nation building final
TRANSCRIPT
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ROLE OF ENGINEERS IN
NATION BUILDING
Prof. Sanjay Salve (B.E. Metallurgy, MBA-HR)
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SONG OF THE ENGINEER5
I take the vision which comes from dreams
And apply the magic of science andmathematics
Adding the heritage of my profession
And my knowledge of Natures materialsTo create a design.
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I organize the efforts and skills of my
fellow workers
Employing the capital of the thriftyAnd the products of many industries
And together we work toward our goal
Undaunted by hazards and obstacles.
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And when we have completed our task
All can see
That the dreams and plans have
materialized
For the comfort and welfare for all.
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I am an Engineer.
I serve mankindBy making dreams come
true.
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Do EngineersHave Social
Responsibilities?
People enjoy what technology can do for them while often ignoring what it can do to them
--Edward Wenk
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What does having social responsibilities
mean?
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Social Responsibility
It means a commitment from the engineeringprofession, and, by proxy, the individual engineerswho belong to the profession, to place the publicsafety and interest ahead of all other considerationsand obligations (with certain caveats to be explained
later).
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It means that engineers take into account and
show due regard for the consequences of theirconduct for the well-being of others as well as
for the impact of their work on society and the
citizenry.
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Social Responsibility
This requires the engineer to make determined
efforts to discover all of the relevant facts
concerning the design, development, and
deployment and all of the possible outcomes
of the choices available that may positively
and negatively affect/impact society and the
citizenry
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Social Responsibilities of Engineers (Some Examples)
Ensure the safety and well-being of the public Ensure that societys funds and resources
concerning technology are well used Refusing to work on a particular project or for
a particular company
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Social Responsibilities of Engineers
Speaking out publicly against a proposedproject
Blowing the whistle on illegality or wrong-
doing Professional Societies obligation to provide
protection for whistleblowers
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Individual and organizational concern aboutthe impact of engineering projects on society
Contributing ones services to worthy, non-profit
groups and projects Engineering schools commitment to educating
future engineers about their socialresponsibilities
Social Responsibilities of Engineers
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Code of Ethics for Engineers
Engineers shall, in fulfilling their responsibilities to thecommunity:
Protect the safety, health and welfare of the public and speakout against abuses in these areas affecting the public
interest;
Contribute professional advice, as appropriate, to civic,charitable or other non-profit organizations;
Seek to extend public knowledge and appreciation of theengineering profession and its achievements
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Professionalism
WHAT IS A PROFESSIONAL?
Originally, one who professed adherence to monastic vows of a religious order.* a free act of commitment to a specific way of life* allegiance to high moral standards
* skill, knowledge, practice of an art
WHAT IS A PROFESSIONAL?
Today, it is one who is duly qualified in a specific field
* special theoretical knowledge or education* appropriate experience
* knowledge and skills vital to the well-being of a large potion ofsociety
* Professional organization and a code of ethic* special social sanction
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MODELS OF PROFESSIONALISM
Social Contract Model
Professionals are guardians of the public trust
Professions are social institutionsthey are organized by someact of society and are granted special powers in return forsocially beneficial goods and services (Licensure)
An implicit, unstated agreement exists between professionaland society
Society may subsidize training of professionals
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The Intrinsic Nature of Engineering
The Narrow Definition
Engineering is the science and art of efficient
dealing with materials and forces ... it involves the
most economic design and execution ... assuring,
when properly performed, the most advantageous
combination of accuracy, safety, durability, speed,
simplicity, efficiency, and economy possible for the
conditions of design and service.
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The Intrinsic Nature of Engineering
The Broad Definition
Engineering is the application of science to the common purposeof life.
Engineering is the art of directing the great sources of power innature for the use and convenience of man.
Engineering is the art of organizing and directing men andcontrolling the forces and materials of nature for the benefit ofthe human race.
Engineering is the profession in which a knowledge of themathematical and natural sciences gained by study, experience,and practice is applied with judgment to develop ways to utilize,economically, the materials and forces of nature for the benefitof mankind.
--Engineers Council for Professional Development (1961/1979)
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The Intrinsic Nature of Engineering
The Broad Definition
The engineer is the key figure in the material progress of the
world. It is his engineering that makes a reality of the potentialvalue of science by translating scientific knowledge into tools,resources, energy and labor to bring them into the service ofman ... To make contributions of this kind the engineer requiresthe imagination to visualize the needs of society and to
appreciate what is possible as well as the technological andbroad socialunderstanding to bring his vision to reality.
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Engineering and Ethics
If we accept these definitions of engineering, it iscrucial to realize the centrality of ethical concerns atthe core of the engineering enterprise
Concern for social well being and humanity are partof the very definition of engineering
Assuming the intellectual rigor of these definitions, theneed of ethics in engineering id nothing superfluous or
added, but it is the essence of the engineeringprofession
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Technological Democratism
Synthesis: Technology is mediated, both acting on andacted upon by society. Technology is so powerful thatphilosophical thought about its development and useis seriously needed
Responsibility of being accountable for the effects oftechnology on our lives and the ways in whichtechnology may involve values and possible hiddensocial agendas
Responsibility for engineers, corporations, and societyto deliberate together about how technology canbest be developed and used to promote the socialand human good
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Engineering and Social Values
In view of the enormous power of technology andscience and the enormous potential risks they pose, itis indispensable to stimulate and develop theconsciousness of the moral responsibility of engineers
There exists an urgent need to complement technicalknowledge with the development of values, attitudes,and knowledge that facilitate professional and
ethical excellence It is necessary to develop social skills and team work
based in the respect for the proper values of civicand social ethics
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Engineering
HumanitiesScience
Natural Science Humanities
Where should we put the academic study of Engineering on this continuum?
The Segregation of Academic Disciplines/Fields of Study
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Engineering as a Humanity
Is Engineering more like Natural Science or morelike a field of studies in the Humanities?
If you look at the very definition of engineering,
you will see that engineering is intimately connectedto the humanities because it is the application ofscientific theory to solve certain problems ofhumanitynamely its need for technology
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The Social and Professional Responsibilities of Engineersby Deborah Johnson
I. Guns for Hire
II. Personal and Professional Values
III. Risk and Public Consent
Engineers should refuse to work on projects they deem to conflict with their
(personal) morals
Engineers should refuse to work on projects that increase societal risk or degrade
public safety unless the public is informed and consents
Engineers should provide their skills to anyone irrespective of moral convictions
(within limits of law)
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Technological Optimism
Technology gives rise to powerful enabling factors
which greatly enhance human powers and helps
maximize human freedom, decreases human
disease, and creates abundant material wealth andwell-being which heightens improved social
standards
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Solution Engineers Must Think Philosophically and
Ethically About Technology and Social Values: Five Theses
1. Technology can be used to implement politicaland social values
2. Technology can change our life world. It produces
forms of life3. Technology can change our relationship to nature
4. Technology can require a certain type of politicalor social organization
5. Technology can have embedded values
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Engineering graduates must demonstrate
following eleven general skills and abilities:
a. an ability to apply knowledge of mathematics, science, and engineering
b. an ability to design and conduct experiments, as well as to analyze andinterpret data
c. an ability to design a system, component, or process to meet desired needswithin realistic constraints such as economic, environmental, social, political,ethical, health and safety, manufacturability, and sustainability
d. an ability to function on multidisciplinary teams
e. an ability to identify, formulate, and solve engineering problems
f. an understanding of professional and ethical responsibility
g. an ability to communicate effectively
h. the broad education necessary to understand the impact of engineering solutions
in a global, economic, environmental, and societal contexti. a recognition of the need for, and an ability to engage in life-long learning
j. a knowledge of contemporary issues
k. an ability to use the techniques, skills, and modern engineering tools necessaryfor engineering practice.
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OUR PATH TO DEVELOPMENT
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The Model of Development
Increase wealth of nation through Planned
growth in agriculture and industry--emphasis
on centralized technologies
The wealth would trickle down to masses thus
alleviating poverty
Help to village industries only a stop gaparrangement for quick employment
generation
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WE NEED HOLISTIC
GROWTH WITH
SOCIAL JUSTICE
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Rural Technology
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Holistic Growth with Social justice
Development should be holistic & Non-exploitative, i.e.
sustainable
Possible only in Self sufficient Village Republics :Gram-swaraj & Swadeshi ---wealth generation in a
distributed manner & not re-distribution of wealth
generated centrally
Need for Rural Industrialization--decentralised
production
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Hope for the future ?
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Role of Technical
Institutions..somesuggestions?
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Technical Feasibility
Develop technologies and management practices
to make decentralized production competitive
Student Projects ( at all levels)
Practical training
Rural entrepreneurship as a viable career
Rural Energy & Infrastructure Development
Identify policy changes to give due recognition to such R&D work
Some
suggestions
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Social Feasibility
Introduce Education in Human Values in the
Curriculum
What , Why and How of Value inculcation ?
Interaction of Science Technology and Human Values -sustainable development
Engineering Ethics
Conduct Training programmes to sensitize
professional engineers , scientists & NGOs
Some
suggestions
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Social Feasibility
Introduce Education in Human Values in the
Curriculum
What , Why and How of Value inculcation ?
Interaction of Science Technology and Human Values -sustainable development
Engineering Ethics
Conduct Training programmes to sensitize
professional engineers , scientists & NGOs
Some
suggestions
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Arguments/rationales for the Social Responsibility of
Engineers
1. Codes of Ethics
2. Professionalism
3. Social Contract Model
4. Engineering Societies
5. Principle of Proportionate Care
6. Engineering as Social Experimentation
7. The Intrinsic Purpose of Engineering Itself8. The Impacts of Technology on Society
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Reintegrating Engineering and Philosophy
Today's conflicts between the views that the humanities hold of
science and engineering and the views science and engineering
hold of the humanities weaken the very core of our culture. Their
cause is lack of integration in today's education among
subjectsA new[multidisciplinary model]is needed toprovide every educated person with a basic understanding of the
endeavors and instruments that help us address our world and
shape a new morality-the humanities, in the noblest sense of the
word, to civilize, science to understand nature, and engineering,broadly defined, to encompass the kindred activities that modify
nature. Integration of these endeavors is urgentNo domain can
any longer be considered and learned in isolation... George Bugliarello,
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A New Century
20th Century:
Physics, Electronics, and High-Speed Communicationsand Transportation
21st Century:
Biology and Information, but also Energy, Water, and Sustainability
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Its not all about numbers, but
Venture capital is the search for smart
engineers.
--Floyd Kvamme
Kleiner-Perkins
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Manufacturing Projects already
look like this.
But with many more boxes and countries!
For example, the new Boeing 787
Reportedly has 132,500 engineered parts
Produced in 545 global locations.
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A New Century with
New Technological Frontiers
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With New Engineering Frontiers
Bio
Info
Nano
Smaller and Smaller
Faster and FasterMore and More Complex
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Engineering Frontiers
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Larger and Larger
More and More ComplexGreat Societal Importance
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Frontiers and Synergies
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Nano
BioInfo
Natural Science
Science and Engineering
Are Merging.
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Frontiers and Synergies
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Nano
BioInfo
Social Science
These engineering systems need
social science, management, andhumanities / communications.
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Frontiers and Synergies
Must be reflected in university education.
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Nano
BioInfo
Social Science
Natural Science
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The Payoff will come from
Bridging the Frontiers
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Bio
Info
Nano
Bio-based materials
BiomemeticsPersonalized, Predictive
Medicine
Synthetic BiologyBiofuelsEtc.
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The Payoff will come from
Bridging the FrontiersOur students must be prepared to do this.
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Bio
Info
Nano
Bio-based materials
BiomemeticsPersonalized, Predictive
Medicine
Synthetic BiologyBiofuelsEtc.
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The Payoff will come from
Bridging the FrontiersOur students must be prepared to do this.
MacroEnergy
Environment
Health CareManufacturing
Communications
Logistics
Bio
Info
Nano
Bio-based materials
BiomemeticsPersonalized, Predictive
Medicine
Synthetic BiologyBiofuelsEtc.
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In this New Century
Engineering is Dynamic
with Exciting Frontiers
and Grand Challenges
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Engineering is not static.
20th century Stovepipes:
Scientists discovered.
Engineers created.
Doctors healed.
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Engineering is not static.
21st century science, engineering,and medicine are:
Totally interdependent
Blending together in new ways
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Engineering is about Systems
From nanobiological devices
To large scale infrastructure
To the earth itself
And Engineering Systems
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And Engineering Systems
include, interact with, and serve:
People
Economies Business
Law
Politics
Culture
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Grand Challenges for Engineering
Proposed by a committee of amazingly
accomplished and innovative people.
Extremely challenging and important.
Deemed to be doable in the next few decades.
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Engineering Grand Challenges
Make Solar Energy Economical
Provide Energy from Fusion
Develop Carbon SequestrationMethods
Manage the Nitrogen Cycle
Provide Access to Clean Water
Engineer Better Medicines
Advance Health Informatics
Secure Cyberspace
Prevent Nuclear Terror
Restore and Improve UrbanInfrastructure
Reverse Engineer the Brain
Enhance Virtual Reality Advance Personalized Learning
Engineer the Tools of ScientificDiscovery
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Engineering Grand Challenges
Energy
Environment
Global Warming
Sustainability
Improve Medicine and
Healthcare Delivery
Reducing Vulnerability to
Human and Natural Threats
Expand and Enhance
Human Capability
And Joy
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Think about these Challenges
Some are imperative for human survival.
Some will make us more secure against natural and human
threats.
All will improve quality of life.
Most are of global scale.
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Where the mind is without fear and the head is held high
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Where the mind is without fear and the head is held high.
Where knowledge is free.
Where the world has not been broken up into fragments
By narrow domestic walls.
Where words come out from the depth of truth.
Where tireless striving stretches its arms towards perfection.Where the clear stream of reason has not lost its way
Into the dreary desert sand of dead habit.
Where the mind is led forward by Thee
Into ever-widening thought and action.
Into that heaven of freedom, my Father, let my country awake.
Rabindranath Tagore
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