Quality Engineer
PREREQUISITE:
There is no required preparatory course, education, experience or skills to get this course.
COURSE OVERVIEW:
In this training course, participants will gain knowledge about essential Quality Engineering concepts and tools, including quality systems, quality strategies and tools, auditing, operation and product management and design, applied statistics, SPS, and DOE (Design of Experiments). Through this, the learner can improve his or her engineering concepts and tools that are vital to the success in the field of today’s Quality Engineering.
However, even though the course covers many areas of the Body of Knowledge for the Certified Quality Engineer examination, it is still not considered as a refresher or preparatory course for the exam.
COURSE OBJECTIVE:
MITS’ Quality Engineering training course is set to qualify participants with the management and technical knowledge required for the position of a manager. MITS offers an intensive program coverage which includes quality standards and principles, and all other areas of organizations and their operations. Upon taking this course, participants will be able to carefully assess and visualize how managers can maintain the acquirement of organizational goals and objectives, while ensuring customer satisfaction and orientation. By the end of the course, participants will be able to lead and support organization’s own SQA.
- Learn the basic quality management principles
- Learn operational capability and apply statistical method control to direct a process
- Learn interdependence between quality engineer and quality system
- Interpret interdependence between statistics and processes
- Develop keen understanding to plans
- Analyze and apply technical quality tools
- Integrate quality technology in plan creation, customer-supplier relationship, RAM (Reliability, Availability, and Maintainability), control of resources, measurement, auditing, quality costs and document maintenance within a quality system
- Use wise problem-solving methods and basic statistical concepts and course control
- Process capability plans, acceptance sampling and apply effective controls
COURSE CURRICULUM:
- Introduction to Management
- Principles of Management
- Communications Used in Management
- The Quality System
- Introduction to Leadership
- Define and understand Organizational Leadership
- Define and understand Team Processes
- Learn techniques in creating, developing and managing projects
- Strategy Development and Distribution
- Define, learn and execute proper environmental analysis
- Develop strategic planning and assessment
- Apply suitable strategic distribution
- Quality Management Tools
- Analyze problems
- Execute critical decision-making process
- Use applicable problem solving tools
- Define Measurement, its assessment and metrics
- Define Process Management Approaches (I)
- Customer-Oriented Organizations
- Define Process Management Approaches (II)
- Define Customer Identification and Segmentation
- Define and understand interdependence between customers, management and commitment
- Quality Models
- Define and understand supplier performance
- Plan, manage and execute training and development
- Define and apply quality models effectively
- Case Studies
WHAT YOU’LL LEARN:
There are many benefits that a participant can gain from this training course. The following are the most vital knowledge that you can readily acquire upon completing this training course:
- Learn and understand the fundamentals for Quality Engineering and Management
- Learn the proper use of statistical basics to apply the DMAIC process-enhancement cycle to your work and research
WHO NEEDS TO TAKE THIS COURSE:
This Quality Engineering training course is intended for individuals who are interested in the Quality Engineering profession, as well as to the following professionals:
- Engineers
- Quality Control personnel
- Inspectors
- Testing personnel
Click here to request schedule and more course information.