HUT200 PE Module II zjxjsufjdu udifuzyskxyshammafath1010
This document discusses several key concepts in engineering ethics including:
1. Engineering ethics involves understanding moral values that should guide the profession, resolving moral issues, and justifying moral judgments in engineering.
2. There are two senses of engineering ethics - the normative sense focuses on justified moral principles while the descriptive sense refers to what engineers actually believe and do.
3. Moral issues in engineering can arise from resource constraints, opportunities for unethical behavior, and attitudes within an organization. Understanding the variety of moral issues is important for resolving dilemmas in engineering ethics.
This document provides an overview of engineering ethics. It defines engineering ethics as understanding moral values that should guide the profession, resolving moral issues, and justifying judgments. It discusses types of moral issues like resource crunch, opportunity, and attitude. It also outlines approaches to ethics like micro focusing on individuals and macro on societal problems. The document summarizes theories of moral development by Kohlberg and Gilligan and discusses concepts like moral dilemmas, autonomy, and types of inquiries in ethics.
The engineer as an assistant to serve the society and
employer.
Technician: The engineer as a technician to solve technical
problems.
Manager: The engineer as a manager to achieve organizational
goals.
Citizen: The engineer as a responsible citizen to protect public
interest.
Entrepreneur: The engineer as an entrepreneur to earn profit.
Scholar: The engineer as a scholar to advance knowledge.
Whistleblower: The engineer as a whistleblower to expose
wrongdoings.
Judge: The engineer as a judge to make fair decisions.
Mediator: The engineer as a mediator to resolve conflicts.
Reformer: The engineer
This document provides an overview of the topics covered in the unit on engineering ethics. It discusses the different senses of engineering ethics as normative and descriptive. It also covers the variety of moral issues that can arise from resource crunch, opportunity, and attitude. The types of inquiries in solving ethical problems are described as normative, conceptual, and factual/descriptive. Moral dilemmas are defined as situations where moral reasons conflict, and the steps to solve dilemmas are outlined as identifying moral factors, collecting relevant information, and ranking moral options.
1. The document discusses key concepts in engineering ethics including types of ethical inquiry, moral dilemmas, and moral autonomy. It outlines two approaches to engineering ethics: micro-ethics which focuses on everyday problems, and macro-ethics which addresses societal problems.
2. Moral issues in engineering are classified into three categories: resource crunch due to time/budget pressures, opportunities for double standards or prioritizing gains, and employee attitudes due to lack of recognition/promotion.
3. There are three types of ethical inquiry: normative inquiries which identify moral standards, conceptual inquiries which clarify ethical concepts, and factual inquiries which provide information relevant to ethical issues. Solving moral dilemmas involves identifying relevant
This document provides an overview of key concepts in engineering ethics, including:
1. Engineering ethics deals with moral issues and problems in engineering practice and seeks to understand values that should guide engineers.
2. Moral dilemmas in engineering arise from conflicts between moral reasons or values. They can be addressed through normative, conceptual, and factual inquiries.
3. Theories of moral development like Kohlberg's and Gilligan's help explain how individuals' reasoning about ethics changes over time. Autonomy, balancing self-interest and duties to others, is important for ethical decision making.
Senses of “Engineering Ethics” – Variety of moral issues – Types of inquiry – Moral dilemmas – Moral Autonomy – Kohlberg‟s theory – Gilligan‟s theory – Consensus and Controversy – Models of professional roles - Theories about right action – Self-interest – Customs and Religion – Uses of Ethical Theories
GE6075 - Unit 2 ppt for final year studentsJesudassI
Engineering ethics involves studying the moral issues that engineers face. It examines the character, policies and relationships of those involved in technological activities. Engineering ethics considers issues like workplace relationships, product safety, and codes of conduct dealing with public safety, honesty and responsibility. Kohlberg's and Gilligan's theories discuss the development of moral reasoning and emphasize developing moral autonomy to independently evaluate ethical issues. While autonomy allows for diverse viewpoints, some consensus is important for ethical decision making in engineering.
HUT200 PE Module II zjxjsufjdu udifuzyskxyshammafath1010
This document discusses several key concepts in engineering ethics including:
1. Engineering ethics involves understanding moral values that should guide the profession, resolving moral issues, and justifying moral judgments in engineering.
2. There are two senses of engineering ethics - the normative sense focuses on justified moral principles while the descriptive sense refers to what engineers actually believe and do.
3. Moral issues in engineering can arise from resource constraints, opportunities for unethical behavior, and attitudes within an organization. Understanding the variety of moral issues is important for resolving dilemmas in engineering ethics.
This document provides an overview of engineering ethics. It defines engineering ethics as understanding moral values that should guide the profession, resolving moral issues, and justifying judgments. It discusses types of moral issues like resource crunch, opportunity, and attitude. It also outlines approaches to ethics like micro focusing on individuals and macro on societal problems. The document summarizes theories of moral development by Kohlberg and Gilligan and discusses concepts like moral dilemmas, autonomy, and types of inquiries in ethics.
The engineer as an assistant to serve the society and
employer.
Technician: The engineer as a technician to solve technical
problems.
Manager: The engineer as a manager to achieve organizational
goals.
Citizen: The engineer as a responsible citizen to protect public
interest.
Entrepreneur: The engineer as an entrepreneur to earn profit.
Scholar: The engineer as a scholar to advance knowledge.
Whistleblower: The engineer as a whistleblower to expose
wrongdoings.
Judge: The engineer as a judge to make fair decisions.
Mediator: The engineer as a mediator to resolve conflicts.
Reformer: The engineer
This document provides an overview of the topics covered in the unit on engineering ethics. It discusses the different senses of engineering ethics as normative and descriptive. It also covers the variety of moral issues that can arise from resource crunch, opportunity, and attitude. The types of inquiries in solving ethical problems are described as normative, conceptual, and factual/descriptive. Moral dilemmas are defined as situations where moral reasons conflict, and the steps to solve dilemmas are outlined as identifying moral factors, collecting relevant information, and ranking moral options.
1. The document discusses key concepts in engineering ethics including types of ethical inquiry, moral dilemmas, and moral autonomy. It outlines two approaches to engineering ethics: micro-ethics which focuses on everyday problems, and macro-ethics which addresses societal problems.
2. Moral issues in engineering are classified into three categories: resource crunch due to time/budget pressures, opportunities for double standards or prioritizing gains, and employee attitudes due to lack of recognition/promotion.
3. There are three types of ethical inquiry: normative inquiries which identify moral standards, conceptual inquiries which clarify ethical concepts, and factual inquiries which provide information relevant to ethical issues. Solving moral dilemmas involves identifying relevant
This document provides an overview of key concepts in engineering ethics, including:
1. Engineering ethics deals with moral issues and problems in engineering practice and seeks to understand values that should guide engineers.
2. Moral dilemmas in engineering arise from conflicts between moral reasons or values. They can be addressed through normative, conceptual, and factual inquiries.
3. Theories of moral development like Kohlberg's and Gilligan's help explain how individuals' reasoning about ethics changes over time. Autonomy, balancing self-interest and duties to others, is important for ethical decision making.
Senses of “Engineering Ethics” – Variety of moral issues – Types of inquiry – Moral dilemmas – Moral Autonomy – Kohlberg‟s theory – Gilligan‟s theory – Consensus and Controversy – Models of professional roles - Theories about right action – Self-interest – Customs and Religion – Uses of Ethical Theories
GE6075 - Unit 2 ppt for final year studentsJesudassI
Engineering ethics involves studying the moral issues that engineers face. It examines the character, policies and relationships of those involved in technological activities. Engineering ethics considers issues like workplace relationships, product safety, and codes of conduct dealing with public safety, honesty and responsibility. Kohlberg's and Gilligan's theories discuss the development of moral reasoning and emphasize developing moral autonomy to independently evaluate ethical issues. While autonomy allows for diverse viewpoints, some consensus is important for ethical decision making in engineering.
Pg. 04Question Four Assignment 1Deadline Day 21.docxmattjtoni51554
Pg. 04
Question Four
Assignment 1
Deadline: Day 21/10/2017 @ 23:59
[Total Mark for this Assignment is 5]
Decision support systems
IT 445
College of Computing and Informatics
Question One
1 Mark
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
Explain how decision style can effect on the decision makers think and react to a problem?
Question Two
2 Marks
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
Explain of closed-loop Cycle business performance management methodology and its four processes in detail.Question Three
1 Mark
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
What are the major categories that classified the managers’ roles? Explain the following roles and match them with their categories (Negotiator, Leader, Spokesperson, and Entrepreneur)?
Question Four
1 Mark
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
Explain and draw the architecture of web-based data warehousing.
What are ethics?
Ethics is a cumulative effort to understand and to control individualism (or existentialism).
Necessary to control this self-regarding human characteristic to live peacefully as an extended group of people.
Ethical behaviour =balance between self-interest and group responsibility.
It is largely a learned skill, rather than an instinct.
Ethics = informal guide to professional decision-making with clear moral guidelines.
The Concept of Engineering Ethics
Ethics is a study of morality in practice
Ethics is given relevance as the application of moral values, particularly in a professional capacity.
2
Ethics =provision of a value system
Very often a guide to proper conduct in society/ work place, rather than imposition of a set of rules like the Road Code
It enables professionals to be influenced and guided in their decision making
Ethical guidelines can very often be informative and descriptive, rather than authoritarian and prescriptive
Values, Etiquette, Morals and Ethics
Values: Your own subjective principles including worth and desirability
Etiquette: Considered good mannered and polite
Morality: Applying a set of morally correct/ honourable set of rules/ principles to situation
Morality = generally accepted standards of right and wrong in a society
Ethics = study of moral decision-making
Used when referring to professional behaviour
Can appear in a code of professional ethics
In New Zealand
A code of engineering ethics is published by IPENZ, which is the professional body, representing professional engineers from all disciplines in New Zealand.
The ethical objectives of the institution are to develop and promote ethical engineering practices benefiting the wider community.
Which is particularly appropriate for engineers, and which is published for the information of the public.
These ethical values .
The document discusses several topics related to engineering ethics including the scope of engineering ethics, approaches to studying ethics, senses of engineering ethics, variety of moral issues, types of inquiries for solving ethical problems, moral dilemmas, moral autonomy, theories of moral development, characteristics of a profession, models of professional roles, and responsible professionalism. It provides information on concepts like normative vs descriptive ethics, micro vs macro ethics, Kohlberg and Gilligan's theories of moral development, and virtues of responsible professionalism.
This document provides an introduction to professional ethics and engineering ethics. It defines ethics as the study of right and wrong, and engineering ethics as the study of moral issues confronting engineers. Engineering ethics is important for responsibly confronting technological issues and achieving moral autonomy. The document differentiates between moral issues related to personal behavior versus professional behavior. It discusses the moral aspects and responsibilities of engineers, including respecting others, keeping promises, and avoiding cheating. It also defines key terms like micro-ethics, macro-ethics, self-interest, self-respect, and responsibility. The importance of ethics for the engineering profession is explained, along with the basic goals and applications of engineering ethics in decision making.
This document discusses various topics related to engineering ethics including:
- The different senses and types of inquiries in engineering ethics such as normative, conceptual, and factual inquiries.
- Moral dilemmas and how they can be addressed through identifying relevant moral factors, collecting facts, ranking considerations, and considering alternative actions.
- Theories of moral development including Kohlberg's stages of moral reasoning and Gilligan's model of an ethic of care.
- The relationship between consensus and controversy in engineering ethics issues and the need for both autonomy and authority.
- Characteristics of professions including knowledge, organization, and serving the public good.
This document discusses moral dilemmas and moral autonomy. It defines a moral dilemma as a situation where moral reasons conflict, making decision making complex. There are three types of difficulties that can lead to moral dilemmas: vagueness in distinguishing right from wrong, conflicting moral reasons, and disagreement on solutions. To solve dilemmas, one should identify moral factors, collect all relevant information, rank options, generate alternatives, discuss with colleagues, and decide on a course of action. Moral autonomy means making decisions based on moral concern for others and good reasons, through critical reflection rather than passive adoption of social conventions. Engineering should promote autonomous participation while balancing priorities like profitability, quality, and customer retention. Moral autonomy requires skills like recognizing moral
The document discusses engineering ethics and professionalism. It covers several key topics:
- Kohlberg's theory of moral development and Gilligan's criticisms of focusing only on justice.
- The variety of moral issues engineers may face, including moral dilemmas with conflicting obligations.
- Characteristics that define a profession, including specialized knowledge, organization, and commitment to public good.
- Different views on what defines a professional and the tensions between autonomy and authority.
The document provides an overview of key concepts in engineering ethics. It discusses senses of engineering ethics, types of moral inquiries including normative, conceptual and factual inquiries. It covers moral dilemmas and theories of moral development by Kohlberg and Gilligan. It also addresses moral autonomy, consensus and controversy in ethics, and models of professional roles for engineers. The goal of the material is to help analyze professional and ethical issues and increase awareness of engineers' responsibilities.
Here are the key stages in Kohlberg's theory of moral development:
1. Pre-conventional - Morality is based on obedience and self-interest. Doing what you're told to avoid punishment.
2. Conventional - Morality is based on maintaining social order and pleasing others. Following rules and respecting authority.
3. Post-conventional - Morality is based on principles of justice, rights, and universal ethics. Emphasis is on individual rights and standards that have been critically examined and agreed upon by society.
The Heinz dilemma presents a situation where a man considers stealing a drug to save his wife's life, pitting legal consequences against human life. Kohlberg would be interested
The representative engineer is an assistant
who helps clients and employers achieve their goals
through the application of specialized knowledge and
skills.
Independent contractor: The representative engineer
provides technical services to clients on a contractual
basis, with a high degree of autonomy and
independence.
Citizen: The representative engineer is a citizen who
balances technical expertise with social responsibility
and public participation in decision making.
Whistleblower: The representative engineer exposes
misconduct and dangers to health, safety and
environment.
PROFESSIONAL IDEALS AND VIRTUES
- Competence: Maintaining an ability to solve
complex problems with specialized knowledge
and skills.
- Honesty:
Week 1 Lecture a.pdf Introduction to Ethical and Legal Dimensions of Enginee...AhsanKhan898576
This lecture introduces the ME-302 course on ethical and legal dimensions of engineering. The objectives are to describe the course, discuss engineering ethics, and introduce the concepts of ethics, morals, and their importance. The course involves 2 credit hours and covers topics like moral reasoning, dilemmas, and responsibilities of engineers. It aims to help students demonstrate an understanding of their moral obligations. The major scope is to understand the need for moral responsibility in engineering and congruence between professional and corporate goals.
Unit II Engineering Ethics (GE8076 Professional Ethics in Engineering)Dr. SELVAGANESAN S
This document provides an overview of Engineering Ethics. It discusses:
- The definition and scope of Engineering Ethics, which is concerned with rules and standards guiding engineers professionally.
- Variety of moral issues engineers may face, such as those related to their organization, clients, competitors, laws/regulations, and society/environment.
- Three types of inquiries in Engineering Ethics: normative inquiries identify values guiding decisions; conceptual inquiries describe meanings; and factual inquiries establish facts.
- Key concepts like morality, professionalism, and the variety of bodies that establish codes of ethics for engineers.
This document provides an overview of Engineering Ethics. It discusses what engineering ethics is, its scope, the variety of moral issues that can arise, types of inquiries used to study ethics, and theories of moral development. Engineering ethics concerns rules and standards that guide ethical conduct. It addresses issues at both the micro level of individuals and companies, and macro level of society. Moral dilemmas can occur when obligations conflict. Studying ethics aims to develop moral autonomy and skills like recognizing ethical problems. Theories by Kohlberg and Gilligan examine how reasoning about ethics changes with age and experience.
This document discusses objectives, morals, and values in engineering ethics. It aims to (1) understand moral values that should guide engineering, (2) resolve moral issues, and (3) justify moral judgments in the profession. Objectives also include improving cognitive skills like moral awareness, reasoning, imagination, and communication. Morals are principles based on experience and wisdom that guide conduct, while ethics involves critical reflection on morals. Values associate emotions with experiences and guide choices. Human values evolve due to societal norms, awareness, teachings, social leaders, and law. The document lists examples of different types of values like right conduct, peace, truth, love, and non-violence.
This document discusses various topics related to engineering ethics including:
- Types of inquiry in engineering ethics such as normative, conceptual, and factual inquiries.
- Moral dilemmas and the skills needed to address them such as identifying relevant moral factors and considering alternative courses of action.
- Theories of moral development including Kohlberg's stages of moral reasoning and Gilligan's model which focuses on an ethic of care.
- Characteristics of professions and professionalism as well as models of the professional engineer's role in society.
- Virtue ethics and the virtues that define professional responsibility such as self-direction, public spirit, teamwork, and proficiency.
The document discusses various types of ethics including professional ethics, business ethics, engineering ethics, personal ethics, and corporate ethics. It provides definitions and examples of each type. Professional ethics refer to guiding principles that professionals in a field should follow, such as honesty and trustworthiness. Engineering ethics examines the moral obligations of engineers to society. Personal ethics are moral principles that guide an individual's personal life. Business ethics ensure fair treatment of employees and ethical business practices. Corporate ethics refer to a company's environmental, social, and economic responsibilities.
principle of management and professional ethicssabarish k.v
This document provides an overview of the key concepts in engineering ethics. It discusses the different senses and variety of moral issues that can arise. It covers the different types of ethical inquiries including normative, conceptual, and factual inquiries. It explains moral dilemmas and autonomy. Kohlberg's theory of moral development and Gilligan's critique are summarized. The document also discusses professions, professional roles and ideals, virtue ethics, and the different theories about right action including self-interest, customs, and uses of ethical theories.
UNIT 2.pptx professional ethics engineeringsreeponni1326
The document discusses types of inquiries in engineering ethics and moral dilemmas. It describes three types of inquiries: normative, conceptual, and factual/descriptive. Normative inquiries seek to identify and justify moral standards, conceptual inquiries clarify ethical concepts, and factual inquiries obtain information relevant to ethical issues. Moral dilemmas occur when moral reasons conflict or values are unclear, creating complex decision making where engineers must weigh priorities and generate alternative solutions. The document provides examples and steps to address moral dilemmas in engineering.
The document discusses engineering ethics and provides information on various related topics in 3 sections.
Section 1 defines engineering ethics as concerning the rules and standards governing engineer conduct professionally. It also discusses various engineering bodies and codes of ethics.
Section 2 explains the scope of engineering ethics, approaches to studying ethics, and the variety of moral issues that can arise for engineers related to their work, organizations, customers, laws and more.
Section 3 describes the types of inquiries in engineering ethics including normative, conceptual and factual to help identify values, understand concepts and gather information to resolve moral dilemmas.
The document discusses engineering ethics and provides information on various related topics in 3 sections.
Section 1 defines engineering ethics as concerning the rules and standards governing engineer conduct professionally. It also discusses various engineering bodies and codes of ethics.
Section 2 explains the scope of engineering ethics, approaches to studying ethics, and the variety of moral issues that can arise for engineers related to their work, organizations, customers, laws and more.
Section 3 describes the types of inquiries in engineering ethics including normative, conceptual and factual to help identify values, understand concepts and gather information to resolve moral dilemmas.
Chapter 4 SCOPES AND AIMS OF ENGINEERING ETHICS ETCTakshil Gajjar
This document discusses engineering ethics and the responsibilities of engineers. It defines engineering ethics as concerning one's conduct and behavior when carrying out engineering work. Codes of ethics aim to set ideals and responsibilities for the profession, protect clients and professionals, improve the profession's profile, and provide guidance. They address issues like academic honesty, confidentiality, impartiality, and conflicts of interest. The document also presents examples of moral issues engineers may face, such as a structurally unsafe bridge or observing a colleague stealing confidential information. It emphasizes that engineers must consider moral values and impacts on safety, health and welfare when making decisions.
Enriching engagement with ethical review processesstrikingabalance
New ethics review processes at the University of Bath. Presented at the 8th World Conference on Research Integrity by Filipa Vance, Head of Research Governance and Compliance at the University of Bath. June 2024, Athens
Pg. 04Question Four Assignment 1Deadline Day 21.docxmattjtoni51554
Pg. 04
Question Four
Assignment 1
Deadline: Day 21/10/2017 @ 23:59
[Total Mark for this Assignment is 5]
Decision support systems
IT 445
College of Computing and Informatics
Question One
1 Mark
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
Explain how decision style can effect on the decision makers think and react to a problem?
Question Two
2 Marks
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
Explain of closed-loop Cycle business performance management methodology and its four processes in detail.Question Three
1 Mark
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
What are the major categories that classified the managers’ roles? Explain the following roles and match them with their categories (Negotiator, Leader, Spokesperson, and Entrepreneur)?
Question Four
1 Mark
Learning Outcome(s):
Instructors: State the Learning Outcome(s) that match this question
Explain and draw the architecture of web-based data warehousing.
What are ethics?
Ethics is a cumulative effort to understand and to control individualism (or existentialism).
Necessary to control this self-regarding human characteristic to live peacefully as an extended group of people.
Ethical behaviour =balance between self-interest and group responsibility.
It is largely a learned skill, rather than an instinct.
Ethics = informal guide to professional decision-making with clear moral guidelines.
The Concept of Engineering Ethics
Ethics is a study of morality in practice
Ethics is given relevance as the application of moral values, particularly in a professional capacity.
2
Ethics =provision of a value system
Very often a guide to proper conduct in society/ work place, rather than imposition of a set of rules like the Road Code
It enables professionals to be influenced and guided in their decision making
Ethical guidelines can very often be informative and descriptive, rather than authoritarian and prescriptive
Values, Etiquette, Morals and Ethics
Values: Your own subjective principles including worth and desirability
Etiquette: Considered good mannered and polite
Morality: Applying a set of morally correct/ honourable set of rules/ principles to situation
Morality = generally accepted standards of right and wrong in a society
Ethics = study of moral decision-making
Used when referring to professional behaviour
Can appear in a code of professional ethics
In New Zealand
A code of engineering ethics is published by IPENZ, which is the professional body, representing professional engineers from all disciplines in New Zealand.
The ethical objectives of the institution are to develop and promote ethical engineering practices benefiting the wider community.
Which is particularly appropriate for engineers, and which is published for the information of the public.
These ethical values .
The document discusses several topics related to engineering ethics including the scope of engineering ethics, approaches to studying ethics, senses of engineering ethics, variety of moral issues, types of inquiries for solving ethical problems, moral dilemmas, moral autonomy, theories of moral development, characteristics of a profession, models of professional roles, and responsible professionalism. It provides information on concepts like normative vs descriptive ethics, micro vs macro ethics, Kohlberg and Gilligan's theories of moral development, and virtues of responsible professionalism.
This document provides an introduction to professional ethics and engineering ethics. It defines ethics as the study of right and wrong, and engineering ethics as the study of moral issues confronting engineers. Engineering ethics is important for responsibly confronting technological issues and achieving moral autonomy. The document differentiates between moral issues related to personal behavior versus professional behavior. It discusses the moral aspects and responsibilities of engineers, including respecting others, keeping promises, and avoiding cheating. It also defines key terms like micro-ethics, macro-ethics, self-interest, self-respect, and responsibility. The importance of ethics for the engineering profession is explained, along with the basic goals and applications of engineering ethics in decision making.
This document discusses various topics related to engineering ethics including:
- The different senses and types of inquiries in engineering ethics such as normative, conceptual, and factual inquiries.
- Moral dilemmas and how they can be addressed through identifying relevant moral factors, collecting facts, ranking considerations, and considering alternative actions.
- Theories of moral development including Kohlberg's stages of moral reasoning and Gilligan's model of an ethic of care.
- The relationship between consensus and controversy in engineering ethics issues and the need for both autonomy and authority.
- Characteristics of professions including knowledge, organization, and serving the public good.
This document discusses moral dilemmas and moral autonomy. It defines a moral dilemma as a situation where moral reasons conflict, making decision making complex. There are three types of difficulties that can lead to moral dilemmas: vagueness in distinguishing right from wrong, conflicting moral reasons, and disagreement on solutions. To solve dilemmas, one should identify moral factors, collect all relevant information, rank options, generate alternatives, discuss with colleagues, and decide on a course of action. Moral autonomy means making decisions based on moral concern for others and good reasons, through critical reflection rather than passive adoption of social conventions. Engineering should promote autonomous participation while balancing priorities like profitability, quality, and customer retention. Moral autonomy requires skills like recognizing moral
The document discusses engineering ethics and professionalism. It covers several key topics:
- Kohlberg's theory of moral development and Gilligan's criticisms of focusing only on justice.
- The variety of moral issues engineers may face, including moral dilemmas with conflicting obligations.
- Characteristics that define a profession, including specialized knowledge, organization, and commitment to public good.
- Different views on what defines a professional and the tensions between autonomy and authority.
The document provides an overview of key concepts in engineering ethics. It discusses senses of engineering ethics, types of moral inquiries including normative, conceptual and factual inquiries. It covers moral dilemmas and theories of moral development by Kohlberg and Gilligan. It also addresses moral autonomy, consensus and controversy in ethics, and models of professional roles for engineers. The goal of the material is to help analyze professional and ethical issues and increase awareness of engineers' responsibilities.
Here are the key stages in Kohlberg's theory of moral development:
1. Pre-conventional - Morality is based on obedience and self-interest. Doing what you're told to avoid punishment.
2. Conventional - Morality is based on maintaining social order and pleasing others. Following rules and respecting authority.
3. Post-conventional - Morality is based on principles of justice, rights, and universal ethics. Emphasis is on individual rights and standards that have been critically examined and agreed upon by society.
The Heinz dilemma presents a situation where a man considers stealing a drug to save his wife's life, pitting legal consequences against human life. Kohlberg would be interested
The representative engineer is an assistant
who helps clients and employers achieve their goals
through the application of specialized knowledge and
skills.
Independent contractor: The representative engineer
provides technical services to clients on a contractual
basis, with a high degree of autonomy and
independence.
Citizen: The representative engineer is a citizen who
balances technical expertise with social responsibility
and public participation in decision making.
Whistleblower: The representative engineer exposes
misconduct and dangers to health, safety and
environment.
PROFESSIONAL IDEALS AND VIRTUES
- Competence: Maintaining an ability to solve
complex problems with specialized knowledge
and skills.
- Honesty:
Week 1 Lecture a.pdf Introduction to Ethical and Legal Dimensions of Enginee...AhsanKhan898576
This lecture introduces the ME-302 course on ethical and legal dimensions of engineering. The objectives are to describe the course, discuss engineering ethics, and introduce the concepts of ethics, morals, and their importance. The course involves 2 credit hours and covers topics like moral reasoning, dilemmas, and responsibilities of engineers. It aims to help students demonstrate an understanding of their moral obligations. The major scope is to understand the need for moral responsibility in engineering and congruence between professional and corporate goals.
Unit II Engineering Ethics (GE8076 Professional Ethics in Engineering)Dr. SELVAGANESAN S
This document provides an overview of Engineering Ethics. It discusses:
- The definition and scope of Engineering Ethics, which is concerned with rules and standards guiding engineers professionally.
- Variety of moral issues engineers may face, such as those related to their organization, clients, competitors, laws/regulations, and society/environment.
- Three types of inquiries in Engineering Ethics: normative inquiries identify values guiding decisions; conceptual inquiries describe meanings; and factual inquiries establish facts.
- Key concepts like morality, professionalism, and the variety of bodies that establish codes of ethics for engineers.
This document provides an overview of Engineering Ethics. It discusses what engineering ethics is, its scope, the variety of moral issues that can arise, types of inquiries used to study ethics, and theories of moral development. Engineering ethics concerns rules and standards that guide ethical conduct. It addresses issues at both the micro level of individuals and companies, and macro level of society. Moral dilemmas can occur when obligations conflict. Studying ethics aims to develop moral autonomy and skills like recognizing ethical problems. Theories by Kohlberg and Gilligan examine how reasoning about ethics changes with age and experience.
This document discusses objectives, morals, and values in engineering ethics. It aims to (1) understand moral values that should guide engineering, (2) resolve moral issues, and (3) justify moral judgments in the profession. Objectives also include improving cognitive skills like moral awareness, reasoning, imagination, and communication. Morals are principles based on experience and wisdom that guide conduct, while ethics involves critical reflection on morals. Values associate emotions with experiences and guide choices. Human values evolve due to societal norms, awareness, teachings, social leaders, and law. The document lists examples of different types of values like right conduct, peace, truth, love, and non-violence.
This document discusses various topics related to engineering ethics including:
- Types of inquiry in engineering ethics such as normative, conceptual, and factual inquiries.
- Moral dilemmas and the skills needed to address them such as identifying relevant moral factors and considering alternative courses of action.
- Theories of moral development including Kohlberg's stages of moral reasoning and Gilligan's model which focuses on an ethic of care.
- Characteristics of professions and professionalism as well as models of the professional engineer's role in society.
- Virtue ethics and the virtues that define professional responsibility such as self-direction, public spirit, teamwork, and proficiency.
The document discusses various types of ethics including professional ethics, business ethics, engineering ethics, personal ethics, and corporate ethics. It provides definitions and examples of each type. Professional ethics refer to guiding principles that professionals in a field should follow, such as honesty and trustworthiness. Engineering ethics examines the moral obligations of engineers to society. Personal ethics are moral principles that guide an individual's personal life. Business ethics ensure fair treatment of employees and ethical business practices. Corporate ethics refer to a company's environmental, social, and economic responsibilities.
principle of management and professional ethicssabarish k.v
This document provides an overview of the key concepts in engineering ethics. It discusses the different senses and variety of moral issues that can arise. It covers the different types of ethical inquiries including normative, conceptual, and factual inquiries. It explains moral dilemmas and autonomy. Kohlberg's theory of moral development and Gilligan's critique are summarized. The document also discusses professions, professional roles and ideals, virtue ethics, and the different theories about right action including self-interest, customs, and uses of ethical theories.
UNIT 2.pptx professional ethics engineeringsreeponni1326
The document discusses types of inquiries in engineering ethics and moral dilemmas. It describes three types of inquiries: normative, conceptual, and factual/descriptive. Normative inquiries seek to identify and justify moral standards, conceptual inquiries clarify ethical concepts, and factual inquiries obtain information relevant to ethical issues. Moral dilemmas occur when moral reasons conflict or values are unclear, creating complex decision making where engineers must weigh priorities and generate alternative solutions. The document provides examples and steps to address moral dilemmas in engineering.
The document discusses engineering ethics and provides information on various related topics in 3 sections.
Section 1 defines engineering ethics as concerning the rules and standards governing engineer conduct professionally. It also discusses various engineering bodies and codes of ethics.
Section 2 explains the scope of engineering ethics, approaches to studying ethics, and the variety of moral issues that can arise for engineers related to their work, organizations, customers, laws and more.
Section 3 describes the types of inquiries in engineering ethics including normative, conceptual and factual to help identify values, understand concepts and gather information to resolve moral dilemmas.
The document discusses engineering ethics and provides information on various related topics in 3 sections.
Section 1 defines engineering ethics as concerning the rules and standards governing engineer conduct professionally. It also discusses various engineering bodies and codes of ethics.
Section 2 explains the scope of engineering ethics, approaches to studying ethics, and the variety of moral issues that can arise for engineers related to their work, organizations, customers, laws and more.
Section 3 describes the types of inquiries in engineering ethics including normative, conceptual and factual to help identify values, understand concepts and gather information to resolve moral dilemmas.
Chapter 4 SCOPES AND AIMS OF ENGINEERING ETHICS ETCTakshil Gajjar
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1. Senses of “Engineering Ethics” – Variety of moral issues –
Types of inquiry – Moral dilemmas – Moral Autonomy –
Kohlberg‟s theory – Gilligan‟s theory
– Consensus and Controversy – Models of professional
roles - Theories about right action – Self- interest – Customs
and Religion – Uses of Ethical Theories
2. Engineering Ethics
OVERVIEW
Engineering Ethics is the activity and discipline aimed at
Understanding the moral values that ought to
guide engineering profession or practice,
Resolving moral issues in engineering, and
Justifying the moral judgments in engineering. It deals
with set of moral problems and issues connected with
engineering.
3. Engineering Ethics…
Engineering ethics is defined by the codes and standards of
conduct endorsed by engineering (professional) societies with
respect to the particular set of beliefs, attitudes and habits
displayed by the individual or group.
Another important goal of engineering ethics is the discovery
of the set of justified moral principles of obligation, rights and
ideals that ought to be endorsed by the engineers and apply
them to concrete situations. Engineering is the largest
profession and the decisions and actions of engineers affect all
of us in almost all areas of our lives, namely public safety,
health, and welfare
4. SENSES OF ENGINEERING ETHICS
There are two different senses (meanings) of engineering
ethics, namely the Normative and the Descriptive senses.
The normative sense include:
(a)Knowing moral values, finding accurate solutions to moral
problems and justifying moral judgments in engineering
practices,
(b)Study of decisions, policies, and values that are morally
desirable in the engineering practice and research, and
(c)Using codes of ethics and standards and applying them
in their transactions by engineers.
• The descriptive sense refers to what specific individual or
group of engineers believe and act, without justifying their
beliefs or actions.
5. VARIETY OF MORAL ISSUES
It would be relevant to know why and how do moral
issues (problems) arise in a profession or why do
people behave unethically?
The reasons for people including the employer and
employees, behaving unethically may be classified into
three categories:
1. Resource Crunch
2. Opportunity
3. Attitude
6. 1.Resource Crunch
Poor attitude of the employees set in due to
(a) Low morale of the employees because of dissatisfaction and
downsizing,
(b) Absence of grievance redressal mechanism,
(c) Lack of promotion or career development policies or denied
promotions,
(d) Lack of transparency,
(e) Absence of recognition and reward system, and
(f) Poor working environments.
Giving ethics training for all, recognizing ethical conduct in work
place, including ethics in performance appraisal, and encouraging
open discussion on ethical issues, are some of the directions to
promote positive attitudes among the employees. To get firm and
positive effect, ethical standards must be set and adopted by the
senior management,with input from all personnel.
7. 2. Opportunity
(a)Double standards or behavior of the employers towards the
employees and the public. The unethical behaviors of World Com (in
USA), Enron (in USA as well as India) executives in 2002 resulted in
bankruptcy for those companies,
(b)Management projecting their own interests more than that of
their employees. Some organizations over-emphasize short-term
gains and results at the expense of themselves and others,
(c) Emphasis on results and gains at the expense of the employees, and
(d)Management by objectives, without focus on empowerment and
improvement of the infrastructure. This is best encountered by
developing policies that allow ‘conscience keepers’ and whistle
blowers and appointing ombudsman, who can work confidentially
with people to solve the unethical problems internally.
8. 3. Attitude
(a) Poor attitude of the employees set in due to
(a) Low morale of the employees because of dissatisfaction and
downsizing,
(b) Absence of grievance redressal mechanism,
(c) Lack of promotion or career development policies or denied
promotions,
(d) Lack of transparency,
(e) Absence of recognition and reward system, and
(f) Poor working environments.
Giving ethics training for all, recognizing ethical conduct in work place,
including ethics in performance appraisal, and encouraging open
discussion on ethical issues, are some of the directions to promote
positive attitudes among the employees. To get firm and positive
effect, ethical standards must be set and adopted by the senior
management,with input from all personnel.
9. The three types of inquiries, in solving ethical problems are:
normative inquiry, conceptual inquiry, and factual or descriptive
inquiry.
1.Normativ
e Inquiry
2.Conceptu
al Inquiry
3.Factual or Descriptive Inquiry
• The three types of inquiries are discussed below to
illustrate the differences and preference.
TYPESOFINQUIRIES
10. 1. Normative Inquiry
It seeks to identify and justify the morally-desirable norms or standards that
should guide individuals and groups. It also has the theoretical goal of justifying
particular moral judgments. Normative questions are about what ought to be
and what is good, based on moral values. For example,
1.How far does the obligation of engineers to protect public safety
extend in any given situation?
2. When, if ever, should engineers be expected to blow whistle on dangerous
practices of their
employers?
3.Whose values ought to be primary in making judgment about acceptable risks
in design for a public transport system or a nuclear plant? Is it of management,
senior engineers, government, voters or all of them?
4. When and why is the government justified in interfering with the
organisations?
5.What are the reasons on which the engineers show their obligations to their
employees or clients or the public?
11. 2. ConceptualInquiry
It is directed to clarify the meaning of concepts or
ideas or principles that are expressed by words or
by questions and statements. For example,
(a) What is meant by safety?
(b) How is it related to risk?
(c) What is a bribe?
(d) What is a profession?
When moral concepts are discussed, normative and
conceptual issues are closely interconnected.
12. 3. Factual or Descriptive Inquiry
It is aimed to obtain facts needed for understanding and resolving value
issues. Researchers conduct factual inquiries using mathematical or
statistical techniques. The inquiry provide important information on
business realities, engineering practice, and the effectiveness of
professional societies in fostering moral conduct, the procedures used in
risk assessment, and psychological profiles of engineers. The facts provide
not only the reasons for moral problems but also enable us to develop
alternative ways of resolving moral problems. For example,
1. How were the benefits assessed?
2. What are procedures followed in risk assessment?
3. What are short-term and long-term effects of drinking water being
polluted? and
4. Who conducted the tests on materials?
13. MORAL DILEMMAS
Definition
Dilemmas are situations in which moral reasons come into conflict, or in
which the application of moral values are problems, and one is not clear
of the immediate choice or solution of the problems. Moral reasons
could be rights, duties, goods or obligations. These situations do not
mean that things had gone wrong, but they only indicate the presence of
moral complexity. This makes the decision making complex. For
example, a person promised to meet a friend and dine, but he has to
help his uncle who is involved in an accident — one has to fix the
priority.
There are some difficulties in arriving at the solution to the problems, in
dilemma. The three
complex situations leading to moral dilemmas are:
14. MORAL DILEMMAS…..
1. The problem of vagueness: One is unable to distinguish
between good and bad (right or wrong) principle. Good
means an action that is obligatory. For example, code of
ethics specifies that one should obey the laws and follow
standards. Refuse bribe or accept the gift, and maintain
confidentiality
2. The problem of conflicting reasons: One is unable to
choose between two good moral solutions. One has to fix
priority, through knowledge or value system.
3. The problem of disagreement: There may be two or more
solutions and none of them mandatory. These solutions may
be better or worse in some respects but not in all aspects. One
has to interpret, apply different morally reasons, and analyze
and rank the decisions. Select the best suitable, under the
existing and the most probable conditions.
15. Steps to Solve Dilemma
1. The logical steps in confronting moral dilemma are:
2. Identification of the moral factors and reasons. The clarity to
identify the relevant moral values from among duties, rights,
goods and obligations is obtained (conceptual inquiry). The
most useful resource in identifying dilemmas in engineering is
the professional codes of ethics, as interpreted by the
professional experience. Another resource is talking with
colleagues who can focus or narrow down the choice of values.
3. Collection of all information, data, and facts (factual
inquiry) relevant to the situation.
16. Steps to Solve Dilemma……
3. Rank the moral options i.e., priority in application through value system,
and also as obligatory, all right, acceptable, not acceptable, damaging,
and most damaging etc. For example, in fulfilling responsibility, the
codes give prime importance to public safety and protection of the
environment, as compared to the individuals or the employers
(conceptual inquiry).
4. Generate alternate courses of action to resolve the dilemma. Write down
the main options and sub-options as a matrix or decision tree to ensure
that all options are included.
5. Discuss with colleagues and obtain their perspectives, priorities, and
suggestions on various alternatives.
6. Decide upon a final course of action, based on priority fixed or assumed.
If there is
no ideal solution, we arrive at a partially satisfactory or ‘satisfying’
solution.
17. Moral autonomy is defined as, decisions and actions
exercised on the basis of moral concern for other people and
recognition of good moral reasons.
Alternatively, moral autonomy means ‘self determinant or
independent’. The autonomous people hold moral
beliefs and attitudes based on their critical reflection
rather than on passive adoption of the conventions of
the society or profession.
Moral autonomy may also be defined as a skill and habit
of thinking rationally about the ethical issues, on the
basis of moral concern.
Viewing engineering as social experimentation will
promote autonomous participation and retain one’s
professional identity.
MORAL AUTONOMY
18. Periodical performance appraisals, tight-time schedules and fear
of foreign competition threatens this autonomy.
The attitude of the management should allow latitude in the judgments
of their
engineers on moral issues.
If management views profitability is more important than consistent
quality and retention of the customers that discourage the moral
autonomy, engineers are compelled to seek the support from their
professional societies and outside organizations for moral support.
It appears that the blue-collar workers with the support of the union
can adopt better autonomy than the employed professionals.
Only recently the legal support has been obtained by the professional
societies in
exhibiting moral autonomy by professionals in this country as well as in
the West.
MORAL AUTONOMY
19. MORAL AUTONOMY…..
The engineering skills related to moral autonomy are listed as follows:
1. Proficiency in recognizing moral problems in engineering and ability to
distinguish as well as relate them to problems in law, economics, and
religion,
2. Skill in comprehending, clarifying, and critically-assessing
arguments on different aspects of moral issues,
3. Ability to form consistent and comprehensive view points based on facts,
4. Awareness of alternate responses to the issues and creative solutions for
practical difficulties,
5. Sensitivity to genuine difficulties and subtleties, including
willingness to undergo and tolerate some uncertainty while making
decisions,
6. Using rational dialogue in resolving moral conflicts and developing
tolerance of different perspectives among morally reasonable people, and
7. Maintaining moral integrity.
20. Kohlberg Theory
Moral development in human being occurs over age and experience.
Kohlberg suggested there are three levels of moral development,
namely pre-conventional, conventional, and post-conventional, based
on the type of reasoning and motivation of the individuals in response
to moral questions.
In the pre-conventional level, right conduct for an individual is regarded
as whatever directly benefits oneself. At this level, individuals are
motivated by obedience or the desire to avoid punishment or to satisfy
their own needs or by the influence by power on them. All young
children exhibit this tendency.
At the conventional level, people respect the law and authority. Rules
and norms of one’s family or group or society is accepted, as the
standard of morality. Individuals in this level want to please or satisfy,
and get approval by others and to meet the expectations of the society,
rather than their self interest (e.g., good boy, good girl). Loyalty is
regarded as most important. Many adults do not go beyond this level.
21. Kohlberg Theory…..
At the post-conventional level, people are called
autonomous.
They think originally and want to live by universally good
principles and welfare of others. They have no self-interest.
They live by principled conscience. They follow the
golden rule, ‘Do unto others as you would have them do
unto you’.
They maintain moral integrity, self-respect and respect for
others. Kohlberg believed that individuals could only
progress through these stages, one stage at a time.
He believed that most of the moral development occurs
through social interactions.
22. Gilligan’s Theory
Carol Gilligan found that Kohlberg’s theory had a strong
male bias. According to Gilligan’s studies, men had a
tendency to solve problems by applying abstract moral
principles.
Men were found to resolve moral dilemma by choosing
the most important moral rule, overriding other rules.
In contrast, women gave importance to preserve personal
relationships with all the people involved.
The context oriented emphasis on maintaining personal
relationships was called the ethics of care, in contrast with
the ethics of rules and rights adopted by men.
Gilligan revised the three levels of moral development of
Kohlberg, as stages of growth towards ethics of caring.
23. Gilligan’s Theory….
The pre-conventional level, which is same as that of Kohlberg’s
first one, right conduct, is viewed in a sefish manner solely as
what is good for oneself.
The second level called conventional level, the importance is on
not hurting others, and willing to sacrifice one’s own interest and
help others.
This is the characteristic feature of women. At the post-
conventional level, a reasoned balance is found between caring
about others and pursuing the self-interest.
The balance one’s own need and the needs of others, is
aimed while maintaining relationship based on mutual
caring.
This is achieved by context-oriented reasoning, rather than by
hierarchy of rules.
The theories of moral development by Kohlberg and
Gilligan differ in the following respects.
25. MODELS OF PROFESSIONAL ROLES
Promotion of public good is the primary concern of the professional
engineers.
There are several role models to whom the engineers are attracted. These
models provoke their thinking, attitudes and actions.
1. Savior :The engineer as a savior, save the society from poverty, illiteracy,
wastage, inefficiency, ill health, human (labor) dignity and lead it to
prosperity, through technological development and social planning. For
example, R.L. Stevenson.
2. Guardian:He guards the interests of the poor and general public. As one
who is conversant with technology development, is given the authority
befitting his expertise to determine what is best suited to the society. For
example, Lawrence of Arabia (an engineer).
3. Bureaucratic Servant:He serves the organization and the employers.
The management of an enterprise fixes its goals and assigns the job
of problem solving to the engineer, who accepts the challenge and
shapes them into concrete achievements. For example, Jamshedji
Tata.
26. 4.Social Servant: It is one who exhibits social responsibility. The engineer
translates the interest and aspirations of the society into a reality,
remembering that his true master is the society at large. For example,
Sir M.Viswesvarayya.
5.Social Enabler and Catalyst :One who changes the society through
technology. The engineer must assist the management and the society to
understand their needs and make informed decisions on the desirable
technological development and minimize the negative effects of technology
on people and their living environment. Thus, he shines as a social enabler
and a catalyst for further growth. For example, Sri Sundarlal Bahuguna.
6.Game Player: He is neither a servant nor master. An engineer is an
assertive player, not a passive player who may carry out his master’s voice.
He plays a unique role successfully within the organization, enjoying the
excitement of the profession and having the satisfaction of surging ahead
in a competitive world. For example, Narayanamurthy, Infosys and Dr.
Kasthurirangan, ISRO.
MODELS OF PROFESSIONAL ROLES …..
27. Uses and Criteria
The ethical theories are useful in many respects.
1.In understanding moral dilemma. They provide clarity,
consistency, systematic and comprehensive understanding.
2.Ethical theories aid in identifying the moral
considerations or reasons that constitute a dilemma.
3. Ethical theories provide a more precise sense of what
kinds of information are relevant to solving moral
dilemmas.
4. It provides helpful practical guidance in moral issues towards
the solution.sometimes it offer ways to rank the relevant
moral considerations in order of importance and thereby
provide at least rough guidance in solving moral problems
THEORIESABOUTRIGHT ACTION(ETHICALTHEORIES)
28. 5.The theories suggest a general priority of the obligation to protect the
public
i)The special importance of rights to life and to informed consent
concerning risks to one’s life.
ii) the importance of duties to protect the vulnerable public
iii)The degree of immorality involved in death and risk of death compared to
economic benefits to corporations.
6. The theories strengthen our ability to reach balanced and insightful
judgments.
7. In relating ordinary and professional morality. The theories augment the
precision with which we use moral terms and they provide frame works for
moral reasoning when discussing moral issues
8. It provides a systematic framework for comparing the alternatives.
29. Different criteria may be applied for evaluating various ethical
theories anddeciding uponthebest
1.The theory must be clear and (coherent) formulated with
concepts that are logically connected.
2.It must be internally consistent, i.e., none of its principles
conflicts with any other
3. The theory and its defense must depend, only upon facts.
4.It must organize basic moral values in systematic and
comprehensive manner. It is to fix priority of values and
provide guidance in all situations
5.It must provide guidance compatible with our moral convictions
(judgments) about concrete situations. For example, if an ethical
theory says that it is all right for engineers to make explosive
devices without the informed consent of the public, we can
conclude that the theory is inadequate.
30. Theories and judgments are continually adjusted to each other until we reach a
reflective equilibrium. Most of the theories converge towards the welfare of
the humanity.
The duty ethics and right ethics differ in great extent on their emphasis. But
they remain complementary always.
Ethical Theories/Approaches
Several ethical theories have been developed over different times, each
of them stressing certain ethical principles or features. Each stresses a view and
many a times, we find that these theories converge and reinforce the ethics, in
deciding upon the actions and justifying the results.
31. The term Utilitarianism was conceived in the 19th century by Jeremy
Bentham and John Stuart Mill to help legislators determine which laws
were morally best.
They suggested that the standard of right conduct is maximization of good
consequences. Good consequences mean either ‘utilities’ or the ‘balance of
good over evil’.
This approach weighs the costs and benefits. Right actions are the ones that
produce the greatest satisfaction of the preferences of the affected persons.
In analyzing an issue in this approach, we have to:
The term Utilitarianism was conceived in the 19th century by Jeremy
Bentham and John Stuart Mill to help legislators determine which laws
were morally best. They suggested that the standard of right conduct is
maximization of good consequences. Good consequences mean either
‘utilities’ or the ‘balance of good over evil’.
1. Utilitarian Theory
32. This approach weighs the costs and benefits. Right actions are the ones that
produce the greatest satisfaction of the preferences of the affected persons.
In analyzing an issue in this approach, we have to:
(a) Identify the various courses of action available to us.
(b) Ask who will be affected by each action and what benefits or harms will be
derived from each.
(c) Choose the action that will produce the greatest benefits and the least
harm. The ethical action is the one that provides the greatest good for
the greatest number.
The ACT UTILITARIAN theory proposed by J.S. Mill (1806-73) focuses on
actions, rather than on general rules. An action is right, if it generates the
most overall good for the most people involved.
The RULE UTILITARIAN theory, developed by Richard Brandt (1910-97),
stressed on
the rules, such as ‘do not steal’, ‘do no harm others’, ‘do not bribe’, as of
primary importance. He suggested that individual actions are right when
they are required by set of rules which maximizes the public good.
1. Utilitarian Theory……..
33. The act utilitarian theory permitted a few immoral actions.
Hence, there was need to develop rule utilitarian theory to
establish morality and justice, in the transactions.
For example, stealing an old computer from the employer will
benefit the employee more than the loss to the employer. As
per Act, utilitarian this action is right.
But rule utilitarian observes this as wrong, because the
employee should act as ‘faithful agent or trustee of the
employees’.
In another example, some undisciplined engineers are
terminated with the blame for the mistakes they have not
committed.
The process is unfair although this results in promotion of overall
good.
1. Utilitarian Theory……..
34. A. The duty ethics theory, proposed by Immanuel Kant (1724-1804) states, that actions are
consequences of performance of one’s duties such as, ‘being honest’, ‘not cause suffering of
others’, ‘being fair to others including the meek and week’, ‘being grateful’, ‘keeping promises’
etc. The stress is on the universal principle of respect for autonomy i.e., respect and rationality of
persons. As per Kant we have duties to ourselves, as we are rational and autonomous beings. We
have a duty not to commit suicide; a duty to develop our talents and a duty to avoid harmful
drugs. Kant insisted that moral duties are categorical imperatives.
B. On the other hand, the DUTY ethics theory, as enunciated by John Rawl, gave importance to the
actions that would be voluntarily agreed upon by all persons concerned, assuming impartiality.
His view emphasized the autonomy each person exercises in forming agreements with other
rational people. Rawl proposed two basic moral principles; (1) each person is entitled to the
most extensive amount of liberty compatible with an equal amount for others, and (2)
differences in social power and economic benefits are justified only when they are likely to
benefit everyone, including members of the most disadvantaged groups. The first principle is of
prime importance and should be satisfied first. Without basic liberties other economic or social
benefits cannot be sustained for long. The second principle insists that to allow some people
with great wealth and power is justified only when all other groups are benefited. In the
business scenario, for example, the free enterprise is permissible so far it provides the capital
needed to invest and prosper, thereby making job opportunities to the public and taxes to fund
the government spending on the welfare schemes on the poor people.
2.DutyEthics theory
35. C.W.D. Ross, the British philosopher introduced the term prima facie duties, which
means duties might have justified exceptions. In fact, most duties are prima facie
ones; some may have obligatory or permissible exceptions. Ross assumed that the
prima facie duties are intuitively obvious (self-evident), while fixing priorities
among duties. He noted that the principles such as ‘Do not kill’ and ‘protect
innocent life’ involve high respect for persons than other principles such as, ‘Do
not lie’ (less harmful). This theory is criticized on the fact, that the intuitions do
not provide sufficient guideline for moral duty. He has listed various aspects of
Duty Ethics that reflect our moral convictions, namely:
1. Fidelity : duty to keep promises.
2. Reparation : duty to compensate others when we harm them.
3. Gratitude : duty to thank those who help us.
4. Justice : duty to recognize merit.
5. Beneficence : duty to recognize inequality and improve the condition of
others.
6. Self-improvement : duty to improve virtue and intelligence.
7. Non-malfeasance : duty not to injure others.
2.DutyEthics theory …….
36. Rights are entitlement to act or to have another individual act in a certain way.
Minimally, rights serve as a protective barrier, shielding individuals from unjustified
infringement of their moral agency by others. For every right, we have a corresponding
duty of noninterference.
The RIGHTS approach to ethics has its roots in the 18th century philosopher Immanuel
Kant, who focused on the individual’s right to choose for oneself. People are not
objects to be manipulated; it is a violation of human dignity to use people in ways they
do not freely choose. Other rights he advocated are:
1. The right to access the truth: We have a right to be told the truth and to be informed
about matters that significantly affect our choices.
2. The right of privacy: We have the right to do, believe, and say whatever we choose in our
personal lives
so long as we do not violate the rights of others.
3. The right not to be injured: We have the right not to be harmed or injured unless we
freely and knowingly do something to deserve punishment or we freely and knowingly
choose to risk such injuries.
4. The right to what is agreed: We have a right to what has been promised by those with
whom we have freely entered into a contract or agreement.
3. Rights Theory
37. The RIGHTS theory as promoted by John Locke states that the actions are right, if they
respect human rights of every one affected. He proposed the three basic human rights,
namely life, liberty, and property. His views were reflected in the modern American
society, when Jefferson declared the basic rights as life, liberty, and pursuit of happiness.
As per A.I. Melden’s theory based on rights, nature mandates that we should not harm
others’ life, health, liberty or property. Melden allowed welfare rights also for living a
decent human life. He highlighted that the rights should be based on the social welfare
system.
Human rights: Human rights are explained in two forms, namely liberty rights and
welfare rights. Liberty rights are rights to exercise one’s liberty and stresses duties on
other people not to interfere with one’s freedom. The four features of liberty rights
(also called moral rights), which lay the base for Government Administration, are:
3. Rights Theory …..
38. 1. Rights are natural in so far as they are not invented or created by
government.
2. They are universal, as they do not change from country to country.
3. They are equal since the rights are the same for all people, irrespective
of caste, race, creed or sex.
4. They are inalienable i.e., one cannot hand over his rights to another person
such as selling oneself to slavery.
Economic rights: In the free-market economy, the very purpose of the existence
of the manufacturer, the sellers and the service providers is to serve the
consumer.
The consumer is eligible to exercise some rights.
The consumers’ six basic rights are: Right to Information, Right to Safety,
Right to Choice, Right to be Heard, Right to Redressal, and Right to
Consumer Education.
3. Rights Theory …..
39. This emphasizes on the character rather than the rights or duties. The
character is the pattern of virtues (morally-desirable features). The theory
advocated by Aristotle, stressed on the tendency to act at proper balance
between extremes of conduct,
emotion, desire, attitudes to find the golden mean between the extremes of
‘excess’ or ‘deficiency’
4. The Virtue Theory
40. The justice or fairness approach to ethics has its roots in the teachings of the
ancient Greek philosopher Aristotle, who said that “equals should be treated
equally and unequals unequally.”
The basic moral question in this approach is: How fair is an action? Does it
treat everyone in the same way, or does it show favoritism and
discrimination?
Issues create controversies simply because we do not bother to check the
fairness or justice.
Favoritism gives benefits to some people without a justifiable reason for
singling them out; discrimination imposes burdens on people who are no
different from those on whom burdens are not imposed.
Both favoritism and discrimination are unjust and wrong.
6. Justice (Fairness) Theory
41. Right action consists in seeking self-fulfillment.
In one version of this theory, the self to be realized is defined by
caring relationships with other individuals and society.
In another version called ethical egoism, the right action consists
in always promoting what is good for oneself.
No caring and society relationships are assumed
5. Self- realization Ethics
42. Self-interest is being good and acceptable to oneself. It is pursuing
what is good for oneself.
It is very ethical to possess self-interest.
As per utilitarian theory, this interest should provide for the respect of
others also.
Duty ethics recognizes this aspect as duties to ourselves.
Then only one can help others. Right ethicist stresses our rights to pursue our
own good.
Virtue ethics also accepts the importance of self-respect as link to social
practices.
Self-interest
43. Religions have played major roles in shaping moral views and moral values,
over geographical regions. Christianity has influenced the Western countries,
Islam in the Middle-East countries, Buddhism and Hinduism in Asia, and
Confucianism in China.
Further, there is a strong psychological link between the moral and religious
beliefs of people following various religions and faiths. Religions support
moral responsibility.
They have set high moral standards. Faith in the religions provides trust
and this trust inspires people to be moral.
The religions insist on tolerance and moral concern for others. Many
professionals who possess religious beliefs are motivated to be morally
responsible.
Religion
44. Each religion lays stress on certain high moral standards. For example,
Hinduism holds polytheistic (many gods) view, and virtues of devotion and
surrender to high order.
Christianity believes in one deity and emphasizes on virtues of Love, Faith, and
Hope. Buddhism is non-theistic and focuses on compassion and Islam on one
deity and adherence of ishan (piety or pursuit of excellence) and prayer.
Judaism stresses the virtue of ‘tsedakah’ (righteousness). But many religious
sects have adopted poor moral standards, e.g., many religious sects do not
recognize equal rights for women.
The right to worship is denied for some people.
People are killed in the name of or to promote religion.
Thus, conflicts exist between the ‘secular’ and religious people and
between one religion and another.
Hence, religious views have to be morally scrutinized.
Religion …..