Tool Die Maker August 2013
Tool Die Maker August 2013
Tool Die Maker August 2013
APPROVED
OCTOBER 2010
BASED ON
NOA 2005
Developed by
Industry Training Authority
Province of British Columbia
Section 1 INTRODUCTION................................................................................................................ 1
Foreword ........................................................................................................................... 2
How to Use this Document................................................................................................ 3
Section 1
INTRODUCTION
Foreword
The development of the Competencies for the Single Level Program for the BC Tool and Die Maker
Trade was funded by the Industry Training Authority, and completed under the direction of the Resource
Training Organization of BC. This Programs new model is designed to be integrated with the BC
Machinist Program and as such is built on the prerequisite of an apprentice Tool and Die Maker having
completed his Machinist apprenticeship and attained his Red Seal in this trade. Recognition is also given
to Machinist apprentices who are able to serve their apprenticeship in a Tool and Die industrial
workplace.
This document was developed in collaboration with a group of Subject Matter Experts (SMEs), all directly
connected to the Tool and Die Making trade in BC, which met in June and November 2009 and also
reviewed progressive drafts of this document.
The development of the OAC and Competencies for BC Tool and Die Makers is based on three key
documents:
National Occupational Analysis for Tool and Die Maker, published by Human Resources and
Skills Development Canada, 2005
BC Tool and Die Maker Apprenticeship Program Outline, published by the BC Ministry of Skills,
Training and Labour Apprenticeship Branch, 1995
BC Machinist Apprenticeship Program Outline, draft document funded by the BC Industry
Training Authority, 2009
The SMEs brought the perspectives of industry and education to the project and thanks are extended to
them for their dedication and participation in keeping the Tool and Die Maker trade technologically current
and aligned with the needs of industry.
This Program Outline has been developed for the use of individuals from several different audiences.
The table below describes how each section can be used by each intended audience.
Employers/
Section Training Providers Sponsors Apprentices Challengers
Training Shows proportionate Understand the scope Understand the scope Understand the
Topics and representation of of competencies of competencies relative weightings of
Suggested general areas of covered in the covered in the various competencies
Time competency (GACs) technical training, the technical training, the of the occupation on
Allocation at each program level, suggested proportion suggested proportion which assessment is
the suggested of time spent on each of time spent on each based
proportion of time GAC, and the GAC, and the
spent on each GAC, percentage of that percentage of that
and percentage of time spent on theory time spent on theory
time spent on theory versus practical versus practical
versus practical application application
application
Employers/
Section Training Providers Sponsors Apprentices Challengers
Training Defines the facility Identifies the tools and Provides information Identifies the tools
Provider requirements, tools equipment an on the training facility, and equipment a
Standards and equipment, apprentice is expected tools and equipment tradesperson is
reference materials (if to have access to; provided by the expected to be
any) and instructor which are supplied by school and the competent in using or
requirements for the the training provider student, reference operating; which may
program and which the student materials they may be be used or provided in
is expected to own expected to acquire, a practical
and minimum assessment
qualification levels of
program instructors
Section 2
PROGRAM OVERVIEW
RED
CofQ=CertificateofQualification
SEAL
CofA=CertificateofApprenticeship CofQ CofA
ToolandDie ToolandDie
Maker Maker
RECOMMENDATION FORCERTIFICATION
ToolandDieMakerLevel1
TechnicalTraining:300hours(10weeks*)
WorkBasedTraining:3,300hourstotal
InterprovincialRedSealExam
APPRENTICESHIP DIRECTENTRY
RED
SEAL
CofQ
Machinist
*Suggesteddurationbasedon30hourweek
CROSSPROGRAMCREDITS
Individualswhoholdthecredentialslistedbelowareentitledtoreceivepartialcredittowardthecompletionrequirementsofthisprogram
RED
SEAL TechnicalTraining:None
CofQ
Machinist WBT:Upto1,650hours
WorkexperiencedmustbeaccumulatedthroughToolandDieMaker
specificwork
Challenge Pathway
This graphic provides an overview of the Tool and Die Maker challenge pathway.
CofQ=CertificateofQualification RED
SEAL
C of Q
ToolandDie
Maker
CompletionRequirements
InterprovincialRedSealExam
Prerequisites
Approvedchallengeapplication,including:
TradeRelatedWorkExperience:12,375hours
MachinistCertificateofQualificationwith
InterprovincialRedSealEndorsement
CREDITFORPRIORLEARNING
Individualswhoholdthecredentialslistedbelowareconsideredtohavemetorpartiallymettheprerequisitesforchallengingthisprogram
RED
SEAL
CofQ
Machinist WorkExperience:upto7,425hours
C C4 K C7 K
USE APPLIED Solve problems involving Solve problems involving
MATHEMATICS geometry trigonometry
M1 1 M1 M2 M3 1
D D6 K
USE MEASURING Inspect workpieces
TOOLS
F F5 K F7 K
SELECT MATERIALS Select materials for Describe materials
applications testing
M3 1 M3 M4 1
G G5 W
PLAN SEQUENCE OF Deburr workpieces
OPERATION
I I4 K
USE DRILLING Perform drilling processes
MACHINES for tool and die making
K K5 K
USE LATHES Describe the use of
advanced cutting tools
M2 1
NOTE: Competency numbering aligns with the BC Machinist 2009 OAC. Competency levels numbered M# here are pre-requisites under the Machinist program.
L L5 K
USE MILLING Mill pockets and profiles
MACHINES for tool and die making
M M3 W M4 K
USE SUPPORT Operate and maintain Describe the use of wire
MACHINES gear cutting and electrical electrical discharge
discharge machines machines in tool and die
making
M4 1 1
N N3 W N4 W N5 K N6 W
USE GRINDERS AND Operate and maintain Operate and maintain Describe the operation Grind profiles for tool and
ABRASIVES grinders sanders and polishers and maintenance of die making
surface grinders
M1 M3 1 M1 1 1 1
Q Q1 K
DESCRIBE Describe prototyping
PROTOTYPES materials and processes
R R1 K R2 W R3 W
BUILD JIGS AND Describe jigs and fixtures Design jigs and fixtures Build jigs and fixtures
FIXTURES
1 1 1
S S1 K S2 W S3 W S4 K
BUILD DIES Describe dies Design dies Build dies Describe the setup of die
and punch presses for
safe operation
1 1 1 1
T T1 K T2 W
DESIGN AND MAINTAIN Describe mould building Design and maintain
MOULDS injection moulds
1 1
NOTE: Competency numbering aligns with the BC Machinist 2009 OAC. Competency levels numbered M# here are pre-requisites under the Machinist program.
D6 Inspect workpieces
G5 Deburr workpieces
Section 3
PROGRAM CONTENT
Level 1
Tool and Die Maker
Objectives
To be competent in this area, the individual must be able to solve complex geometric problems related to
tool and die making.
Objectives
To be competent in this area, the individual must be able to solve complex trigonometric problems related
to tool and die making.
Objectives
To be competent in this area, the individual must be able to inspect a finished workpiece.
Inspection equipment
Optical comparators
Master square
Linear height gauge
Coordinate measuring machines
High precision micrometer
Manual measurements
Inspection grade gauge blocks and
pins
Toolmakers microscope
Objectives
To be competent in this area, the individual must be able to select materials for tooling applications.
Objectives
Objectives
Objectives
To be competent in this area, the individual must be able to perform specialized drilling processes for tool
and die making.
Objectives
2. Use advanced cutting tools in tool and die making Given a set of specifications, fabricate
tools and dies using advanced cutting
tools in a practical shop exercise
Objectives
Objectives
To be competent in this area, the individual must be able to operate and maintain electric discharge
machines in the tool and die making process.
1. Operate Wire EDM in tool and die Given a set of specifications, operate
making a Wire EDM for tool and die making in
a practical shop exercise
Objectives
To be competent in this area, the individual must be able to describe the use of wire electric discharge
machines in the tool and die making process.
1. Describe the use of Wire EDM in tool and die Wire EDM
making
Speeds and feeds
Calculating spark gap
Specific surface finishing
Fixturing
EDM sinker fixturing
Calculating spark gap
Specific EDM surface finishing
Considerations in selecting electrode
materials
Machining electrodes
Wear rates
Mounting (lining up) electrodes
Objectives
To be competent in this area, the individual must be able to operate and maintain a surface grinder for
tool and die making.
1. Operate a surface grinder for tool and die making Given a set of specifications, operate a
surface grinder in a practical tool and
die making shop exercise
2. Maintain surface grinders used for tool and die Given a set of specifications, maintain
making surface grinders used in practical tool
and die making shop exercises
Objectives
To be competent in this area, the individual must be able to finish a tool or die workpiece using hones
and lapping machines.
2. Finish a workpiece using hones and lapping Given a set of specifications, finish a
machines workpiece using hones and lapping
machines in a practical shop exercise
Objectives
To be competent in this area, the individual must be able to describe the operation and maintenance of
surface grinders used in tool and die making.
1. Describe the operation of surface grinders used in Calculate work speeds and feeds
tool and die making
Tool and die materials
Types
Sizes
Wheel selection
Rigidity
Workholding devices
Mounting workpiece
Truing workpiece
Ventilation / evacuation
Dust mask
Proximity to dressing of the wheel
Maintenance
Cleaning
Lubricating
Housekeeping
Objectives
To be competent in this area, the individual must be able to grind profiles for tool and die making.
By hand
Automatically
Cylindrical grinding applications
Profile wheel dresser
Given a set of specifications, grind
profiles in a work piece in a practical
shop exercise
Objectives
Written instructions
Photographs
Sketches
Setup components
Join components
Prove out prototype
3D printers
Materials deposition
Sand deposit printing
Objectives
Objectives
Objectives
Objectives
Objectives
Objectives
To be competent in this area, the individual must be able to build progressive dies.
Objectives
Objectives
To be competent in this area, the individual must be able to identify injection mould building tools,
materials and components.
Objectives
To be competent in this area, the individual must be able to design and maintain injection moulds.
Section 4
TRAINING PROVIDER STANDARDS
Facility Requirements
Classroom
900 sq. ft. for a class size of 12 - 16 students, with moveable tables and chairs.
Instructional media to include multimedia projector, projection screen, DVD player, and whiteboard.
Instructors Office
150 sq. ft. per instructor, with a desk, chairs and materials storage / filing system
Storage
200 sq. ft. raw materials storage (may be outdoors)
20 sq. ft. per student for tools storage (indoors)
Safety Equipment
Hand Tools Dust mask
Acetylene torch Eye wash station
Allen keys Face shield
Arbour press Goggles
Bearing extractor Hand protection
Brushes Hearing protectors
Buffing wheels Protective head gear
Chisels Required fire suppression equipment
Chuck key Required first aid coverage and equipment
Clamps Safety barrier tapes
Cloths
Deburrers Set Up Accessories
Die stock Adaptors
Drill drift Angle plates
Drill gauge Arbours
Emery cloth Centre and edge finders
File cards Centres (dead, half, rotating, spring)
File handles Chucks (3-jaw, 4-jaw, 6-jaw, magnetic, tail
Files stock)
Grease guns Colletts
Hacksaws and bladers Crane
Hammers/mallets Degreasing tanks
Honing stones Dividing head
Lapping plate Drill chuck
Oil cans/guns Face plates
Pliers Follower/travelling rest
Scrapers (flat, bearing) Grinding attachment
Screwdrivers Hoists
Socket wrenches Lathe dogs
Soft jaws Machine vice
Tap extractors Mandrels
Tap wrenches Parallels
Torch tip lighters Quick change toolpost
Vices Rotary table
Wheel dressers (hand held) Shim stock
Wrenches Slings
Spacers
Software Spin / indexing fixture
CAD/CAM software Steady rest
Taper sleeve
Student Provided Taper turning attachment
Safety glasses Tapping head
Safety boots Tool holders
Personal protective equipment Turret toolpost
Vee block
Wheel balancers
Reference Materials
The following list of textbooks and learning materials may be needed to enhance the technical training
component of the Tool and Die Maker Apprenticeship program.
Required
1. WorkSafeBC Regulations Online
2. Machinerys Handbook
3. Basic Diemaking, Ostergaard, Glencoe / MacMillan / McGraw-Hill
4. Jig and Fixture Design 5th Edn, Hoffman, Delmar Publishers
5. Moldmaking and Die Cast Dies for Metalworking Trainees, Kluz, National Tooling and
Machining Association
Recommended
1. NAIT Trade Mathematics for Machinists and Millwrights / Individualized Learning Millwright
Modules from Alberta Learning
2. Interpret Engineering Drawings (Canadian Edition)
3. Mathematics for Machine Technology, Smith
Other References
1. IPT Trade Handbooks Series
2. Machine Tool Practices
Instructor Requirements
A Tool and Die Maker Training Instructor will have the following combination of qualifications and
experience:
Tool and Die Maker Red Seal certification, plus
10 years of hands-on working experience as a Tool and Die Maker after earning Red Seal
certification, plus
Demonstrated effectiveness of communication skills, instructional and interpersonal
Experienced user of relevant software for:
Word processing
Spreadsheets
Presentations
CAD
CNC programming