MPU33183 UEME4243 Engineer in Society 3 credit hours Lecturers: Prof. Ir. Dr. Tee Tiam Ting
Nov 19, 2015
MPU33183 UEME4243 Engineer in Society
3 credit hours
Lecturers: Prof. Ir. Dr. Tee Tiam Ting
Assessment
Assignment 1: 15%
Assignment 2: 15%
Mid-Term Test: 20%
Final Exam: 50%
Engineer in Society
Engineer (4 yrs university study)
Graduate Engineer (3-5 years working, Engr.)
Professional Engineer (P.Eng. Or Ir.)
Broad of Engineers Malaysia (BEM,IJM) and Institution of Engineers Malaysia(IEM).
Professional Examination ( Interview, write one technical report, one Code of Ethnics)
Engineer in Society
Other professional body:
Institution of Chemical Engineer(I Chem E)
Institution of Mechanical Engineer(I Mech.E)
Institution of Electrical Engineer (I Elect. E)
Institution of Civil Engineer.
Etc.
Engineer in Society
As an engineer:
Food
Water
Energy
Housing
Protect the Environment
Safety
Code of Ethnics
Objective of Unit
To provide knowledge of impact of technology on society.
To provide knowledge of professional issues in engineering, viz.,
Engineering safety
Sustainable development
Code of ethnics
Learning Outcomes of Unit
Explain and analyze the impact of technology on society from the social, political, economic and environmental perspectives.
Explain and identify issues of engineering safety and legal liabilities.
Analyse the role played by the professional engineer in sustainable development
Describe and apply conscientiously the professional Code of Ethics.
Recognizes and apply concepts related to Lifelong Learning to keep in pace with advancement of technology.
1. TECHNIOLOGY AND SOCIETY
1. TECHNOLOGY AND SOCIETY
1. INTRODUCTION
Science & technology have progressed tremendously in last 100 years at exponential rate
Industrial revolution 19th century
Most technological advances happened in last 200 years
1. TECHNOLOGY AND SOCIETY
2,600,000 BC Stone Age
3,000 BC Bronze Age
1200 BC - Iron Age
1760 Industrial Age
1945 Nuclear Age (Hiroshima)
1957 Space Age (launch of Sputnik- first space ship)
1971 Information Age (based on micro-chips)
1. TECHNOLOGY AND SOCIETY
2. THE IMPACT OF TECHNOLOGY ON SOCIETY
New Technologies
Technological & scientific advancement always have great impact on society
Inventions such as wheel, pulley, screws etc had changed our life style
Engineering breakthroughs such as tool-making, ship-building, dam-construction etc had helped to form our modern society
1. TECHNOLOGY AND SOCIETY
From 19th century to 1960s some called it Second Industrial Revolution there is a huge wave of technical and scientific discoveries
New inventions such as:
Telephone change our communication mode
Light bulb light the night and extend our productive time
Radio news & entertainment
Television influenced everything from politics to pattern of consumption
Medical antibiotics, polio was eradicated
Transistor great influence on electronic & communication
1. TECHNOLOGY AND SOCIETY
Life will be incomprehensible if without these inventions
Economy will also be seriously affected
1. TECHNOLOGY AND SOCIETY
Technology and Economics
Earlier days- people trade with each other with goods produced by them
All goods need some form of technology to produce
So technology has spurred development of economics
Modern world superior technology give rise to robust economy
Economic excess will flow into greater use of technology
Funds are abundant to source new technology
1. TECHNOLOGY AND SOCIETY
Early days - research was done by one or few men
Nowadays research is carried out by big corporations with multi million dollars investment
Now robots and computers are more efficient and productive than human beings
Even skilled jobs are also affected
Example design work can be done by computer
Workers will be laid off or wages will be reduced
Owners of big corporations will be richer as cost of production is reduced
This will lead to depressed consumer spending and economic growth
1. TECHNOLOGY AND SOCIETY
Technology and Life Style
Technology makes life easier and more enjoyable
More informed society due to internet
Global networking - facebook, twitter
Borderless social circle
Cheaper prices as cost of production is lower
1. TECHNOLOGY AND SOCIETY
Technology has many bad impact on our life style and environment
Pollution air, water
Congestion in transport too many cars
New forms of risk such as 1st generation nuclear reactors
Video games, internet access great social effect
New disease obesity, heart problem, diabetics
Global warming
1. TECHNOLOGY AND SOCIETY
Technology and Environment
Most modern technological processes produce unwanted by-products, known as industrial waste and pollution
Some may be recycled but some are released into our environment
Effects of technology on environment are subtle:
Depletion of non-renewable natural resources such as petroleum, coal etc
Long term effects such as global warming, deforestation, loss of coastal wetland
1. TECHNOLOGY AND SOCIETY
New types of wastes are produced
Radioactive waste
Toxic waste
Electronic waste
Problem how to remove them expediently?
Natural process the organisms recycle the wastes of other organisms , eg photosynthesis
Technological waste cannot be removed by this method
1. TECHNOLOGY AND SOCIETY
3. 1st INDUSTRIAL REVOLUTION
This refers to a period (1750 1870) where Britain has gone through a fundamental change in economics, textile and metal manufacturing, transportation etc
It transforms a traditional society of England into modern society through industralisation of the economy
There is a dramatic increase of per capital production through mechanisation of manufacturing processes
1. TECHNOLOGY AND SOCIETY
Factors why Britain was able to increase the economy tremendously:
Rich in coal and iron ore to fuel the industries
Has easily navigable waterways and coasts to move people and goods
Good harbours to ship goods to other countries
Was at the crossroads of international trade
System of banks to fund new businesses
Has an open social structure that encouraged accumulation of wealth
Stable government
1. TECHNOLOGY AND SOCIETY
Industrial revolution began in textile industry
Several new inventions helped to produce clothes quickly
Steam engine was invented in 1705 and it helped to provide power to run the factory
1820 steam-driven train was invented
All railroads were built all over England
This helped to move goods quicker and to more areas
Construction of railroad also helped to provide plenty job opportunities
Other countries also followed- USA, France, Germany and other part of Europe
The Industrial Revolution Student Handouts, Inc.
The First Industrial Revolution
Necessity Is the Mother of Invention
Spinning machine
Need to speed up weaving
Power loom created
Necessity Is the Mother of Invention
Power loom
Increased demand for raw cotton
Invention of the cotton gin
Necessity Is the Mother of Invention
Cotton gin
Demands for stronger iron
Improvements in iron smelting and the development of steel (Bessemer process)
Necessity Is the Mother of Invention
As more steam-powered machines were built,
factories needed more coal to create this
steam
Mining methods improved to meet the demand for more coal
The process of inventing never ends One invention inevitably leads to improvements upon it and to more inventions
Development of Steam Engines
Early water power involved mills built over fast-moving streams and rivers
Early water power had problems
Not enough rivers to provide the power needed to meet growing demand
Rivers and streams might be far removed from raw materials, workers, and markets
Rivers are prone to flooding and drying
Steam Power
Humans tried harnessing steam power for millennia
Hero of Alexandria, Egypt created a steam-driven device in the 1st century B.C.E.
Thomas Newcomen, England (1704)
Created a steam engine to pump water from mines
James Watt, Scotland (1769)
Improved Newcomens engine to power machinery
Steam Engines
By 1800, steam engines were replacing water wheels as sources of power for factories
Factories relocated near raw materials, workers, and ports
Cities grew around the factories built near central Englands coal and iron mines
Manchester, Liverpool
Bessemer Process and Steel
Prior to the Industrial Revolution, steel was difficult to produce and expensive
Henry Bessemer, 1856 Developed the Bessemer process
Brought on the Age of Steel
Steel is the most important metal used over the past 150+ years
Other improvements in steel production Open-hearth furnace
Electric furnace
Use of other metals to produce various types of
Transportation
Increased production
Search for more markets and
raw materials
Better and faster means of transportation
Before the Industrial Revolution Canal barges pulled by mules Ships powered by sails Horse-drawn wagons, carts, and carriages
After the Industrial Revolution Trains Steamships Trolleys Automobiles
Transportation Revolution
Robert Fulton (American)
Steamboat (1807)
Sped water transportation
Thomas Telford and John McAdam
(British)
Macadamized roads (1810-1830)
Improved roads
George Stephenson (English)
Locomotive (1825)
Fast land transport of people and goods
Gottlieb Daimler (German)
Gasoline engine (1885)
Led to the invention of the automobile
Rudolf Diesel (German)
Diesel engine (1892)
Cheaper fuel
Orville and Wilbur Wright (American)
Airplane (1903)
Air transport
Railroads
1830 Stephensons Rocket train traveled the 40 miles between Liverpool and Manchester in 1 hours
1830-1870 railroad tracks went from 49 miles to over 15,000 miles
Steel rails replaced iron rails
1869 Westinghouses air brake made train travel safer
Greater train traveling comfort heavier train cars, improved road beds, and sleeping cars
Communications Revolution Samuel F.B. Morse
(American)
Telegraph (1844)
Rapid communication across continents
Alexander Graham Bell (American)
Telephone (1876)
Human speech heard across continents
Cyrus W. Field (American)
Atlantic cable (1866)
United States and Europe connected by cable
Guglielmo Marconi (Italian)
Wireless telegraph, an early form of the radio (1895)
No wires needed for sending messages
Lee de Forest (American)
Radio tube (1907)
Radio broadcasts could be sent around the world
Vladimir Zworykin (American)
Television (1925)
Simultaneous audio and visual broadcast
Printing Revolution
Printing 1800-1830 Iron printing press Steam-driven press
Rotary press 1870 Invented by Richard Hoe Printed both sides of a page at once
Linotype machine 1884 Invented by Ottmar Mergenthaler A machine operator could create a line of type all at
one go, rather than having to individually set each letter
Newspapers became much cheaper to produce Cost of a newspaper plummeted Number of newspapers increased
Agriculture and Industry
The Industrial Revolution brought machinery to farms
The use of farm machinery meant that fewer farm workers were needed
Displaced farm workers moved to the cities to find work in factories This is called rural-to-urban migration
Growing populations in urban cities required farmers to grow more crops Food to eat
Raw materials (like cotton) for textile factories
Agricultural Machinery Eli Whitney Cotton gin (1793) Increased cotton production
Cyrus McCormick Mechanical reaper (1834) Increased wheat production
Other important inventions: Horse-drawn hay rake, threshing machine, steel plow
Steam engines, gasoline and diesel engines, and electric motors were added to farm machinery as these types of engines were invented.
The Industrial and Agricultural Revolutions complemented one another. Developments and needs in one created developments and needs in the other.
The Second Industrial
Revolution
The First and Second Industrial Revolutions
The first, or old, Industrial Revolution took place between about 1750 and 1870 Took place in England, the United States, Belgium, and
France Saw fundamental changes in agriculture, the
development of factories, and rural-to-urban migration
The second Industrial Revolution took place between about 1870 and 1960 Saw the spread of the Industrial Revolution to places
such as Germany, Japan, and Russia Electricity became the primary source of power for
factories, farms, and homes Mass production, particularly of consumer goods
The Spread of the Industrial Revolution
Mid-1800s Great Britain, the world leader in the Industrial Revolution, attempted to ban the export of its methods and technologies, but this soon failed
1812 United States industrialized after the War of 1812
After 1825 France joined the Industrial Revolution following the French Revolution and Napoleonic wars
Circa 1870 Germany industrialized at a rapid pace, while Belgium, Holland, Italy, Sweden, and Switzerland were slower to industrialize
Transportation
Railroads Industrialized nations first laid track in their own countries, then in
their colonies and other areas under their political influence Russia Trans-Siberian railroad (1891-1905) Germany Berlin-to-Baghdad railroad across Europe to the
Middle East Great Britain Cape-to-Cairo railroad vertically across Africa
Canals
Suez Canal (1869) provided access to the Indian Ocean from the Mediterranean Sea without the need to sail around Africa
Kiel Canal (1896) North Sea connected to the Baltic Sea Panama Canal (1914) provided access from one side of the
Americas to the other without the need to sail around the tip of South America
Transportation
Automobiles Charles Goodyear vulcanized rubber, 1839
Gottlieb Daimler gasoline engine, 1885
Henry Ford assembly line, 1908-1915
Airplanes Orville and Wilbur Wright airplane, 1903
Charles Lindbergh first non-stop flight across the Atlantic, 1927
20th-century growth of commercial aviation
Results of the Industrial Revolution
Expansion of world trade
Factory system
Mass production of goods
Industrial capitalism
Increased standard of living
Unemployment
Economic Changes
Decline of landed aristocracy
Growth and expansion of democracy
Increased government involvement in society
Increased power of industrialized nations
Nationalism and imperialism stimulated
Rise to power of businesspeople
Political Changes
Development and growth of cities
Improved status and earning power of women
Increase in leisure time
Population increases
Problems economic insecurity, increased deadliness of war, urban slums, etc.
Science and research stimulated
Social Changes
Economic Changes: Mass Production of Goods
Motor vehicle production in the United States 1895 33,000 motor vehicles
1910 181,000 motor vehicles
2000 5,542,000 passenger cars alone
Factors contributing to mass production Standardized (or interchangeable) parts
Assembly line
Labor division and specialization
Mass production meant more items were produced at lower costs More people could afford to buy manufactured
goods, which in turn spurred demand
1. TECHNOLOGY AND SOCIETY
Countries that adopted industry economy enjoyed more wealth and power
European countries went to other parts of the world such as Africa and Asia to source for cheap raw materials
Goods are manufactured by using these raw materials and to resell to the people in Africa and Asia
1. TECHNOLOGY AND SOCIETY
4. TECHNOLOGICAL REVOLUTION
General
Most important happening to humanity
It refers to a period in which new technology is actively pursued and is heading to a vast increase of technological capability
1. TECHNOLOGY AND SOCIETY
The impact on humans:
Life expectancy genetic technology
Education levels internet, distant learning
Standard of living - entertainment
Nature of work more automation, robotics
Communication email, facebook, twitter
Health care new drugs, new medical tools
War new weapons, laser guided missiles, hydrogen bomb
1. TECHNOLOGY AND SOCIETY
Recent Technology Revolution
Computer
Internet
Cell phone
DVD huge storage
Super cell phone camera, internet, TV
Digital TV broadcasting
1. TECHNOLOGY AND SOCIETY
Future Technology Revolution
20th century advance in chemistry and physics
21st century advance in biotechnology
Genetic coding able to control biological organisms and their deficiencies
Diseases like diabetics can be rectified by changing the genetic code
Nanoengineering and nanoscience provides an unprecedented understanding and control over the fundamental blocks of all physical things
1. TECHNOLOGY AND SOCIETY
It will affect design and production of almost everything such as vaccine, computers, cars etc
Material engineering also provides a new impact on the technology revolution
Cross-disciplinary fields of biomaterials and nanomaterials are making promising development
New materials with improved properties are likely to be produced
Future materials will be smarter, multi-functional and compatible with broad range of environment
1. TECHNOLOGY AND SOCIETY
5. TRANSFER OF TECHNOLOGY
What is Technology
Technology is a tool or process that can be used to build better products
It is how people modify the natural world to suit their own purpose
Literally it means an act of making or crafting something
1. TECHNOLOGY AND SOCIETY
Technology transfer to developing countries
Technology transfer - flows of technology from one place to another with a price
Since 1960s, technology has been transferred from Western countries to 3rd World countries
However this technology transfer brought more problems :
High technology will require high capital investment costs and the developing countries have to borrow massive sums to finance the transfer
1. TECHNOLOGY AND SOCIETY
New technology is designed to save labour and thus its transfer will create unemployment problem. In fact what they need is low technology which is highly labour intensive
New technology needs a social structure of education, organisation and disciplines. These are not found in developing countries
1. TECHNOLOGY AND SOCIETY
Methods of Technology Transfer
Foreign Direct Investment
This refers to the net inflows of investment to acquire a lasting management interest ( normally 50 percent or more of company shares) in a company operating in another country.
The investor will bring funds, management personnels and technology to manufacture goods
1. TECHNOLOGY AND SOCIETY
Joint Venture
Foreign partners will establish a company together with local partners
Normally the foreign partners are Multinational Corporations and will encourage technology and knowledge transfer
1. TECHNOLOGY AND SOCIETY
Licensing Agreement
A license is a contract which authorises the use of the technology for a certain period and the proprietary right of the technology remains with the foreign partner
This method will provide low risk and high profit as compare to direct export
However this will only benefit transferor and not transferee in the long run