euroskills technical description - worldskills uk · o iso e and/or iso a (european and american)...
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EUROSKILLS TECHNICAL DESCRIPTION
CNC MILLING (7)
ES2016_TD_CNC_MILLING_7_V1.2 2
WorldSkills Europe, by a resolution of the Competition Development Committee (CDC) and in
accordance with the Constitution, the Standing Orders and the Competition Rules, has adopted the
following minimum requirements for this skill for the EuroSkills Competition.
THE TECHNICAL DESCRIPTION CONSISTS OF THE FOLLOWING:
INDEX:
1 INTRODUCTION .................................................................................................................................................................. 3
2 THE WORLDSKILLS EUROPE STANDARDS SPECIFICATION ....................................................................................... 5
3 THE ASSESSMENT STRATEGY AND SPECIFICATION ................................................................................................. 10
4 THE MARKING SCHEME .................................................................................................................................................. 11
5 THE TEST PROJECTS ...................................................................................................................................................... 14
6 SKILL MANAGEMENT AND COMMUNICATION ............................................................................................................. 19
7 SKILL SPECIFIC SAFETY REQUIREMENTS ................................................................................................................... 20
8 MATERIALS AND EQUIPMENT ........................................................................................................................................ 21
9 VISITOR AND MEDIA ENGAGEMENT ............................................................................................................................. 24
10 SUSTAINABILITY .............................................................................................................................................................. 25
Effective 04.11.15
Mr Guillaume Suteau Chair - CDC
Ms Szofia Csiszar Vice Chair - CDC
© WorldSkills Europe (WSE) reserves all rights in documents developed for or on behalf of WSE,
including translation and electronic distribution. This material may be reproduced for non-commercial
vocational and educational purposes provided that the WorldSkills Europe logo and copyright notice
are left in place.
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1. INTRODUCTION
1.1 NAME AND DESCRIPTION OF THE SKILL COMPETITION
1.1.1 THE NAME OF THE SKILLS COMPETITION IS
CNC Milling
1.1.2 DESCRIPTION OF THE ASSOCIATED WORK ROLE(S) OR OCCUPATION(S)
Computer Numerical Control (CNC) technology has reached the stage of having become omnipresent.
Most people cannot imagine how important these technologies are in their lives. There is nothing that
we use that hasn’t in its manufacturing utilized CNC technology. It is present in products and objects of
everyday life as e.g. cars, airplanes, components of machines of all types, moulds for tools used for
household machines, medical prosthetics, cell phones and toys etc.
CNC milling machines are machine tools which are used for the shaping of metal and other solid
materials. These machines exist in two basic forms: horizontal and vertical. This refers to the
orientation of the cutting tool spindle. Early milling machines were manually or mechanically
automated, but technological advances have led to the development of Computer Numerical Control,
such as CNC machining centre. CNC refers to a computer (“control”) that reads and stores
instructions. This numerical information generally “G & M” codes (a programing language) is then used
to control and drives a machine tool, a powered mechanical device (“machining centre”). A machining
centre is used to fabricate components using cutting tools for removal of material.
CNC technology includes machining tools such as lathes, multi-axis spindles, wire electrical discharge
machines and milling machines, where the functions formerly performed by human operators are now
performed by a computer control module. The professionals associated with this skill use CNC
machines (3-Axis, 4-5 Axis or Multi-Axis machines) to cut and shape precision products as mentioned
above.
To form the finished part, the cutting process can be started from a solid block, pre-machined part,
casting or forgings. For those scenarios, the skill requires the CNC milling machinist to read and
interpret complex technical drawings and specifications and work to a high degree of precision and
detail; to be proficient at metal work skills and understand how metals react to various processes; to
be a skilled computer operator in order to use industry specific software; to be highly skilled machine
operator.
A program is required to operate the machine tool, can be generated manually or using Computer
Aided Design/Computer Aided Manufacture (CAD/CAM) software.
To achieve the finished part the CNC milling machinist professionals undertake a sequence of
essential activities:
o Interpret engineering drawings and follow the specifications
o Generate a process and program (logical process plan) with a CAD/CAM system and/or G &
M-codes
o Set up the tooling, work holding device and work piece on the CNC milling centre
o Manipulate cutting conditions, based on the properties of the material and tooling used
o Operate, inspect and maintain the accuracy of dimensions within the specified tolerances
Optimise the process taking into account the production type: large quantities of one part, small
batches or one-of-a-kind items.
Today a wide range of industries require CNC milling machinists professionals to program, operate
and keep sophisticated machining centre’s running in an efficient and reliable way. Large enterprises
such as automobile plants, medium sized enterprises such as mould making and small enterprises in
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the maintenance field are some of many examples of where the CNC milling machinist professional
plays a key, integral role to the success of the metalwork industries.
1.2 THE CONTENT, RELEVANCE AND SIGNIFICANCE OF THIS DOCUMENT
This document incorporates a Role Description and Standards Specification which follow the principles
and some or all of the content of the WorldSkills Standards Specifications. In doing so WSE
acknowledges WorldSkills International’s (WSI’s) copyright. WSE also acknowledges WSI’s
intellectual property rights regarding the assessment principles, methods and procedures that govern
the competition.
Every Expert and Competitor must know and understand this Technical Description.
In the event of any conflict within the different languages of the Technical Descriptions, the English
version takes precedence.
1.3 ASSOCIATED DOCUMENTS
Since this Technical Description contains only skill-specific information it must be used in association
with the following:
o WSE –Competition Rules
o WSI – WorldSkills Standard Specification framework
o WSE – WorldSkills Europe Assessment Strategy
o WSE – Online resources as referenced in this document
o Host Country – Health and Safety regulations
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2. THE STANDARDS SPECIFICATION
2.1 GENERAL NOTES REGARDING WSSS / WSESS
Where appropriate WSE has utilised some or all of the WorldSkills International Standards
Specifications (WSSS) for those skills competitions that naturally align between the two international
Competitions. Where the skill is exclusive to the EuroSkills Competition, WorldSkills Europe has
developed its own Standards Specification (WSESS) using the same principles and framework to that
used for the development of the WSSS. For the purposes of this document the use of the words
“Standards Specification” will refer to both WSSS and WSESS.
The Standards Specification specifies the knowledge, understanding and specific skills that underpin
international best practice in technical and vocational performance. It should reflect a shared global
understanding of what the associated work role(s) or occupation(s) represent for industry and
business. (www.worldskills.org/WSSS) (TBA for WorldSkills Europe) Helpfully, for the global
consultation on the WSSS in 2014, around 50 per cent of responses came from European industry
and business.
Each skill competition is intended to reflect international best practice as described by the Standards
Specification, and to the extent that it is able to. The Standards Specification is therefore a guide to
the required training and preparation for the skill competition.
In the skill competition the assessment of knowledge and understanding will take place through the
assessment of performance. There will not be separate tests of knowledge and understanding.
The Standards Specification is divided into distinct sections with headings and reference numbers
added.
Each section is assigned a percentage of the total marks to indicate its relative importance within the
Standards Specification. The sum of all the percentage marks is 100.
The Marking Scheme and Test Project will assess only those skills that are set out in the Standards
Specification. They will reflect the Standards Specification as comprehensively as possible within the
constraints of the skill competition.
The Marking Scheme and Test Project will follow the allocation of marks within the Standards
Specification to the extent practically possible. A variation of five percent is allowed, provided that this
does not distort the weightings assigned by the Standards Specification.
2.2 STANDARDS SPECIFICATION
SECTION RELATIVE IMPORTANCE %
1 Work organization and self-management 10
The individual needs to know and understand: o the extent and impact of CNC milling on modern life and industry o quality standards for materials and quality of metals o standards for the environment, safety, hygiene and prevention of
accidents at work o computer operating systems o mathematics, especially accurate and detailed calculations and
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trigonometry o properties and behaviours of materials, especially steel and
aluminium o principles of technical design and process planning o CNC equipment technology (Vertical and Horizontal Machining
Centre) – programming and operating o programming by hand or CAM system software o cutting technology according to the cutting parameters, the
material and the equipment and cutting tools o health and safety regulations, legislation and best practice o the importance of adhering to manufacturer’s operating
instructions o ensure the maintenance of sophisticated milling machines to
promote efficient and reliable working o the importance of effective communications and team-work o the importance of effective working methods with other
professionals related to the CNC Milling process
The individual shall be able to: o use computer related professional software effectively o interpret and apply quality standards and regulations o promote and apply health and safety regulations and best
practice o effectively use IT and related professional software o consistently apply mathematical and geometrical principles
accurately for the preparation and programming processes for CNC Milling
o select and apply appropriate cutting technology according to the cutting parameters, the material, equipment and cutting tools
o interpret and apply manufacturer’s instructions o communicate effectively with fellow team members and
professionals from other related skills o develop creative solutions to complex design or technology
challenges o proactively maintain own continuous professional development in
order to promote new and emerging technologies o provide expert advice and guidance on possibilities and
limitations of CNC milling
2 Interpret Engineering Drawings and Follow the Specification 10
The individual needs to know and understand: o ISO E and/or ISO A (European and American) drawing
representation o technical terms and symbols used in drawings and plans o standards, standards symbol and tables o drawing legend
The individual shall be able to: o interpret and apply engineering drawings and follow the
specification o locate and identify main dimensions and secondary dimensions
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o locate and identify ISO standards for surface finish o locate and identify ISO standards for form and positional
tolerances
3 Process Planning 15
The individual needs to know and understand: o the importance of good planning for the successful execution of
programming and operation/machining o how to plan, based on the type of operation and the sequence
(machining strategy) of the data that must be specified o types of machining tools used in CNC technology including
lathes, multi-axis spindles, wire electrical discharge machines and milling machines
o methods of work holding according to the shape of the base material
The individual shall be able to: o identify and set the different machining features o select and plan the operation of various types of machining tools
used in CNC technology including lathes, multi-axis spindles, wire electrical discharge machines and milling machines
o execute different sequences o correctly identify the most efficient work holding solution to clamp
the base material into the machine that best suits the operational requirements
o correctly select the cutting tools for machining the required material and operation
o define the cutting parameters as a function of the operation sequence, material type and type of operation
4 Programming 20
The individual needs to know and understand: o programming as the creation of a logical process plan o different methods and techniques to generate a programme
(CAM/CAD or manual) o CAM system programming o skill related software
The individual shall be able to: o select the best methods according to the production type and part
specification o generate a programme using G-Codes (manual) o effectively use skill specific software and related hardware o generate a programme using a CAD/CAM system taking into
account the format of the initial data o start with a drawing in paper format – creation of the geometry in
wireframe and/or surface and/or solid o start with a file in wireframe and/or surface and/or solid and
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import it to CAD/CAM system o use the parameter programming system o programme the tool path
5 Metrology 10
The individual needs to know and understand: o range of tools and gauging instruments and their applications o the main measuring techniques
The individual shall be able to: o select appropriate measuring tools or gauging instruments and
use them correctly o make accurate measurements using precision measuring tools o observe and classify degrees of completion of a surface o make measurements on threaded elements and identify
characteristics of the threads o perform checks related to the geometric and dimensional control
with the use of comparators o make checks related to the use of dimensional inspection gauges
6 Operating 15
The individual needs to know and understand: o the different steps that lead to the setup of the machine o the different modes of machine operation
The individual shall be able to: o the different steps that lead to the setup of the machine o the different modes of machine operation
7 Machining 20
The individual needs to know and understand: o the different types of machine features o the machining sequence
The individual shall be able to: o identify and designate the different machining processes on a
CNC milling machine o optimise the machining strategy o optimise the process taking into account the production type;
large quantities of one part, small batches or one-off items o define and adjust the cutting parameters as a function of the
operation sequence, material type, type of operation and CNC machine tool
o start the cutting process form;
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o Solid block o Pre-machined part o Casting
o perform the following machining operations; o Facing o Roughing and finishing
External contours Island milling Milling channels Pocket (figurative) Pocket (circular and rectangular) Taper ribs
o Thread milling Internal External
o Canned cycles Through hole boring Blind hole boring Reaming Tapping Drilling
o 3D machining operations Roughing Finishing
o control the surface quality o operate, inspect and maintain the accuracy of dimensions within
the tolerances o tapping o drilling o 3D machining operations o roughing o finishing o control the surface quality o operate, inspect and maintain the accuracy of dimensions within
the tolerances
Total 100%
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3. THE ASSESSMENT APPROACH & PRINCIPLES
3.1 GENERAL GUIDANCE
Note: this Section and Section 4 summarize a great deal of new information and guidance regarding assessment. Please refer to the Competition Rules for greater detail.
The Competition Development Committee (CDC) establishes the principles and techniques to which
assessment at the EuroSkills Competition must conform.
Expert assessment practice lies at the heart of the EuroSkills Competition. For this reason it is the
subject of continuing professional development and scrutiny. The growth of expertise in assessment
will inform the future use and direction of the main assessment instruments used by the EuroSkills
Competition: the Marking Scheme, Test Project, and Competition Information System (CIS).
Assessment at the EuroSkills Competition falls into two broad types: measurement and judgement.
Where the earlier terms “objective” and “subjective” still occur, these must be understood to mean
measurement and judgement for all procedural and practical purposes. All assessment will be
governed by explicit benchmarks, referenced to best practice in industry and business.
The Marking Scheme must include these benchmarks and follow the weightings within the Standards
Specification. The Test Project is the assessment vehicle for the skill competition, and also follows the
Standards Specification. The CIS enables the timely and accurate recording of marks, and has
expanding supportive capacity.
The Marking Scheme, in outline, will lead the process of Test Project design. After this, the Marking
Scheme and Test Project will be designed and developed through an iterative process, to ensure that
both together optimize their relationship with the Technical Description and the principles for
assessment as set out in the WSE Assessment Strategy. They will be agreed by the Experts and
submitted to WSE for approval together, in order to demonstrate their quality and conformity with the
Standard Specification.
Prior to submission for approval to WSE, the Marking Scheme and Test Project will be reviewed by the
WSE Skill Advisors in order to benefit from the capabilities of the CIS.
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4. THE MARKING SCHEME
4.1 GENERAL GUIDANCE
This Section describes the role and place of the Marking Scheme, how the Experts will assess
Competitors’ work as demonstrated through the Test Project, and the procedures and requirements for
marking.
The Marking Scheme is the pivotal instrument of the EuroSkills Competition, in that it ties assessment
to the standards that represent the skills to be tested. It is designed to allocate marks for each
assessed aspect of performance in accordance with the weightings in the Standards Specification.
By reflecting the weightings in the Standards Specification, the Marking Scheme establishes the
parameters for the design of the Test Project. Depending on the nature of the skill and its assessment
needs, it may initially be appropriate to develop the Marking Scheme in more detail as a guide for Test
Project design. Alternatively, initial Test Project design can be based on the outline Marking Scheme.
From this point onwards the Marking Scheme and Test Project should be developed together.
Section 2.1 above indicates the extent to which the Marking Scheme and Test Project may diverge
from the weightings given in the Standards Specification, if there is no practicable alternative.
The Marking Scheme and Test Project may be developed by one person, or several, or by all Experts.
The detailed and final Marking Scheme and Test Project must be approved by the whole Expert Jury
prior to submission for independent quality assurance. The exception to this process is for those skill
competitions which use an external designer for the development of the Marking Scheme and Test
Project.
In addition, Experts are encouraged to submit their Marking Schemes and Test Projects for comment
and provisional approval well in advance of completion, in order to avoid disappointment or setbacks
at a late stage. They are also advised to work with the CIS Team at this intermediate stage, in order to
take full advantage of the possibilities of the CIS.
In all cases the complete and approved Marking Scheme must be entered into the CIS at least eight
weeks prior to the Competition using the CIS standard spreadsheet or other agreed methods.
4.2 ASSESSMENT CRITERIA
The main headings of the Marking Scheme are the Assessment Criteria. These headings are derived
in conjunction with the Test Project. In some skill competitions the Assessment Criteria may be similar
to the section headings in the Standards Specification; in others they may be totally different. There
will normally be between five and nine Assessment Criteria. Whether or not the headings match, the
Marking Scheme must reflect the weightings in the Standard Specification.
Assessment Criteria are created by the person(s) developing the Marking Scheme, who are free to
define criteria that they consider most suited to the assessment and marking of the Test Project. Each
Assessment Criterion is defined by a letter (A-I).
The Mark Summary Form generated by the CIS will comprise a list of the Assessment Criteria.
The marks allocated to each criterion will be calculated by the CIS. These will be the cumulative sum
of marks given to each aspect of assessment within that Assessment Criterion.
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4.3 SUB CRITERIA
Each Assessment Criterion is divided into one or more Sub Criteria. Each Sub Criterion becomes the
heading for a EuroSkills marking form.
Each marking form (Sub Criterion) has a specified day on which it will be marked.
Each marking form (Sub Criterion) contains Aspects to be assessed and marked by measurement or
judgement. Some Sub Criteria have assessment by both measurement and judgement, in which case
there is a separate marking form for each method
4.4 ASPECTS
Each Aspect defines, in detail, a single item to be assessed and marked together with the marks, or
instructions for how the marks are to be awarded. Aspects are assessed either by measurement or
judgement and appear on the appropriate marking form.
The marking form lists, in detail, every Aspect to be marked together with the mark allocated to it, the
benchmarks, and a reference to the section of the Standards Specification.
The sum of the marks allocated to each Aspect must fall within the range of marks specified for that
section of the Standards Specification. This will be displayed in the Mark Allocation Table of the CIS,
in the following format, when the Marking Scheme is reviewed from C-8 weeks. (Section 0).
CRITERIA
TOTAL MARKS PER SECTION
A B C D E F G H I
ST
AN
DA
RD
SP
EC
IFIC
AT
ION
SE
CT
ION
S 1
2
3
4
5
6
7
8
9
TO
TA
L M
AR
KS
PE
R C
RIT
ER
ION
100
ES2016_TD_CNC_MILLING_7_V1.2 13
4.5 ASSESSMENT AND MARKING BY JUDGEMENT
In addition to measurement, Experts are expected to make professional judgements. These are
normally judgements about quality. Benchmarks will be designed, agreed and recorded during the
design and finalization of the Marking Scheme and Test Project in order to steer and support these
judgements.
Marking through judgement uses the following scale:
o 0: performance below industry standard to any extent, including a non-attempt
o 1: performance that meets industry standard
o 2: performance that both meets industry standard and surpasses that standard to some extent
o 3: excellent or outstanding performance relative to industry standards and expectations.
4.6 ASSESSMENT AND MARKING BY MEASUREMENT
Unless otherwise stated, only the maximum mark or zero will be awarded. Where they are used,
partial marks will be clearly defined within the Aspect.
4.7 ASSESSMENT OVERVIEW
For both measurement and judgement there will be three Experts in the assessment team.
Good practice in assessment comprises measurement ande judgement applied both specifically and
broadly. The final proportions of measurement and judgment, whether specific or broad, will be
determined by the standards, their weightings and the nature of the Test Project.
4.8 COMPLETION OF SKILL ASSESSMENT SPECIFICATION
The content of this Table is advisory and subject to change during the detailed development of
assessment.
Section Criterion Marks
Judgement (if applicable)
Measurement Total
A Main dimensions 0 50 50
B Secondary dimension 0 25 25
C Surface quality 0 10 10
D Conformity with drawing 10 0 10
E No additional material used 0 5 5
Total = 10 90 100
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Module 1 = 30, Module 2 = 38, Module 3 = 32
A – Main dimensions
Dimensions range from 0,02 to 0,04, IT>=7; Reamed bores: IT7; Hollow out bores: IT7; inside thread
and outside thread: IT6
Form and positional tolerances as per DIN ISO 1101
B – Secondary dimensions
Dimensions with general tolerance +/- 0,1; depth of thread: 0/+2mm; depth of bore: 0/+0,5mm; radius:
+/– 0,2; angle: +/–0,5°
C – Surface quality
Surface quality N6 to N8 root means square average = Ra 0,8 to 3,2
D – Conformity with drawing
Point D is made up of the following elements:
o D1 Chamfering edges by machine
o D2 Chamfering edges manual
o D3 Contour damage
o D4 Conformity with drawing – face 1
o D5 Conformity with drawing – face 2
o D6 Conformity with drawing – face 3
E – No additional material used
The use of extra material may occur and is assessed in the following way according to objective
criteria: candidates who use no extra material get the full points; candidates who use extra material
are penalized and get points 0 (zero) points.
4.9 SKILL ASSESSMENT PROCEDURES
No additional information required.
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5. THE TEST PROJECT
5.1 GENERAL NOTES
Sections 3 and 4 govern the development of the Test Project. These notes are supplementary.
Whether it is a single entity, or a series of stand-alone or connected modules, the Test Project will
enable the assessment of the skills in each section of the Standards Specification.
The purpose of the Test Project is to provide full and balanced opportunities for assessment and
marking across the Standards Specification, in conjunction with the Marking Scheme. The relationship
between the Test Project, Marking Scheme and Standards Specification will be a key indicator of
quality.
The Test Project will not cover areas outside the Standards Specification, or affect the balance of
marks within the Standards Specification other than in the circumstances indicated by Section 0.1.
The Test Project will enable knowledge and understanding to be assessed solely through their
applications within practical work.
The Test Project will not assess knowledge of the EuroSkills Competition’s rules and regulations.
This Technical Description will note any issues that affect the Test Project’s capacity to support the full
range of assessment relative to the Standard Specification. Section 2.1 refers.
5.2 FORMAT/ STRUCTURE OF THE TEST PROJECT
[ ] Test Project assessed at end of Competition
[ X ] Test Project with separately assessed modules
[ ] Test Project assessed in stages
[ ] Series of standalone modules
[ ] Other
If other, please specify here:
5.3 TEST PROJECT DESIGN REQUIREMENTS
Module 1: MILLING – Work on Two Faces, Raw Material: Aluminium AlMgSi1 3.2315; Dimensions:
100x100x50 mm
Module 2: MILLING – Work on Three Faces, Raw Material: Steel Ck 45 1.1191.; Dimensions: 100x40
x130 mm
Module 3: MILLING – Work on __(*)__ Faces, Raw Material: Steel Ck 45 1.1191.; Dimensions: (*)
(*) to be defined in accordance with team project
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Details:
Module 1
o Time allowed: 4 hours
o The following machining methods must be included in the module: Channel milling, figuration
pocket, gudgeon, outside contour, hollow-out bore, external threading, Reamed drilling hole.
o The following features may be included in the module: Circular pocket, rectangular pocket,
drilling sample, thread drillings.
Module 2
o Time allowed: 6 hours
o The following machining methods must be included in the module: Reamed drilling hole, form
pocket, island milling, internal thread milling, tapered walls, inside/outside contour fillets.
o The following machining methods may be included in the module: external contour, contour
pocket, circular pocket, rectangular pocket, milling external thread, hollow bore
Module 3
o Time allowed: 5 hours
o The following machining methods must be included in the module: Milling channels, external
contours, hollow-out bore, thread drillings and nose.
o The following machining methods may be included in the module: Round pocket, rectangular
pocket, drilling sample, internal contour, milling external thread
Additional details for the modules:
o The following additional details must be included in the module: machine chamfers 0.2 to 0.3
mm x 45 degrees
o It must be possible to complete the modules with the machining tools detailed in the Technical
Outline (annex IV).
o It must be possible to check the Modules with the measuring equipment and checking devices
described in the Technical Outline (annex IV).
o Measurements of parts will be performed on a co-ordinate measuring machine. The
Organising Committee of the host country will nominate a technician who will be responsible
for operating the coordinate measuring machine.
5.4 TEST PROJECT DEVELOPMENT
The Test Project MUST be submitted using the templates provided by WSE. Use the Word template
for text documents and DWG template for drawings. Please contact
[email protected] for guidance.
5.4.1 WHO DEVELOPS THE TEST PROJECTS OR MODULES
[ X ] All Experts
[ ] Some Experts
[ ] Nominated Experts
[ ] Equipment supplier
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5.4.2 HOW AND WHERE IS THE TEST PROJECTS OR MODULES DEVELOPED
The Test Project or modules are developed:
[ X ] Jointly on the Discussion Forum
[ X ] By an external enterprise
[ ] Independently
5.4.3 WHEN IS THE TEST PROJECT DEVELOPED
The Test Project is developed according to the following timeline:
TIME ACTIVITY
At the previous Competition not applicable
XX months prior to the Competition Until 6 months before the current Competition
At the Competition not applicable
5.5 TEST PROJECT VALIDATION
By vote of Experts on the Discussion Forum with 30% change
5.6 TEST PROJECT SELECTION
[ ] By vote of Experts at the previous Competition
[ X ] By vote of Experts on the Discussion Forum
[ ] By vote of Experts at the current Competition
[ ] By random draw by Technical Director 3 months before the current Competition
[ ] Other
If other, please specify here
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5.7 TEST PROJECT CIRCULATION
The Test Project is circulated via the website as follows:
[ X ] Submitted to Secretariat for circulation 3 months before the Competition
[ ] Not circulated
[ ] Other
If other, please specify here
5.8 TEST PROJECT COORDINATION (PREPARATION FOR COMPETITION)
Coordination of the Test Project will be undertaken by:
[ ] Skill Management Team
[ ] Chief Expert
[ ] Chief Expert and Deputy Chief Expert
[ ] Chief Expert and Workshop Manager
[ ] Chief Expert with selected Experts
[ X ] Chief Expert with Competition Organizer
[ ] Experts
[ ] Other
If other, please specify here:
5.9 TEST PROJECT CHANGE AT THE COMPETITION
See Section 5.5.
5.10 MATERIAL OR MANUFACTURER SPECIFICATIONS
Not applicable
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6. SKILL MANAGEMENT AND COMMUNICATION
6.1 DISCUSSION FORUM
Prior to the EuroSkills Competition, all discussion, communication, collaboration, and decision making
regarding the skill competition must take place on the skill specific Discussion Forum, which can be
reached via www.euroskills.org. Skill related decisions and communication are only valid if they take
place on the forum. The Chief Expert (or an Expert nominated by the Chief Expert) will be the
moderator for this Forum. Refer to Competition Rules for the timeline of communication and
competition development requirements.
6.2 COMPETITOR INFORMATION
All information for registered Competitors is available from the WorldSkills Europe website
www.euroskills.org. Please contact [email protected] for guidance.
The information includes:
o Competition Rules
o Technical Outlines
o Marking Schemes
o Test Projects
o Infrastructure List
o Health and Safety documentation
o Other Competition-related information
6.3 TEST PROJECTS AND MARKING SCHEMES
Circulated Test Projects will be available at the WorldSkills Europe website from www.euroskills.org.
Please contact [email protected] for guidance.
6.4 DAY-TO-DAY MANAGEMENT
The day-to-day management of the skill competition during the EuroSkills Competition is defined in the
Skill Management Plan that is created by the Skill Management Team led by the Chief Expert. The
Skill Management Team comprises the Jury President, Chief Expert and Deputy Chief Expert. The
Skill Management Plan is progressively developed in the six months prior to the Competition and
finalized at the Competition by agreement of the Experts. The Skill Management Plan can be viewed
at www.euroskills.org. Please contact [email protected] for guidance.
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7. SKILL SPECIFIC SAFETY REQUIREMENTS
Refer to Host Country/Region Health and Safety documentation for Host Country/Region regulations.
o All Competitors must use safety shoes
o All Competitors must use safety glasses when using any hand, power or machine tools or
equipment likely to cause or create chips or fragments that may injure the eyes.
o Experts will use the appropriate personal safety equipment when inspecting, checking or
working with a Competitor's project.
o The Competitor must comply with the machine manufacturer’s safety instructions.
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8. MATERIALS AND EQUIPMENT
8.1 INFRASTRUCTURE LIST
The Infrastructure List details all equipment, materials and facilities provided by the Competition
Organizer.
The Infrastructure Lists will be available at the WorldSkills Europe website from www.euroskills.org.
Please contact [email protected] for guidance.
The Infrastructure List specifies the items and quantities requested by the Experts for the next
Competition. The Competition Organizer will progressively update the Infrastructure List specifying the
actual quantity, type, brand, and model of the items. Items supplied by the Competition Organizer are
shown in a separate column.
At each Competition, the Experts must review and update the Infrastructure List in preparation for the
next Competition. Experts must advise the Technical Director of any increases in space and/or
equipment.
At each Competition, the Technical Observer must audit the Infrastructure List that was used at that
Competition.
The Infrastructure List does not include items that Competitors and/or Experts are required to bring
and items that Competitors are not allowed to bring – they are specified below.
8.2 MATERIALS, EQUIPMENT AND TOOLS SUPPLIED BY COMPETITORS IN THEIR
TOOLBOX
CNC-milling measurement instruments
o Vernier caliper 0-150 mm
o Depth micrometer 0-75 mm
o Depth Vernier caliper 0-150 mm
o Outside micrometer DIN 863/1 0-25, 25-50, 50-75, 75-100, 100-125, 125-150mm
o Disc micrometer 0-25, 25-50 mm
o Three-point hole micrometer 20-25, 25-30, 30-40, 40-50mm
o Caliper Jaw Inside Micrometer 5-30, 25-50, 50-75, 75-100mm
o Chamfer gauge 45° 0-3 mm
o Universal Bevel Protractor
o Thread plug gauges for good and rejected products M6, M8, M10, M30x1,5
o Plug gauge go/no go - ø10H7
o Thread ring gauge go/no go - M42x1,5
o Set of slip gauges
o Dial indicator with magnetic stand
o Radius gauge R 1-7mm, R7,5-15mm, R15,5-25mm
o High-accuracy 90°square, 100x70 mm
o Straight edge 100 mm
o Surface comparator gauges (Ra)
CNC-milling cutting tools
o Chamfering head + holder
o for example Seco Tools- MM12-12006-C90-M04,T60M +MM12-20080.3-0012
o Face Milling cutter Ø63
o for example Seco Tools R390-050Q22-11M or R220.53-0063-12-5A
o Insert drill Ø20
o for example Seco Tools- / 3xD // SD503-20-60-25R7
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o Reamer head 10H7
o for example Seco Tools- 10H7 // PM50-10H7-EB45,RX2000
o Solid end mill ball nose Ø4
o for example Seco Tools- Ballnose ø4 //JS533040G2B.0Z3-
o Solid end mill ball nose Ø6
o for example Seco Tools- Ballnose ø6 //JS533060E2B.0Z3-
o Solid end mill Ø10
o for example Seco Tools- ø10 // 553100Z3.0-SIRON-A
o Solid end mill Ø12
o for example Seco Tools- ø12 // 553120Z3.0-SIRON-A
o Solid end mill Ø8
o for example Seco Tools- ø8 // 553080Z3.0-SIRON-A
o Solid end mill Ø4
o for example Seco Tools- ø4 // 553040Z3.0-SIRON-A
o Solid end mill Ø6
o for example Seco Tools- ø6 // 553060Z3.0-SIRON-A
o Solid Drill Ø5
o for example Seco Tools- ø5 // SD203-5.0-20-6R1
o Solid Drill Ø6,8
o for example Seco Tools- ø6,8 //SD203A-6.8-25-8R1
o Solid Drill Ø8,5
o for example Seco Tools- ø8,5 // SD203-8.5-27-10R1
o Solid Drill Ø9,8
o for example Seco Tools- ø9,8 // SD203-9.8-31-10R1
o Square shoulder cutter Ø20
o for example Seco Tools -R217.69-2020.3-10-3A
o Square shoulder cutter Ø16
o for example Seco Tools-R217.69-1616.3-10-2A
o Thread mill for Inside M30x1,5
o for example Seco Tools- R217.14C120150AC22N1630 or TM-M10X1.5ISO-10R5
SECO
o Thread mill for Outside M42x1,5
o Tapping tool M6
o DIN376
o Tapping tool M8
o DIN376
o Tapping tool M10
o DIN376
If the competitors bring their own tools, they will have to bring their own tool holders and accessories
too.
8.3 MATERIALS, EQUIPMENT AND TOOLS SUPPLIED BY EXPERTS
Not applicable
8.4 MATERIALS AND EQUIPMENT PROHIBITED IN THE SKILL AREA
IT-based information (e.g. data, programs etc.) and equipment allowing wireless contact outside the
skill area (mobile-phones, laptops, etc.):
o are prohibited for Competitors.
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o may be used by Experts in the Skill Area as defined by the Chief Expert before the
Competition.
o The use of any other PC than that provided during the Competition is strictly prohibited.
o Competitors must work with the software provided only.
8.5 PROPOSED WORKSHOP AND WORKSTATION
Workshop layouts from previous competitions are available by contacting the Technical Coordinator
Workshop layout:
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9. VISITOR AND MEDIA ENGAGEMENT
o Try a trade
o Display screens
o Test Project descriptions
o Enhanced understanding of Competitor activity
o Competitor profiles
o Career opportunities
o Daily reporting of competition status
o Time based parts of the Test Project
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10. SUSTAINABILITY
o Recycling
o Use of ‘green’ materials
o Use of completed Test Projects after Competition