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EUROPEAN UNIONInvesting in Your FutureEuropean RegionalDevelopment Fund 2007-13
CERTIFICATEIN METALLURGYMandatory• Scientific&EngineeringPrinciples (1 day self-study)• FundamentalsofMetallurgy(1 day taught course)
Options (five to be selected)• PrinciplesofTesting&QualityAssurance(1daytaughtcourse)• MechanicalTestingTechniques(1daytaughtcourse)• Non-DestructiveTesting(1daytaughtcourse)• PrinciplesofHeatTreatment(1daytaughtcourse)• MetalsforAerospaceApplications(1daytaughtcourse)• MetalsProcessing&ManufacturingTechnologies(1daytaught
course)
Course ProgrammeEachofthetaughtmoduleswillbedeliveredseveraltimesperyearatvenuesinSheffieldandtheWestMidlands.Followlinkbelowtoregister.www.amrctraining.co.uk/en/64/prof-dev-technical-course-calendar
AssessmentAllmodulesareassessedbyawork-basedassignmentanda1.5hourexamination.Theexamschedulewillbecoordinatedsothatmorethanoneexammaybetakenononeday.Note: Assessment schedule may be revised for 2014.
Fees• Initialregistration&supplyofScience&EngineeringPrinciples
workbook£550.• Eachsubsequenttaughtunit£325.• Totalfeeforqualification£2500,includesregistration&
examinationfees.
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
MANDATORY UNITS
Science & Engineering Principles (self-study workbook)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Understandhowatomsandsimplecompoundsarestructuredandhowbondingbetweenatomscanbeusedtoclassifyengineeringmaterials
• Understandthemethodsforsolvingengineeringproblemsexpressedintermsoflinear,logarithmicandquadraticequations
• Applyarangeofexploratorydataanalysistechniquestoengineeringrelatedproblemsincludinggraphicalrepresentation,hypothesistestsandnormaldistributionmethods
• Understandthebasicprinciplesofacompoundopticalmicroscope,metallographicsamplepreparationtechniquesandmethodsusedtoquantifymicrostructuralfeaturesfrommicrographs
Unitrequirements
• Spendaminimumof20hoursreadingastudymanualandworkingthroughassignedquestionstobereturnedandmarked(butnotpartofformalassessment)
• Researchthetopic&submitawrittenassignment(nominal20hoursstudy)
• Sita1.5hourexamination
Fundamentals of Metallurgy (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Appreciatehowatomicandmicrostructuralfeaturesinfluencethepropertiesofametal
• Understandhowprocessingisusedtomanipulatematerialproperties
• Summarisethetestmethodsusedtoquantifymechanicalandcorrosionpropertiesofametal
• Understandhowthestructuralcharacteristicsofametalinfluencetestperformance
• Understandhowmajorindustrialmetalsareproduced• Distinguishbetweenprimaryandsecondaryprocesssteps• Understandhowmaterialselectionmethodsareusedinpractice
Unitrequirements
• Attendaonedaytaughtcourse• Researchthetopic&submitawrittenassignment(nominal20
hoursstudy)• Sita1.5hourexamination
Registrationfortaughtunits:www.amrctraining.co.uk/en/64/prof-dev-technical-course-calendar
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
Mathematics
• Basic functions, formulae and techniques• Solving linear and quadratic equations• Trigonometry for engineering problems• Introduction to calculus: Defining functions of curved
surfaces and determining complex 3D volumes• Vector analysis, Mechanics and analysis of forces
acting on beams
Probability and Statistics
• Types of data• Univariate and bivariate Exploratory Data
Analysis (EDA)• What are association, correlation and causation?• Simple linear regression: Intro. to modelling• Basic probability, significance and hypothesis testing• Introduction to design of experiments (DOE)
Microscopy
• Principles of optical microscopy• Electron optical instruments• How are metallographic cross sections prepared?• What are bright field and dark field techniques?• Grain size and volume fraction assessments• Measurement standards
T: 0114 222 9939
W: www.amrctraining.co.uk
www.amrctraining.co.uk
www.facebook.com/AmrcTrainingCentre
twitter.com/AMRCTraining
Advanced Manufacturing Park
Wallis Way, Catcliffe
Rotherham
S60 5TZ
Scientific and Engineering Principles
Atomic Structure
• What are quantum numbers?• How big is an atom?• How does atomic structure change
with increasing atomic weight?• How are atoms arranged in metals?
The Periodic Table
• What is the periodic table? • What rules dictate the tables design?• What trends are observed across the table?• Where do metals come from?• How do metal properties change across
the table groups and series?• How abundant are the elements?
Bonding of Elements
• How are atoms held together?• How do primary bonds i.e. ionic, covalent and
metallic differ?• What are secondary bonds?• How does bonding help define the important
categories of engineering materials?
Advanced Manufacturing Research Centre
www.amrctraining.co.uk www.amrctraining.co.uk
www.amrctraining.co.uk www.amrctraining.co.uk
www.amrctraining.co.uk www.amrctraining.co.uk
“Engineering the Next Generation” “Engineering the Next Generation”
“Engineering the Next Generation” “Engineering the Next Generation”
“Engineering the Next Generation” “Engineering the Next Generation”
Light Microscopy Volume of Revolution
Atomic and Ionic Radii The Normal Distribution
Bonding Light Microscopy
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
Mathematics
• Basic functions, formulae and techniques• Solving linear and quadratic equations• Trigonometry for engineering problems• Introduction to calculus: Defining functions of curved
surfaces and determining complex 3D volumes• Vector analysis, Mechanics and analysis of forces
acting on beams
Probability and Statistics
• Types of data• Univariate and bivariate Exploratory Data
Analysis (EDA)• What are association, correlation and causation?• Simple linear regression: Intro. to modelling• Basic probability, significance and hypothesis testing• Introduction to design of experiments (DOE)
Microscopy
• Principles of optical microscopy• Electron optical instruments• How are metallographic cross sections prepared?• What are bright field and dark field techniques?• Grain size and volume fraction assessments• Measurement standards
T: 0114 222 9939
W: www.amrctraining.co.uk
www.amrctraining.co.uk
www.facebook.com/AmrcTrainingCentre
twitter.com/AMRCTraining
Advanced Manufacturing Park
Wallis Way, Catcliffe
Rotherham
S60 5TZ
Scientific and Engineering Principles
Atomic Structure
• What are quantum numbers?• How big is an atom?• How does atomic structure change
with increasing atomic weight?• How are atoms arranged in metals?
The Periodic Table
• What is the periodic table? • What rules dictate the tables design?• What trends are observed across the table?• Where do metals come from?• How do metal properties change across
the table groups and series?• How abundant are the elements?
Bonding of Elements
• How are atoms held together?• How do primary bonds i.e. ionic, covalent and
metallic differ?• What are secondary bonds?• How does bonding help define the important
categories of engineering materials?
Advanced Manufacturing Research Centre
www.amrctraining.co.uk www.amrctraining.co.uk
www.amrctraining.co.uk www.amrctraining.co.uk
www.amrctraining.co.uk www.amrctraining.co.uk
“Engineering the Next Generation” “Engineering the Next Generation”
“Engineering the Next Generation” “Engineering the Next Generation”
“Engineering the Next Generation” “Engineering the Next Generation”
Light Microscopy Volume of Revolution
Atomic and Ionic Radii The Normal Distribution
Bonding Light Microscopy
OPTIONAL UNITSUnit requirements for all taught courses• Attendaonedaytaughtcourse• Researchthetopic&submitawrittenassignment(nominal20
hoursstudy)• Sita1.5hourexamination
Principles of Testing & Quality Assurance (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Understandandsummarisemajorpropertiesassociatedwithmetalsandapplymethodsforunitmeasurementandconversion
• Understandhowdifferentenergy-matterinteractionscanbeexploitedtoprobemetalstructure,compositionandthepresenceofdefects
• Discussthemajorreasonswhyaqualitysystemisofbenefittoanyprocess/business
• Summarisethemainelementsofamaturequalityassurancesystemanddemonstratetheuseofgraphicalmethodsforresolvingqualityissues
Mechanical Testing Techniques (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Understandthemeaningoftermsassociatedwiththemechanicalpropertiesofmetalsandthemetricsusedtoquantifythem
• Describethetensiletestincludingparametersusedtoassesssamplecharacteristics,serviceperformanceandtestequipmentused
• Understandtheunderlyingprinciplesandtestequipmentusedtodetermineimpacttoughness,hardness,creepandfatigueproperties
Non-Destructive Testing (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Identifydefecttypestestedforinmanufacturingindustries• Understandtheprinciplesandmethodsusedforidentifying
surfacedefects–visualinspection,Lasers,DIRIS,Dyepenetration,Magneticparticle
• Discussthemethodsandprinciplesusedforidentifyingdefectsinthebulk–Ultrasonic,Eddycurrent,Thermographic,ACPotentialDifference,Radiography
• Understandtheimpactgoodpracticehasontestinterpretation
Registrationfortaughtunits:www.amrctraining.co.uk/en/64/prof-dev-technical-course-calendar
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
OPTIONAL UNITSPrinciples of Heat Treatment (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Understandwhyheattreatmentiscarriedoutandthemechanismsbywhichitisusedtomodifymaterialproperties.
• Differentiatebetweenductility,toughness&hardnessandhowthesearecontrolled
• Understandthevariousheattreatmentsappliedtosteels,includingnomenclature
• Reviewheattreatmentofnon-ferrousalloysinclTitanium,Aluminium
• Appreciatethepracticalaspectsofheattreatment–fueloptions,atmospheres&temperaturecontrol
Metals for Aerospace Applications (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Understandthedifferentpropertyrequirementsforaircraftstructuralparts
• Reviewthepropertyrequirementsforaircraftenginecomponentsandhowthematerialshavechangedoverrecentdecades
• Highlighttheadvantagesanddisadvantagesofcommonlyusedalloys–StainlessSteel,Titanium,NickelAluminium,Magnesium(composites&polymers)
• Discussthematerialsselectionprocessforcriticalaircraftstructuralandenginepartsandhowtheyarescreened,testedandaccredited
Metals Processing & Manufacturing Technologies (1 day taught course)Learningoutcomes-Onsuccessfulcompletionofthisunitcandidateswillbeableto:
• Describetheprimaryprocessingmethodsusedintheproductionofferrousandnon-ferrousmetalalloysincludingaluminium,titanium,nickelandcopperalloys
• Understandthecontrastingbenefitsofcastingandforgingprocesses• Appreciatethetechnologyofsecondaryprocessingmethods–hot&
coldrolling,extrusion,productionsofsections,plate,wire&strip• Reviewhowmachiningandweldingtechnologiesareusedto
engineerfinishedproducts• Understandthebenefitsofsurfacetreatments
Registration for taught units:www.amrctraining.co.uk/en/64/prof-dev-technical-course-calendar
Contact for further information:Graham Small | 07545 429434 | [email protected]
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.ukEngineering the Next Generation
A self study course providing delegates with a sound understanding of the atomic structure and properties of metals, highlighting differences in bonding between metals and other engineering material categories. A mathematics and statistics ‘tool set’ also raises the novice metallurgist’s numerical ability to the required level.
Course aimsThis course outlines the basic structure of the atom, how atoms are arranged in metals and how this influences their properties.
Who should attend Anyone wishing to understand the scientific and engineering principles relating to the structure and basic properties of metals and other categories of engineering materials.A module of the QCF level 3 Certificate in Metallurgy qualification.
“This was an excellent course which some companies used in order to send younger members of staff for a widening of their metals knowledge, while others used it to brush up, or backfill, missing gaps – much ground was covered and this was a highly worthwhile way in which the AMRC is delivering real value.”
Anthony Lipmann
Lipmann Walton & Co
“The presenter was veryenthusiastic and used lots of visual and practical examples.”Marcus Gouera
Surface technologies
Scientific and EngineeringPrinciples
Self Study
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
