineering
expertise and their effectiveness
as quality engineers with this comprehensive introduction to key quality engineering
concepts and tools critical to success in the field of quality engineering
today. While this course addresses many areas of the body of knowledge for the
'Certified Quality Engineer' examination, it is not designed as an exam
refresher or a preparatory course for the exam.
Course
MethodologyThis course
relies on ASQ lectures and exercises. In addition, various group discussions
and presentations will be used and study groups will be formed to engage
participants.
Course
ObjectivesBy the end of the course,
participants will be able to:
- Define basic
leadership and quality management principles
- Discuss the
relationship between the quality engineer and the quality system
- Describe product
and process design
- Explain product and
process control
- Apply problem
solving tools and basic statistical concepts, process control and process
capability plans, acceptance sampling, and attribute control
- Use various
quantitative tools such as process capability and statistical process
control, acceptance sampling plans and technical quality tools
- Justify the
incorporation of quality technology in design, customer and supplier
relationships, Reliability, Availability, and Maintainability (RAM),
materials control, measurement, auditing, quality costs and document control
within a quality system
Target
Audience
Engineers,
quality control personnel, inspectors, testing personnel, or those interested
in the quality engineering profession.
Target
Competencies
- Quality management
- Developing quality
systems
- Leadership
- Product and process
design
- Continuous
improvement
- Understanding
process control
- Using quantitative
methods and tools
- Computing process
and performance capability
