STATE OF CALIFORNIA DAS FILE NO. DEPARTMENT OF … · state of california das file no. department...
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STATE OF CALIFORNIA DAS FILE NO 100050DEPARTMENT OF INDUSTRIAL RELATIONS DISTRICT NODIVISION OF APPRENTICESHIP STANDARDS 06 P -6 PH 1middot I bull d hJmiddotL bull ~ DAS -36 (Rev 072015) NEW (g] REV
APPRENTICESHIP STANDARDS Employer ID 1000029731
NAME OF EMPLOYER (PROGRAM SPONSOR)
CITY
TESLA INC ZIP CODE COUNTY
45500 Fremont Boulevard Fremont 94538 Alameda OCCUPATION ONET
Tool amp Die Specialist 51-411100
The administration and operation of this apprenticeship program shall be supervised by the program sponsor or its representative The apprenticeship program shall be subject to the review and approval by the Administrator of Apprenticeship
1 Term of Apprenticeship 80004yrs hours the first 1000 hours of which shall be a probationary period
2 Ratio The employer (hereinafter referred to as the program sponsor) may employ 2 apprentices when he has at least _1______ journeyman regularly employed and 2 additional apprentices for every
3 Work Processes to be learned (See Attachment -A)
4 Wage Schedule Apprentices shall be paid as follows
Journeyman rate is$ 40 per
t
Hour
additional journeyman regularly employed
(Straight time hours per day 8 per week 40
Overtime Compensation All overtime shall be paid at the rate of 1 Yz times the wage rate for hrs worked over 8 hrs per day or 40 hrs per week 1 Yz time hrs shall be paid from the first 8 hrs worked Saturday All other time shall be paid at double the straight time rate
Period Amount Period Amount Period Amount Period Amount
SEE ATTACHED WAGE SCHEDULE
Advancement Schedule Satisfactorily complete the indicated On-The-Job Training hours months and supplemental instructions school hours
Other Compensation NA
Hours of related instruction 215 per year Required school time shall be compensated
Name of LEA
Laney College
5 Responsibilities of program Sponsor The program sponsor agrees to (1) administer and enforce the standards as approved (2) establish rules and regulations governing the program (3) select apprentices on the basis of qualifications alone through fair and impartial procedures applied uniformly to all applicants as required under Title 29 of the Code of Federal Regulations Part 30 and by the California Plan for Equal Opportunity in Apprenticeship and by the California Code of Regulations Title 8 Chapter 2 (4) provide reasonably continuous employment to all apprentices in its employ (5) provide the diversified work training scheduled herein under competent trainers including safety training through the program and first aid training either in conjunction with the apprentices related instruction classes or otherwise as appropriate (6) arrange for Related and Supplemental Instruction pursuant to LC 3074 (7) maintain a record of each apprentices work training related instruction and progress therein (8) file a copy of each apprentice agreement with the Secretary of the California Apprenticeship Council (9) grant apprentices credit for previous experience (10) develop disciplinary procedures for apprentices including fair hearings (11) provide training in the recognition of illegal discrimination and sexual harassment (12) ensure there is meaningful representation of the apprentice in the management of the program (13) participate in the development or comply with training criteria where such have been adopted (14) create an adequate mechanism to be used for the rotation of apprentices through all work processes (15) submit an annual Self-Assessment Review and Program Improvement Plan annually to the Chief of DAS
Page 1 o2
6 Apprentice Agreements Apprentices shall be at least 16 years of age If the apprentice is under 18 years of age the agreement must be signed by the apprentices parent or guardian When the period of training extends beyond 18 the apprentice agreement shall likewise be binding to such a period as may be covered An apprentice is one who has been qualified and approved by the apprenticeship committee signed an individual apprentice agreement with the program sponsor under these standards which agreement has been approved by the Administrator or his duly authorized representative and filed with the California Apprenticeship Council The standards shall be a part of the apprenticeship agreement Apprentices shall be furnished a copy of the standards or given an opportunity to read them before indenture Apprentice agreements shall be cancelled by the Administrator during the probationary period at the request in writing of either party after the probationary period agreements may be terminated by the Administrator by mutual consent of all the parties or cancelled for good and sufficient reason An apprentice agreement shall remain in effect during a lay-off unless cancelled
7 Hours and Working Conditions The regular work day work week and other working conditions for apprentices shall conform to all applicable laws and regulations Overtime shall not interfere with or impair training or schooling nor be detrimental to the health and safety of the apprentice Establish a mechanism to rotate apprentices from work processes to work processes to assure complete training
8 Responsibilities of Apprentices Each apprentice shall satisfactorily perform all work and learning assignments and complete a course of related instruction as determined in accordance with California Labor Code Section 3078(d) There shall be no liability on the part of the employer for an injury sustained by an apprentice engaged in school work at a time when the employment of the apprentice has been temporarily or permanently terminated
9 Disciplining of Apprentice All controversies or differences concerning the apprentice agreement which cannot be adjusted locally shall be submitted to the Administrator of Apprenticeship for determination
10 Certificate of Completion A Certificate of Completion will be issued by the California Apprenticeship Council to apprentices upon receipt of competent evidence of their satisfactory completion of apprenticeship hereunder
11 Modification of Standards These Standards shall be modified to conform to any changes in prevailing practices conditions and wages in the area and the industry if and when such changes occur Requests of the program sponsor for modification are subject to the approval of the Administrator ofApprenticeship
12 Where rules and regulations for governing the program are established by the program sponsors a copy of such shall be provided to each apprentice
13 Where applicable if the employer has a collective bargaining agreement with a labor organization applicable to this occupation approval by the labor organization will be affixed below
14 The foregoing standards are hereby agreed to by the employer as of (date)hv dt t(JJ By _5~ WAoftJdegG7ZJ Title ~pound1h rirJ t U1-ukeL [l( Z blf (date)
15 Sponsors designeesCommittee members authorized to administer the apprenticeship program (where applicable)
16 The foregoing standards being in conformity with the rules and regulations of the California Apprenticeship Council and the= California Code of Regulations and applicable Federal Regulations are hereby approved on ~~) ~ 2o jf
trctie pound71)2) I -I Date Eric Rood ing Chief Division of Apprenticeship Standards Date
Page 2 of 2
0
DISTRICT
6
FILE No
100050
State of California Department of industrial Relations
DIVISION OF APPRENTICESHIP STANDARDS
SELECTION PROCEDURES Addendum to Unilateral Apprenticeship Standards
(On-the-Job Training) EMPLOYER -- NAME AND ADDRESS
TESLA INC
45500 Fremont Boulevard
Fremont California 94538 OCCUPATION(S)
Tool amp Die Specialist 51-411100 ONet Code
Recruitment selection employment and training shall be without discrimination because of race color religion national origin or sex The sponsor shall operate the program in accordance with Part II Title 8 Chapter 2 California Administrative Code
1 Information on trainee openings shall be disseminated in writing to the Division of Apprenticeship Standards and to other agencies as required by State regulations at least 45 days in advance of the closing date for accepting applications If applications are accepted continuously information must be disseminated at least once every six months
2 Applicants will be required to complete written applications which shall be kept on file for three years
3 Applications will be dated and recorded when received to establish chronological order of application
4 Age limitations Must be at least _18__ years of age
5 Education required Circle highest year of education required 5 6 7 8 9 10 11
G E D or high school graduation RI
No specific education requirement D
6 Physical examination None required [amp] Required at no cost to applicant
No physical examination is required However participants must be physically able to perform the tasks
and duties of the occupation
7 Written tests None required
If required indicate
Name of test
Administered by
Passing Score
(Continued on Reverse Side)
DAS 167D (Rev 802) 61009
8 Oral interview by employer
If required identify factors considered and rating given to each factor in the space below
FACTORS CONSIDERED RATING
Attitude 20
Confidence 20
Oral Response 20
Stability 20
Motivation 20
Maximum Score 100
Minimum Passing Score 70
9 Relative weight of written test and oral interview
Relative weight of written test 0
Relative weight of oral interview 100
100
Minimum Overall Passing Score 70
10 Applicants will be notified verbally or in writing within 30 days of acceptance or rejection If rejected reasons for rejection will be stated in writing
11 If applicants are referred to trainee job openings by any method other than by highest score from top of list describe method used
12 Applicants with previous experience having met the basic minimum qualifications will be evaluated separately from and not in competition with applicants with no previous experience Applicants with proof of prior experience will be evaluated and placed in a higher wage bracket when employed
Title
Eric Rood Acting Chief Division of Apprenticeship Standards Date
-6 ptt I t ti I cJ- JUL ff bullmiddotSample Training Program Schedulemiddot
The schedule below represents a medium between academia and on the job training The Tool amp Die
team agreed that it was better to have a full day at school rather than breaking up the shift due to the
nature of the work flow of our tool and die shop in a single day This schedule gives students three full
day shifts at Tesla and two full days completing their courses Students in the program are able to add
additional hours on Saturdays with the team as allocated
Wednesday
200lM 200lM 200lM 200PM
230PM 230PM
Tes a Tesla School Tesla School Tesla
Additional Hours as Needed
I I I I I I I
j 1 j l j I 1000PM 1000PM I
T 1030PM 1030PM 1030PM 1030PM
Academic Programming
Below is a chart listing the proposed classes for the program The program has more courses than
required for an apprenticeship however having our students acquire their welding certificate is a huge
value add for both Tesla and the students
Vear
la
la
lb
lb
2a
2a
2b
2b
3a
Semester
Fall 2018
Fall 2018
Spring 2019
Spring 2019
Fall 2019
Fall 2019
Spring 2020
Spring 2020
Fall 2020
Course Name
Machining 210
Math - Trigonometry
Welding (TIG) 203
Machining 205 shyEngineering Drawings
Machining 220
Welding (TIG) 2038
Welding (TIG) 203C
Welding Certification
Tesla Internal training
In-Class Hours (RSI)
158
70
105
53
158
105
105
105
Out of class Hours
84
112
56
84
84
56
56
56
3b Spring 2021 Tesla Internal training
4a Fall 2021
4b Spring 2022
Total Total In- Educational Class Hours 858 Hours 1446
Minimum required 576
On the Job Training Component
Work Process Training Hours
Safety
Identify health and safety hazards
Wear adjust and maintain personal protective
equipment
Practice safe work habits
Operate emergency safety equipment
Conduct preoperational check of equipment
Report injuries
Lock out mechanical equipment for repair
Lock out mechanical equipment for repair
Handle designated substances
Operate lifting equipment
Communicate with co-workers
350 Hours
Perform Bench Work
Hand-File
Hand-saw
Hand-drill holes
Hand-tap threaded holes
Hand-grind
Practice good housekeeping
Stone and polish
450 Hours
Layout
Read and interpret engineering drawings
375 Hours
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
6 Apprentice Agreements Apprentices shall be at least 16 years of age If the apprentice is under 18 years of age the agreement must be signed by the apprentices parent or guardian When the period of training extends beyond 18 the apprentice agreement shall likewise be binding to such a period as may be covered An apprentice is one who has been qualified and approved by the apprenticeship committee signed an individual apprentice agreement with the program sponsor under these standards which agreement has been approved by the Administrator or his duly authorized representative and filed with the California Apprenticeship Council The standards shall be a part of the apprenticeship agreement Apprentices shall be furnished a copy of the standards or given an opportunity to read them before indenture Apprentice agreements shall be cancelled by the Administrator during the probationary period at the request in writing of either party after the probationary period agreements may be terminated by the Administrator by mutual consent of all the parties or cancelled for good and sufficient reason An apprentice agreement shall remain in effect during a lay-off unless cancelled
7 Hours and Working Conditions The regular work day work week and other working conditions for apprentices shall conform to all applicable laws and regulations Overtime shall not interfere with or impair training or schooling nor be detrimental to the health and safety of the apprentice Establish a mechanism to rotate apprentices from work processes to work processes to assure complete training
8 Responsibilities of Apprentices Each apprentice shall satisfactorily perform all work and learning assignments and complete a course of related instruction as determined in accordance with California Labor Code Section 3078(d) There shall be no liability on the part of the employer for an injury sustained by an apprentice engaged in school work at a time when the employment of the apprentice has been temporarily or permanently terminated
9 Disciplining of Apprentice All controversies or differences concerning the apprentice agreement which cannot be adjusted locally shall be submitted to the Administrator of Apprenticeship for determination
10 Certificate of Completion A Certificate of Completion will be issued by the California Apprenticeship Council to apprentices upon receipt of competent evidence of their satisfactory completion of apprenticeship hereunder
11 Modification of Standards These Standards shall be modified to conform to any changes in prevailing practices conditions and wages in the area and the industry if and when such changes occur Requests of the program sponsor for modification are subject to the approval of the Administrator ofApprenticeship
12 Where rules and regulations for governing the program are established by the program sponsors a copy of such shall be provided to each apprentice
13 Where applicable if the employer has a collective bargaining agreement with a labor organization applicable to this occupation approval by the labor organization will be affixed below
14 The foregoing standards are hereby agreed to by the employer as of (date)hv dt t(JJ By _5~ WAoftJdegG7ZJ Title ~pound1h rirJ t U1-ukeL [l( Z blf (date)
15 Sponsors designeesCommittee members authorized to administer the apprenticeship program (where applicable)
16 The foregoing standards being in conformity with the rules and regulations of the California Apprenticeship Council and the= California Code of Regulations and applicable Federal Regulations are hereby approved on ~~) ~ 2o jf
trctie pound71)2) I -I Date Eric Rood ing Chief Division of Apprenticeship Standards Date
Page 2 of 2
0
DISTRICT
6
FILE No
100050
State of California Department of industrial Relations
DIVISION OF APPRENTICESHIP STANDARDS
SELECTION PROCEDURES Addendum to Unilateral Apprenticeship Standards
(On-the-Job Training) EMPLOYER -- NAME AND ADDRESS
TESLA INC
45500 Fremont Boulevard
Fremont California 94538 OCCUPATION(S)
Tool amp Die Specialist 51-411100 ONet Code
Recruitment selection employment and training shall be without discrimination because of race color religion national origin or sex The sponsor shall operate the program in accordance with Part II Title 8 Chapter 2 California Administrative Code
1 Information on trainee openings shall be disseminated in writing to the Division of Apprenticeship Standards and to other agencies as required by State regulations at least 45 days in advance of the closing date for accepting applications If applications are accepted continuously information must be disseminated at least once every six months
2 Applicants will be required to complete written applications which shall be kept on file for three years
3 Applications will be dated and recorded when received to establish chronological order of application
4 Age limitations Must be at least _18__ years of age
5 Education required Circle highest year of education required 5 6 7 8 9 10 11
G E D or high school graduation RI
No specific education requirement D
6 Physical examination None required [amp] Required at no cost to applicant
No physical examination is required However participants must be physically able to perform the tasks
and duties of the occupation
7 Written tests None required
If required indicate
Name of test
Administered by
Passing Score
(Continued on Reverse Side)
DAS 167D (Rev 802) 61009
8 Oral interview by employer
If required identify factors considered and rating given to each factor in the space below
FACTORS CONSIDERED RATING
Attitude 20
Confidence 20
Oral Response 20
Stability 20
Motivation 20
Maximum Score 100
Minimum Passing Score 70
9 Relative weight of written test and oral interview
Relative weight of written test 0
Relative weight of oral interview 100
100
Minimum Overall Passing Score 70
10 Applicants will be notified verbally or in writing within 30 days of acceptance or rejection If rejected reasons for rejection will be stated in writing
11 If applicants are referred to trainee job openings by any method other than by highest score from top of list describe method used
12 Applicants with previous experience having met the basic minimum qualifications will be evaluated separately from and not in competition with applicants with no previous experience Applicants with proof of prior experience will be evaluated and placed in a higher wage bracket when employed
Title
Eric Rood Acting Chief Division of Apprenticeship Standards Date
-6 ptt I t ti I cJ- JUL ff bullmiddotSample Training Program Schedulemiddot
The schedule below represents a medium between academia and on the job training The Tool amp Die
team agreed that it was better to have a full day at school rather than breaking up the shift due to the
nature of the work flow of our tool and die shop in a single day This schedule gives students three full
day shifts at Tesla and two full days completing their courses Students in the program are able to add
additional hours on Saturdays with the team as allocated
Wednesday
200lM 200lM 200lM 200PM
230PM 230PM
Tes a Tesla School Tesla School Tesla
Additional Hours as Needed
I I I I I I I
j 1 j l j I 1000PM 1000PM I
T 1030PM 1030PM 1030PM 1030PM
Academic Programming
Below is a chart listing the proposed classes for the program The program has more courses than
required for an apprenticeship however having our students acquire their welding certificate is a huge
value add for both Tesla and the students
Vear
la
la
lb
lb
2a
2a
2b
2b
3a
Semester
Fall 2018
Fall 2018
Spring 2019
Spring 2019
Fall 2019
Fall 2019
Spring 2020
Spring 2020
Fall 2020
Course Name
Machining 210
Math - Trigonometry
Welding (TIG) 203
Machining 205 shyEngineering Drawings
Machining 220
Welding (TIG) 2038
Welding (TIG) 203C
Welding Certification
Tesla Internal training
In-Class Hours (RSI)
158
70
105
53
158
105
105
105
Out of class Hours
84
112
56
84
84
56
56
56
3b Spring 2021 Tesla Internal training
4a Fall 2021
4b Spring 2022
Total Total In- Educational Class Hours 858 Hours 1446
Minimum required 576
On the Job Training Component
Work Process Training Hours
Safety
Identify health and safety hazards
Wear adjust and maintain personal protective
equipment
Practice safe work habits
Operate emergency safety equipment
Conduct preoperational check of equipment
Report injuries
Lock out mechanical equipment for repair
Lock out mechanical equipment for repair
Handle designated substances
Operate lifting equipment
Communicate with co-workers
350 Hours
Perform Bench Work
Hand-File
Hand-saw
Hand-drill holes
Hand-tap threaded holes
Hand-grind
Practice good housekeeping
Stone and polish
450 Hours
Layout
Read and interpret engineering drawings
375 Hours
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
DISTRICT
6
FILE No
100050
State of California Department of industrial Relations
DIVISION OF APPRENTICESHIP STANDARDS
SELECTION PROCEDURES Addendum to Unilateral Apprenticeship Standards
(On-the-Job Training) EMPLOYER -- NAME AND ADDRESS
TESLA INC
45500 Fremont Boulevard
Fremont California 94538 OCCUPATION(S)
Tool amp Die Specialist 51-411100 ONet Code
Recruitment selection employment and training shall be without discrimination because of race color religion national origin or sex The sponsor shall operate the program in accordance with Part II Title 8 Chapter 2 California Administrative Code
1 Information on trainee openings shall be disseminated in writing to the Division of Apprenticeship Standards and to other agencies as required by State regulations at least 45 days in advance of the closing date for accepting applications If applications are accepted continuously information must be disseminated at least once every six months
2 Applicants will be required to complete written applications which shall be kept on file for three years
3 Applications will be dated and recorded when received to establish chronological order of application
4 Age limitations Must be at least _18__ years of age
5 Education required Circle highest year of education required 5 6 7 8 9 10 11
G E D or high school graduation RI
No specific education requirement D
6 Physical examination None required [amp] Required at no cost to applicant
No physical examination is required However participants must be physically able to perform the tasks
and duties of the occupation
7 Written tests None required
If required indicate
Name of test
Administered by
Passing Score
(Continued on Reverse Side)
DAS 167D (Rev 802) 61009
8 Oral interview by employer
If required identify factors considered and rating given to each factor in the space below
FACTORS CONSIDERED RATING
Attitude 20
Confidence 20
Oral Response 20
Stability 20
Motivation 20
Maximum Score 100
Minimum Passing Score 70
9 Relative weight of written test and oral interview
Relative weight of written test 0
Relative weight of oral interview 100
100
Minimum Overall Passing Score 70
10 Applicants will be notified verbally or in writing within 30 days of acceptance or rejection If rejected reasons for rejection will be stated in writing
11 If applicants are referred to trainee job openings by any method other than by highest score from top of list describe method used
12 Applicants with previous experience having met the basic minimum qualifications will be evaluated separately from and not in competition with applicants with no previous experience Applicants with proof of prior experience will be evaluated and placed in a higher wage bracket when employed
Title
Eric Rood Acting Chief Division of Apprenticeship Standards Date
-6 ptt I t ti I cJ- JUL ff bullmiddotSample Training Program Schedulemiddot
The schedule below represents a medium between academia and on the job training The Tool amp Die
team agreed that it was better to have a full day at school rather than breaking up the shift due to the
nature of the work flow of our tool and die shop in a single day This schedule gives students three full
day shifts at Tesla and two full days completing their courses Students in the program are able to add
additional hours on Saturdays with the team as allocated
Wednesday
200lM 200lM 200lM 200PM
230PM 230PM
Tes a Tesla School Tesla School Tesla
Additional Hours as Needed
I I I I I I I
j 1 j l j I 1000PM 1000PM I
T 1030PM 1030PM 1030PM 1030PM
Academic Programming
Below is a chart listing the proposed classes for the program The program has more courses than
required for an apprenticeship however having our students acquire their welding certificate is a huge
value add for both Tesla and the students
Vear
la
la
lb
lb
2a
2a
2b
2b
3a
Semester
Fall 2018
Fall 2018
Spring 2019
Spring 2019
Fall 2019
Fall 2019
Spring 2020
Spring 2020
Fall 2020
Course Name
Machining 210
Math - Trigonometry
Welding (TIG) 203
Machining 205 shyEngineering Drawings
Machining 220
Welding (TIG) 2038
Welding (TIG) 203C
Welding Certification
Tesla Internal training
In-Class Hours (RSI)
158
70
105
53
158
105
105
105
Out of class Hours
84
112
56
84
84
56
56
56
3b Spring 2021 Tesla Internal training
4a Fall 2021
4b Spring 2022
Total Total In- Educational Class Hours 858 Hours 1446
Minimum required 576
On the Job Training Component
Work Process Training Hours
Safety
Identify health and safety hazards
Wear adjust and maintain personal protective
equipment
Practice safe work habits
Operate emergency safety equipment
Conduct preoperational check of equipment
Report injuries
Lock out mechanical equipment for repair
Lock out mechanical equipment for repair
Handle designated substances
Operate lifting equipment
Communicate with co-workers
350 Hours
Perform Bench Work
Hand-File
Hand-saw
Hand-drill holes
Hand-tap threaded holes
Hand-grind
Practice good housekeeping
Stone and polish
450 Hours
Layout
Read and interpret engineering drawings
375 Hours
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
8 Oral interview by employer
If required identify factors considered and rating given to each factor in the space below
FACTORS CONSIDERED RATING
Attitude 20
Confidence 20
Oral Response 20
Stability 20
Motivation 20
Maximum Score 100
Minimum Passing Score 70
9 Relative weight of written test and oral interview
Relative weight of written test 0
Relative weight of oral interview 100
100
Minimum Overall Passing Score 70
10 Applicants will be notified verbally or in writing within 30 days of acceptance or rejection If rejected reasons for rejection will be stated in writing
11 If applicants are referred to trainee job openings by any method other than by highest score from top of list describe method used
12 Applicants with previous experience having met the basic minimum qualifications will be evaluated separately from and not in competition with applicants with no previous experience Applicants with proof of prior experience will be evaluated and placed in a higher wage bracket when employed
Title
Eric Rood Acting Chief Division of Apprenticeship Standards Date
-6 ptt I t ti I cJ- JUL ff bullmiddotSample Training Program Schedulemiddot
The schedule below represents a medium between academia and on the job training The Tool amp Die
team agreed that it was better to have a full day at school rather than breaking up the shift due to the
nature of the work flow of our tool and die shop in a single day This schedule gives students three full
day shifts at Tesla and two full days completing their courses Students in the program are able to add
additional hours on Saturdays with the team as allocated
Wednesday
200lM 200lM 200lM 200PM
230PM 230PM
Tes a Tesla School Tesla School Tesla
Additional Hours as Needed
I I I I I I I
j 1 j l j I 1000PM 1000PM I
T 1030PM 1030PM 1030PM 1030PM
Academic Programming
Below is a chart listing the proposed classes for the program The program has more courses than
required for an apprenticeship however having our students acquire their welding certificate is a huge
value add for both Tesla and the students
Vear
la
la
lb
lb
2a
2a
2b
2b
3a
Semester
Fall 2018
Fall 2018
Spring 2019
Spring 2019
Fall 2019
Fall 2019
Spring 2020
Spring 2020
Fall 2020
Course Name
Machining 210
Math - Trigonometry
Welding (TIG) 203
Machining 205 shyEngineering Drawings
Machining 220
Welding (TIG) 2038
Welding (TIG) 203C
Welding Certification
Tesla Internal training
In-Class Hours (RSI)
158
70
105
53
158
105
105
105
Out of class Hours
84
112
56
84
84
56
56
56
3b Spring 2021 Tesla Internal training
4a Fall 2021
4b Spring 2022
Total Total In- Educational Class Hours 858 Hours 1446
Minimum required 576
On the Job Training Component
Work Process Training Hours
Safety
Identify health and safety hazards
Wear adjust and maintain personal protective
equipment
Practice safe work habits
Operate emergency safety equipment
Conduct preoperational check of equipment
Report injuries
Lock out mechanical equipment for repair
Lock out mechanical equipment for repair
Handle designated substances
Operate lifting equipment
Communicate with co-workers
350 Hours
Perform Bench Work
Hand-File
Hand-saw
Hand-drill holes
Hand-tap threaded holes
Hand-grind
Practice good housekeeping
Stone and polish
450 Hours
Layout
Read and interpret engineering drawings
375 Hours
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
-6 ptt I t ti I cJ- JUL ff bullmiddotSample Training Program Schedulemiddot
The schedule below represents a medium between academia and on the job training The Tool amp Die
team agreed that it was better to have a full day at school rather than breaking up the shift due to the
nature of the work flow of our tool and die shop in a single day This schedule gives students three full
day shifts at Tesla and two full days completing their courses Students in the program are able to add
additional hours on Saturdays with the team as allocated
Wednesday
200lM 200lM 200lM 200PM
230PM 230PM
Tes a Tesla School Tesla School Tesla
Additional Hours as Needed
I I I I I I I
j 1 j l j I 1000PM 1000PM I
T 1030PM 1030PM 1030PM 1030PM
Academic Programming
Below is a chart listing the proposed classes for the program The program has more courses than
required for an apprenticeship however having our students acquire their welding certificate is a huge
value add for both Tesla and the students
Vear
la
la
lb
lb
2a
2a
2b
2b
3a
Semester
Fall 2018
Fall 2018
Spring 2019
Spring 2019
Fall 2019
Fall 2019
Spring 2020
Spring 2020
Fall 2020
Course Name
Machining 210
Math - Trigonometry
Welding (TIG) 203
Machining 205 shyEngineering Drawings
Machining 220
Welding (TIG) 2038
Welding (TIG) 203C
Welding Certification
Tesla Internal training
In-Class Hours (RSI)
158
70
105
53
158
105
105
105
Out of class Hours
84
112
56
84
84
56
56
56
3b Spring 2021 Tesla Internal training
4a Fall 2021
4b Spring 2022
Total Total In- Educational Class Hours 858 Hours 1446
Minimum required 576
On the Job Training Component
Work Process Training Hours
Safety
Identify health and safety hazards
Wear adjust and maintain personal protective
equipment
Practice safe work habits
Operate emergency safety equipment
Conduct preoperational check of equipment
Report injuries
Lock out mechanical equipment for repair
Lock out mechanical equipment for repair
Handle designated substances
Operate lifting equipment
Communicate with co-workers
350 Hours
Perform Bench Work
Hand-File
Hand-saw
Hand-drill holes
Hand-tap threaded holes
Hand-grind
Practice good housekeeping
Stone and polish
450 Hours
Layout
Read and interpret engineering drawings
375 Hours
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
3b Spring 2021 Tesla Internal training
4a Fall 2021
4b Spring 2022
Total Total In- Educational Class Hours 858 Hours 1446
Minimum required 576
On the Job Training Component
Work Process Training Hours
Safety
Identify health and safety hazards
Wear adjust and maintain personal protective
equipment
Practice safe work habits
Operate emergency safety equipment
Conduct preoperational check of equipment
Report injuries
Lock out mechanical equipment for repair
Lock out mechanical equipment for repair
Handle designated substances
Operate lifting equipment
Communicate with co-workers
350 Hours
Perform Bench Work
Hand-File
Hand-saw
Hand-drill holes
Hand-tap threaded holes
Hand-grind
Practice good housekeeping
Stone and polish
450 Hours
Layout
Read and interpret engineering drawings
375 Hours
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
Perform calculations for machining operations
Read and interpret work process documentation
Verify workpiece material
Identify and select machines
Identify and check machine controls and systems
Identify and select tooling
Identify and prepare cutting tools
Identify and select measuring instruments and
checking devices
Select machine speeds and feeds
Lay out features of engineering drawings
Identify and select workholding devices
Pick up datumstarting position
Identify and select lifting and rigging equipment
Saw
Install and test-run blade
Locate and position workpiece in saw
Select speeds and feeds of saw
Cut shapes using a vertical bandsaw
Maintainmaterial identification
Practice good housekeeping
Install and test-run blade
Identify and select proper workholding
techniques
350 Hours
Drilling
Select drill tooling
Inspect and prepare cutting tools for drilling
Locate and position workpiece in drill
Set up tooling in the machine
Select speeds and feed~ of cutting
Layout and make a punch mark
Drill a hole
Chamfer a hole
Ream a hole
Machine-thread a hole
Spot-face a hole
Counter-bore a hole
Counter-sink a hole
Perform final inspection
550 Hours
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
Practice good housekeeping
Grinding
Select grinding wheel
Check condition of grinding wheel ring test
Balance Wheel
Install grinding wheel
Dress Wheel
Surface grind workpiece
Grind tools and cutters
Set up sin plates
Demagnetize Workpiece
Check ground surfaces
Perform final inspection
550 Hours
Milling
Verify machine head and workholding devices are
square
Establish and maintain part datum
Identify and prepare milling cutting tools
Select speeds and feeds of mill
Develop and organize a prototype machining plan
Square up blocks
Drill arid tap ream counter bore counter sink
Machine steps cut-outs angles and open slots
Machine a pocket or slot
Establish grinding allowance
Bore holes
Deburr workpiece
950 Hours
Lathe
Select lathe cutting tools
Develop and organize a prototype machining plan
Locate and position workpiece in lathe
Establish and maintain part datum
Set up lathe cutting tools
Select speeds and feeds of lathe
Take a sizing (preliminary) cut
Establish a reference or starting point (datum)
Face a surface
Turn an external diameter
950 Hours
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
Drill bore ream a hole
Cut an internal and external thread
Produce a taper
Groove and part off
Knurling
CNC
Identify select and set up NCCNC cutting tools
and tool holders
Identify select and set machine parameters
Position align amp secure workpiece in NCCNC
machine
Input and verify part program to NCCNC machine
controls
Verify tool sequence tool path and collision
avoidance program
Monitor NCCNC machining process
Make adjustments to tooling and offsets
Program machines using G-coding
250 Hours
EDM
Identify and select EDM process
Develop EDM electrodes
Identify select and set up EDM machining
components
Position align and secure workpiece in EDM
machine
Cut the workpiece by EDM machine
100 Hours
Tool amp Die On the Job Training
Open and close die
Preventative Maintenance
Perform die or tool-building related calculations
Machine c_omponents of dies tools jigs or
fixtures
Heat-treat the components
Mark the die or tooling components
Set punches
Final fit sub-assemblies die or tooling
components
Perform form and trim changes
2000Hours
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
Grinding Stoning Polishing
Spotting
Inspect die or tooling fit and functions
Set up and operate press
Panel Nest
Prepare and finalize cutting steels
Try out and troubleshoot the die
Welding 1000 Hours
Perform Mig Tig Oxy and Arc welding
Select proper welding materials
Pad welding techniques
Perform J-hook technique
Metallurgy 125 Hours
middot
Heat-treat the components
Stress relief
Normalize
Temper
Anneal
Flame hardening
Quenching types and process
middot 8000 tota1 On-the-Job Training Hours
Pay Breakdown
Period 1 TampD App $2400 per hour 60
Period 2 1000hours $2600 per hour 65
Period 3 2000hours $2800 per hour 70
Period 4 3000hours $3000 per hour 75
Period 5 4000hours $3200 per hour 80
Period 6 SOOOhours $3400 per hour 85
Period 7 6000hours $3600 per hour 90
Period 8 7000hours $3800 per hour 95
Period 9 8000hours $4000 per hour 100 (journey-level)
I
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
Apprenticeship Committee (subject to change)
Committee Members
1 Tool amp Die Manager
bull Randall Vanlauwe
2 Program Mentor
bull Jim Cooney
3 HR Representative
bull Gillian Davis
4 Recruiting Manager
bull Sean Washington
5 Laney Representative
bull Mark Martin
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200
middot veo Jtliffey College
aoSurlJT Sflf2 ~tland California 94607 (510) 834-5740 -~--~--middot~--~- ------- -------middot middot----shy
June 27 2018
Department of Industrial Relations Division of Apprenticeship Standards 455 Golden Gate Avenue 10th Floor San Francisco CA 94102
To Whom It May Concern
Laney College agrees to be a Local Educational Agency (LEA for Teslas Apprenticeship
Program As an LEA Laney College will provide Related Supplemental Instruction (RSI to those Tesla apprentices indentured by the California Division of Apprenticeship Standards (DAS)
Please feel free to contact me for any further information
Sincerely
Peter Crabtree Dean Career Technical Education Laney College 900 Fallon St
Oakland CA 94607 pcrabtreeperaltaedu
Peralta Community College District 333 East Eighth Street middot Oakland California 94606 middot (510) 466-7200