Title: Mass Production at Highland Park:
1Mass Production at Highland Park
- The New Technology and Its Social Consequences,
1900-1917
2The Background
- Few have not heard of Henry Ford a national and
indeed an international icon in popular and
industrial culture. - Ford
- the arch-type of the rags to riches myth
- the farm boy who through spunk, discipline, and
hard work moved up the social ladder to become
skilled mechanic, engineer, and finally
billionaire industrialist. - To John D. Rockefeller Ford the Ford Highland
Park plant- the industrial miracle of the age - To others the high priest of industrial
efficiency
3The Background
- And he resonated in the global popular culture
- In Charlie Chaplins Modern Times the image
workers condemned to perpetual involuntary
motions. - In Aldous Huxleys Brave New World modern times
began in the year of our Ford - In Germany Fordismus of the 1920s led to the
Peoples Car, or Volkswagon, in the 1930s - In Russia Fordizatsiia paved the way for forced
and rushed industrialization policies of the 1920s
4The Background
- The Ford Miracle between 1908 and 1914
- he invested millions in plant and equipment,
- reduced the price of his Model T,
- doubled the wages of labor,
- reduced the hours of labor,
- and he was on the path to becoming the worlds
first billionaire. - Ford Motor Companys remarkable growth
- 1903 Ford Motor Company employed 125 workers and
produced 1,700 autos - 1908 450 workers 10,600 autos
- 191414,000 workers 248,000 autos
- 1921 32,700 workers 934,000 autos
5Ford Workforce, c. 1914
6The Background
- By 1914, he held 48 of the world auto market.
- What was the Ford idea?
- First the standardized product
- Second the Taylorization, or simplification, of
work and work processes - Third the adoption of the most advanced machine
tool technology - Finally the integration and synchronization of
all productive processes
7The Background
- In 1903 the FMC was a most traditional small
auto assembly shop that used conventional methods
of production skilled workers built automobiles
from parts provided by outside suppliers - Auto production
- Foundry cast metal parts
- Machine shopsfinished the castings
- Then, file and fit assembly of components
- Finally, the assembly of components into the
finished product the automobile
8Traditional Auto Production Machine Shop
9Traditional Auto Production Machine Shop
10Traditional Auto ProductionComponent Assembly
11Traditional Auto Production Body Assembly
12Traditional Auto Production Auto Assembly
13Traditional Auto Production Auto Assembly
14The Background
- Initial automobiles a playthings for the wealthy
- Limited production runs skilled workersgeneral
purpose machines - Stationary assemblyengine and auto assembly a
three dimension jigsaw puzzle filing and and
fitting - Until the beginnings of mechanized production
around 1910 traditional skilled craftsmen
produced automobiles with the aid of less skilled
and unskilled workers helpers, assistants,
laborers, truckers, etc.
15The Background
- Fords chief contribution the concept of a motor
car for the great multitude the Model T Fordhe
proclaimed - I will build a motor car for the great
multitude. It will be large enough for the
family, but small enough for the individual to
care for. It will be constructed of the best
materials, by the best men to be hired, after the
simplest designs that modern engineering can
devise. - He wanted to make automobiles like matches or
pins all identical to each other - Mass consumption forces mass production
16Evolution to the Model T Ford
17The Background
- The Model T a product with over 5,000 parts and
components conceived as simple matches of pins. - This inexpensive automobileannounced in
1908proved enormously popular - The conventional Ford plant strained to keep up
with popular demand for the Model T - In 1910, productive operations slowly shifted to
the new Highland Park plant - From 1910-1914, incredible experimentation and
innovation in methods and processes of production
18The Ford Highland Park Plant
19The Ford Highland Park Plant
20The New Technology
- The secret of Fords industrial success the
rigidly standardized Model T - The standard design of the product customer
could have any color so long as it was black a
logic for simplified production - With product standardization Ford engineers
could standardize work and work
processesTaylorism
21The New Technology
- In effect, the ideas of Frederick Winslow Taylor
had saturated the minds of Detroit industrialists
and engineers - Taylorism involved the careful analysis of all
work tasks, the elimination of every needless
motion, and the minute division and subdivision
of labortime and motion study - Next with such simplified and routinized work
tasks machines could be easily designed to
perform the simple new work tasks
22The New Technology
- The shift from general-purpose machines to
single-purpose ones - Single purpose machines the transference of
skill by the machine designer from the operators
the new machines embodied he complex skills of
the worker two ways specially designed machines
or jigs and fixtures - In 1914 the Highland Park plant had 14,000
workers and 15,000 machines Ford policy scrap
old machines ruthlessly ruthlessly in favor of
better types even if old was one month old
23Single Purpose Machines
24The New Technology
- Fords next innovation progressive production
and assembly the arrangement of men, machines,
and work tasks in line, one task followed by the
other - As H. L. Arnold noted
- the scheme of placing both machine and hand
work in straight-line sequence of operations so
that the component in progress will travel the
shortest road from start to finish, with no
avoidable handling whatsoever.
25The New Technology
- Progressive production first came to the Highland
Park machine shops around 1913 - Then to the assembly operations around 1913 and
1914 - In the machine shops- the conventional
arrangement similar machines located together
parts moved from one are to next - Progressive production eliminated trucking of
parts materials handling becomes important
gravity slides, roll ways, endless chains, and
conveyor belts
26Progressive or Sequential Machine Operations at
Highland ParkMovement of Cylinder CastingThru
Shop
27Progressive Assembly of Magnetos
28Progressive Assembly of Pistons
29Chassis Assembly Line
30The New Technology
- First, line production came to machine shops
- Then, assembly operations around 1913
experiments in magneto assembly - Next, other operations
- Finally, the main assembly line
- H. L. Arnold- the highly impressive spectacle
of the Ford assembly line - Long lines of slowly moving assemblies in
progress, busy groups of successive operators,
the rapid growth of the chassis as component
after component is added from overhead of
sources of supply, and finally the instant start
into self-moving power.
31A Fully Integrated Production System
32The New Technology
- At the Highland Park plant, modern mass
production became a reality in a few brief
yearsfrom around 1910 to 1914 - Butthe innovations came at incredible social
coststhe world of work would never be the same
again - The social impact of the new industrial
technology - The complete transformation of traditional work
tasks and routines - The emergence of the deskilled specialist as the
principal occupational group of the plant - The development of new forms of control of workers
33The New Technology
- Transformation of work tasks and routines
- Obviously Ford engineers and Ford workers thought
differently about the coming of the modern
factory work - Said one journalist
- Fifteen thousand men work in gangs on the track
system. Each gang, and each man on each gang,
has just one thing to doand do over and over
again. Its push and bustle and go. - Work became routine, monotonous, degraded, and
boring
34The New Technology
- The social structure of work also changed
dramatically - In the 1890sDetroit metal workers structure of
occupationsc. 2 foremen, 39 skilled mechanics,
30 semiskilled specialists, 29 unskilled
laborers similar to Ford structure of
occupations in 1910 - By 1917 Ford workforce 6.2 foremen, 4.2
clerks, 3.7 inspectors, 15.6 skilled and
technical workers, 55.3 unskilled specialists,
and 14.6 unskilled workers - The significant change was the increase in
supervisors and the decrease in worker skills - A large majority were unskilled specialists.
35The New Technology
- New forms of control
- Bureaucratic control
- Foremen, straw bosses, clerks, and inspectorsall
ensure that workers produce at speed, quality and
quantity desired - The ratio of foremen to workersincreased from 1
in 25 to 1 in 15 - Technical control
- Machine paced productionworkers controlled by
the cycle of the machine - The sequential arrangement of workprogressive
production of hand work and use of conveyors
36Hand Assembly Line for Pistons
Inspector at the End of the Line
37Chassis Assembly Line
Foreman Oversees Workmen
38Shortage Chasers
Clerks to Insure Availability of Components
39Technical Control Line Speed
Charlie Chaplain, Modern Times
40Barbara Dane, Detroit Medley
A 1930s critique of line productionMine Eyes
have seen the glory of the making of the Ford
41The Social Consequences
- Productivity fell far below expectations
- Some individual shops and departments- up 1,000
- In reality, only about 60 increase in Model T
production - Even Taylorwork reorganization alone without
line techniquespromised 200-400 - Serious problems with the totally integrated and
synchronized production system - Problems rooted in worker culture
42The Social Consequences
- Immigrant cultureunskilled workattracted a
largely immigrant workforcemainly from
pre-industrial Southern and Eastern Europe - Absence of time and work discipline which
affected output - Alsoworking-class culturereactions to boring,
repetitive, and degraded work - Absenteeismaveraged 10 over the week14,000
workers meant a reserve of 1,400 extra men to
fill in for absentees - Turnover, or quit ratea phenomenal 370 per
yearneed to hire 52,000 to maintain existing
workforce
43Ford Immigrant Workers
44The Social Consequences
- Worker and union culturesoldiering and output
restrictionnot working with as much effort as
possible or holding back production - Unionizationthreats of worker organization
ranging from radical IWW to the more staid AFL
around 1913 - As line production became a reality, Ford
officials had a complex and multidimensional
labor problem - In 1913, a series of reforms that did not solve
the problems - Then Ford astounded the world with the
announcement of the famous Five Dollar Day
45The Social Consequences
- The Five Dollar Daynot a simple wage increase,
but a sophisticated profit-sharing schemedoubled
the average pay received by unskilled workers - Main target- unproductive immigrant and
working-class cultures - Five Dollar Daydivided into roughly equal
partswages and profits - Wages for work in the shops
- Profits for right living
- Right livingprogressive idea that a good home
environment produced good people or workers
46Workers at Highland Park for Five Dollar Jobs
47The Social Consequences
- Ford Sociological Departmenta staff of 100
investigators to go into homes to determine
whether or not workers lived right - Approval meant the Five Dollar Day
- Non-approval mean monitoring to assure changed
attitudes and valuesif no change, dismissals - Ford English Schoola combination language and
cultural skills - All in all, the standardization of the product
moves to the standardization of the producers.
48Ford English School Class, c. 1914
49Ford English School Graduation, c. 1914
50Ford English School Diploma
51The Social Consequences
- Ultimatelyin the short run the profit-sharing
scheme succeeded - absenteeism and turnover declined
- production increased
- and the auto industry avoided unionism
- It lasted through the war years, when inflation
eroded the incentive of the Five Dollar Day - In the 1920s, a shift to the brutal Bennett
regime which emphasized the repression of
dissident and underperforming workers - In the end, the auto industry became a high wage
seasonal industry and workers traded the rotten
work for higher wages