MSA is used when an understanding of measurement system variability is required. MSA studies will decompose measurement system variability into equipment, operator and part variation. It is often mandated by aerospace and other engineering primary manufacturers as a specific requirement on their suppliers to give them confidence in the measurements that are being taken and reported by the supplier.

Process control concerns the mechanisms by which the output of a specific process is maintained within a desired range to ensure the resultant characteristic meets the requirements. This course introduces Statistical Process Control (SPC) from the basics, creating charts by hand, before then using more advanced methods to monitor and improve process control.

This course will help auditors develop relevant skills in judgment, decision making, audit planning, audit non-conformity writing and subsequent close out related to the aerospace AS 9100 QMS standard, with supplemental requirements required by the Aero Engine Manufacturers (AESQ) standard AS13100. This course covers best practice audit techniques as defined by AESQ RM13005. Internal auditing and familiarity with ISO 9001 and AS9100 would be beneficial but not a necessity.

The 8 Disciplines (8D) Problem Solving methodology is a globally recognised, structured approach to identifying, correcting, and preventing recurring problems. Originating in the automotive sector and now widely used across multiple industries, 8D is a powerful tool for quality improvement and root cause analysis.

VDA 19.1 training (often titled "Skilled Assistant for Technical Cleanliness") covers the inspection, extraction, and analysis of particulate contamination on functional automotive components according to VDA Volume 19.1 and ISO 16232 standards.

VDA 19.1 training (often titled "Skilled Assistant for Technical Cleanliness") covers the inspection, extraction, and analysis of particulate contamination on functional automotive components according to VDA Volume 19.1 and ISO 16232 standards.

This course develops the skills to plan, conduct and report internal audits against IATF 16949:2016. Through modules, group exercises and open discussion, the course combines audit theory with practical application. Delegates receive an IATF 16949:2016 Internal Auditor certificate underwritten by the UK IATF Oversight Office, plus a copy of the Technical Specification standard.

This participative course is made up of a number of modules supported by group exercises and open discussion. Delegates are evaluated through a proctored knowledge and application exam at the end of the course. The practical emphasis of this course and high tutor to delegate contact provides a unique opportunity for a substantial degree of individual guidance and training.

This 5-day Core Tools Certification Training covers APQP, Control Plan, FMEA, SPC, MSA and PPAP using a "learn by doing" approach. Short teach points are followed by practical case studies and exercises. Delegates who pass the knowledge and application exam receive Core Tools Certification. We are one of the few programmes in the UK to offer this level of accreditation, and the only provider to offer Core Tools Certification underwritten by the UK IATF Oversight Office.

APQP and Control Plan is module one of the Core Tools Certification Training programme. This module can be completed as a standalone course or as part of the full Core Tools Certification Training.

Failure Modes and Effects Analysis, (FMEA), is an analytical method to ensure potential problems have been considered, assessed for risk and actioned as part of both product and process design. It provides a record of an organisations collective knowledge about products and processes. It is widely used in many industrial sectors such as automotive, aerospace, renewable energy and mobile power generation. This course is based on the AIAG & VDA FMEA Handbook.

Statistical Process Control, (SPC), is a method for gaining an understanding of the types of variation within a process and hence guide actions to either control or reduce this variation. It is used in many industrial sectors such as automotive, aerospace, renewable energy and mobile power generation.

Measurement System Analysis, (MSA), is a method for gaining an understanding of the variation present in measuring systems. It is now widely used in many industrial sectors such as automotive, aerospace, renewable energy and mobile power generation, when a high level of confidence is required for the measurement of product characteristics.

Production Part Approval Process, (PPAP), is a method of demonstrating a product or process is production ready. The method was developed by the North American Automotive Industry and is now widely used in many industrial sectors such as automotive, aerospace, renewable energy and mobile power generation.

How robust is your PFMEA? The Reverse FMEA process aims to identify and validate all potential failure modes and the controls in either a Process FMEA or a Machinery FMEA. It focuses initially on critical processes first (complaints, high risk) but can be expanded to cover all process steps. This leads to a better understanding of new projects, major changes, poka-yoke and mistake proofing devices. It also attempts to purposefully generate new defects and challenge existing understanding.

In this two-day training, you will learn how to implement measures for a successful TISAX assessment in your own company using some central VDA ISA requirements as examples. You will also receive an overview of the structure and content of the requirements catalogue.

This course, ISO/SAE 21434:2021 Cybersecurity Auditor, has been co-developed between Horiba Mira and SMMT Quality Management Ltd. The aim of this course to help auditors evaluate an organisations cybersecurity engineering processes, for the purpose of conducting a CSMS audit. This course is delivered by Horiba Mira. To book, please select Register and this will take to the Horiba Mira site.

AIAG & VDA Design FMEA: Transitioning for Practitioners is designed to take delegates through the 7 Step Approach to the construction, scoring and evaluation of risk (high, medium, low) and explain how to fully implement the new AIAG/VDA approach

AIAG & VDA Combined Process FMEA: Transitioning for Practitioners is designed to take delegates through the 7 Step Approach to the construction, scoring and evaluation of risk (high, medium, low) and explain how to fully implement the new AIAG/VDA approach.

The joint publication is the collaboration between AIAG/VDA, OEMs and Tier 1 suppliers. The text has been completely rewritten and the FMEA method has been revised in a few key areas.