Metallurgy in Practice

The IOM3 Certificate and Diploma in Metallurgy in Practice are aimed at anyone working in engineering, production or design, and those who manufacture or supply components.  They are also a useful introduction for new starters and graduate engineers, in particular those that don't have a materials background.

There are ten courses in the Metallurgy in Practice suite and all are delivered virtually using Zoom.  

• Introduction to Corrosion & Its Prevention
  Corrosion and how it can be prevented are issues which impact on every industry and understanding how materials will react in their service environment and how problems can be mitigated are key parts of the design process.  This course features modules on the fundamentals of corrosion, corrosion-resistant alloys, and methods for mitigating corrosion.
• Introduction to Engineering Metallurgy
  This course provides an introduction to engineering design using metals and explores the structure, properties and processing of this large and varied group of materials.  In particular, this course focusses on fundamentals of metallurgy, processing and properties of steels, non-ferrous metals, and special processes.
• Introduction to Ferrous Metallurgy 
  Steels and cast irons are used everywhere around us and this course will improve your understanding of the manufacture, fabrication and metallurgy of these invaluable materials, including the effects of alloying and heat treatment on the properties and application of different grades.
• Introduction to Fracture & Fatigue Failure Analysis
  Failure analysis is a crucial tool for developing new, improved components and is important to understanding the factors leading to fatirgue and eventual fracture.  This course starts with an introduction to fracture and fatigue and how these failures may be investigated and then goes on to cover the metallurgical, mechanical and environmental factors affecting fracture and fatigue processes, the fractography of fracture surfaces, investigation techniques, and finally a number of case studies.
• Introduction to Material Certificates 
  This course will improve your understanding of what to look for in a material specification for steels and stainless steels and how to evaluate deviations. 
• Introduction to Materials Selection
  Materials selection is at the heart of the design and development process for engineering components.  This course explores the principles of materials selection, processing and properies, ferrous & non-ferrous alloys, and materials selection for specific applications.
• Introduction to Mechanical Testing
  Mechanical testing is an important part of understanding how materials behave and how they perform in service.  This course covers the principles of mechanical testing, tensile, hardness & toughness testing, special test methods, and evaluating test results.
• Introduction to Oilfield Metallurgy
  This is a specialist sector involved in understanding the requirements and performance of materials used in the challenging environments of the oil and gas sector.  The course explores the challenges of the oilfield environment, basic metallurgy relating to materials used in the sector and a deep dive into the chief corrosion-resistant alloys used, and concerns relating to corrosions and sour service.
• Introduction to Stainless Steels 
  This course will explore the different grades of stainless steels and improve your knowledge and understanding of the effects of alloying and heat treatment, corrosion mechanisms in stainless steels and how to select the most appropriate grade.
• Introduction to Non-Ferrous Metallurgy
  This course provides a practical introduction to the most widely used non-ferrous alloy systems, how they are manufactured, their key properties, and where they are applied. It explores the common grades of aluminium, nickel, copper and titanium alloys systems in terms of their fundamental metallurgy and characteristics and will aid your understanding of corrosion resistance and environmental limitations, and fabrication considerations and challenges for these materials.

Complete three courses in 12 months and receive the IOM3 Certificate in Metallurgy in Practice.

Complete six courses in 12 months and receive the IOM3 Diploma in Metallurgy in Practice.

• The non-member fee to attend three courses leading to the IOM3 Certificate in Metallurgy in Practice is £1593 + VAT at 20% where applicable.  This represents a 10% discount compared to booking three courses separately. 
• The non-member fee to attend six courses leading to the IOM3 Diploma in Metallurgy in Practice is £3009 + VAT at 20% where applicable.  This represents a 15% discount compared to booking six courses separately.
• IOM3 members receive an additional discount, with a preferential fee for the IOM3 Diploma in Metallurgy in Practice is £2407 and for the IOM3 Certificate in Metallurgy in Practice a preferential fee of £1274.
• Subscribers to our Business Partner Programme are entitled to a 10% discount, making the fee for the IOM3 Diploma in Metallurgy in Practice is £2708 and for the IOM3 Certificate in Metallurgy in Practice a preferential fee of £1434. 
• A limited number of highly discounted places are available for undergraduate, postgraduate, apprentice and Associate (AIMMM) members of IOM3 at rate of £319+VAT and £602+VAT for three and six courses respectively are availble.