ICTQual Quality Control in Mechanical

This ICTQual AB course is a 5-day training programme made up of 11 mandatory units, delivered through Approved Training Centres with mandatory assessment for certification.

• ICTQual AB accredited training programme

• 5-day course duration

• 11 mandatory study units

• Online, in-person, or blended delivery subject to Approved Training Centre arrangements

• Mandatory assessment conducted through Approved Training Centres

• 100 multiple-choice question assessment with a 75% minimum passing score

The ICTQual Quality Control in Mechanical course introduces learners to the principles, systems, and practical methods used to maintain quality in mechanical engineering. It focuses on precision, reliability, inspection, testing, measurement, process control, and continuous improvement.

• Develop understanding of quality control principles in mechanical engineering

• Build competence in inspection, testing, and product conformance checks

• Apply statistical and metrology principles to quality control activities

• Understand quality management systems and continual improvement practices

• Use root cause analysis and corrective action methods to address defects

• Prepare for mechanical QC, QA/QC, inspection, and technician roles

Learners will gain official study-unit outcomes covering mechanical quality control principles, statistical methods, metrology, inspection, QMS, reliability, DOE, root cause analysis, advanced QC, supply chain quality, and product development quality.

• Understand the principles, concepts, objectives, terminology, standards, and methodologies of quality control in mechanical engineering

• Apply statistical techniques, SPC tools, and data interpretation methods to monitor and improve process quality

• Use metrology and measurement systems, including calibration, measurement uncertainty, and reliable measurement practices

• Identify, perform, and interpret quality inspection and testing methods including visual, dimensional, and non-destructive testing

• Understand QMS requirements including ISO 9001 principles, internal auditing, compliance, and continual improvement

• Apply reliability engineering, DOE, RCA, advanced QC methods, supplier quality control, and product development quality tools

This course is suitable for beginners, technicians, and learners interested in mechanical engineering, manufacturing, industrial operations, or quality control, as well as professionals wishing to improve QA/QC skills.

• Beginners seeking entry into mechanical quality control

• Mechanical technicians wanting to improve inspection and testing skills

• Manufacturing and fabrication personnel involved in product quality

• QA/QC assistants and junior inspectors seeking structured knowledge

• Engineering learners interested in mechanical inspection and compliance

• Professionals aiming to upgrade practical mechanical QC competence

Entry requirements may vary by institution, but learners are generally expected to have basic education, English language ability, and readiness for technical training in a mechanical or industrial context.

• Learners should normally have secondary school education or equivalent, with basic mathematics, science, or technical understanding beneficial

• No prior work experience is mandatory, although exposure to mechanical, technical, manufacturing, or industrial environments is advantageous

Assessment is mandatory and conducted through Approved Training Centres. The course uses a multiple-choice question assessment designed to evaluate understanding and application of course material.

• Mandatory assessment through an Approved Training Centre

• Quiz-based assessment format

• 100 multiple-choice questions

• Minimum passing score of 75%

The qualification supports progression into higher-level mechanical quality control or quality assurance training and entry-level or developing roles across manufacturing, oil and gas, construction, heavy engineering, and inspection services.

• Progress to higher-level diplomas in mechanical quality control, quality assurance, or engineering supervision

• Advance into roles such as Mechanical Quality Inspector, QA/QC Technician, or Production Quality Assistant

• Build a pathway toward QA/QC Supervisor or Quality Control Coordinator roles

• Continue professional development in NDT, inspection services, quality auditing, and mechanical project management