1. The document discusses the relationship between engineers and managers in organizations and how to navigate ethical issues. It outlines that engineers and managers may have different perspectives and priorities.
2. Engineers should understand an organization's culture to know how issues are framed and to act responsibly. There are three main types of cultures: engineer-oriented, customer-oriented, and finance-oriented.
3. Decisions can be either proper engineering decisions (PED), which require engineering expertise, or proper management decisions (PMD), which involve factors like cost and scheduling.
Professional ethics outlines standards of behavior expected of professionals. For engineers, this includes honesty, impartiality, and prioritizing public health and safety. Engineering managers must lead teams to accomplish goals while inspiring and empowering others. Successful engineering managers have strong technical knowledge complemented by management qualifications. They are skilled in project management, communication, decision-making, and delegation.
This document discusses engineering ethics and provides background information. It covers several key points:
1. Engineering ethics examines engineers' obligations to the public, clients, employers, and the profession. Codes of ethics vary by discipline and jurisdiction.
2. In the US, licensed Professional Engineers are governed by statute and generally consistent codes, while industry engineers rely more on business ethics.
3. A primary principle of engineering ethics codes is to hold paramount public safety, health and welfare. Whistleblowing is also discussed as an important ethical issue.
4. Other common ethical issues include relationships with clients/others, ensuring legal compliance, conflicts of interest, and confidentiality. Business ethics also informs engineering ethics
The document discusses several examples of moral issues that engineers may face. It provides three scenarios involving an unsafe bridge, confidential information being copied, and losing a prototype design. It emphasizes the importance of following professional ethics and acting with integrity. Engineers are advised to consider how their actions could help or harm others when facing difficult decisions.
The document discusses engineering ethics and why it is important for engineers to consider ethics in their professional work. It covers several key topics:
- Engineering ethics refers to the rules and standards that govern how engineers should conduct themselves. It aims to provide guidance on balancing responsibilities to clients, costs, and risks.
- Notable engineering failures in the past have increased awareness of the far-reaching impacts of engineering on society and the need for professional responsibility.
- Questionable practices include forging data, plagiarism, and conflicts of interest while clearly wrong practices are lying, deception, and revealing confidential information.
- The goal of engineering ethics is to help engineers think critically about moral issues and apply ethical reasoning to professional situations
Unit-4 Professional Ethics in EngineeringNandakumar P
About an engineer's responsibility and rights he/she having nowadays. This PPT will give them a basic approach towards engineer's work towards public needs that develop the society in this updated world.
This document discusses professional ethics for engineers. It defines ethics as systematizing concepts of right and wrong conduct. Professional ethics concerns the moral issues that arise from professionals' specialized knowledge and how it should be governed when providing services. The five main ethical principles for engineers are: respecting autonomy, doing no harm, benefiting others, being just, and being faithful. The document also discusses typical ethical issues engineers face, the engineering code of ethics, examples of engineering disasters caused by unethical decisions, and the golden rule of treating others as you wish to be treated.
1. Ethics involves examining concepts of right and wrong conduct and applying philosophical reasoning to recommend moral rules of behavior.
2. Engineering ethics guides engineers to act with social responsibility for safety and to consider how their work impacts people.
3. Codes of ethics establish standards for engineers to act honorably and prioritize public welfare over other concerns in their work.
Professional ethics outlines standards of behavior expected of professionals. For engineers, this includes honesty, impartiality, and prioritizing public health and safety. Engineering managers must lead teams to accomplish goals while inspiring and empowering others. Successful engineering managers have strong technical knowledge complemented by management qualifications. They are skilled in project management, communication, decision-making, and delegation.
This document discusses engineering ethics and provides background information. It covers several key points:
1. Engineering ethics examines engineers' obligations to the public, clients, employers, and the profession. Codes of ethics vary by discipline and jurisdiction.
2. In the US, licensed Professional Engineers are governed by statute and generally consistent codes, while industry engineers rely more on business ethics.
3. A primary principle of engineering ethics codes is to hold paramount public safety, health and welfare. Whistleblowing is also discussed as an important ethical issue.
4. Other common ethical issues include relationships with clients/others, ensuring legal compliance, conflicts of interest, and confidentiality. Business ethics also informs engineering ethics
The document discusses several examples of moral issues that engineers may face. It provides three scenarios involving an unsafe bridge, confidential information being copied, and losing a prototype design. It emphasizes the importance of following professional ethics and acting with integrity. Engineers are advised to consider how their actions could help or harm others when facing difficult decisions.
The document discusses engineering ethics and why it is important for engineers to consider ethics in their professional work. It covers several key topics:
- Engineering ethics refers to the rules and standards that govern how engineers should conduct themselves. It aims to provide guidance on balancing responsibilities to clients, costs, and risks.
- Notable engineering failures in the past have increased awareness of the far-reaching impacts of engineering on society and the need for professional responsibility.
- Questionable practices include forging data, plagiarism, and conflicts of interest while clearly wrong practices are lying, deception, and revealing confidential information.
- The goal of engineering ethics is to help engineers think critically about moral issues and apply ethical reasoning to professional situations
Unit-4 Professional Ethics in EngineeringNandakumar P
About an engineer's responsibility and rights he/she having nowadays. This PPT will give them a basic approach towards engineer's work towards public needs that develop the society in this updated world.
This document discusses professional ethics for engineers. It defines ethics as systematizing concepts of right and wrong conduct. Professional ethics concerns the moral issues that arise from professionals' specialized knowledge and how it should be governed when providing services. The five main ethical principles for engineers are: respecting autonomy, doing no harm, benefiting others, being just, and being faithful. The document also discusses typical ethical issues engineers face, the engineering code of ethics, examples of engineering disasters caused by unethical decisions, and the golden rule of treating others as you wish to be treated.
1. Ethics involves examining concepts of right and wrong conduct and applying philosophical reasoning to recommend moral rules of behavior.
2. Engineering ethics guides engineers to act with social responsibility for safety and to consider how their work impacts people.
3. Codes of ethics establish standards for engineers to act honorably and prioritize public welfare over other concerns in their work.
Engineering ethics is the study of moral issues and decisions that engineers face in their professional work. An engineering ethics course aims to increase students' ability to responsibly address moral problems raised by technology. Key issues discussed include public safety, conflicts of interest, environmental protection, honesty in research, and questionable practices like data manipulation. The goal is to sensitize students to important ethical considerations so they can think critically about moral issues and apply that thinking to make ethical decisions in their future engineering careers.
Engineering management is concerned with integrating engineering principles with business practices to manage complex projects and enterprises efficiently. It involves tasks like planning, organizing, leading, and controlling organizational resources. Engineering management draws on knowledge from fields like engineering, business, psychology, and other disciplines. It is a specialized form of management that oversees all stages of engineering projects from conception to completion.
The document discusses engineering ethics, which is defined as the study of moral issues and decisions confronting individuals and organizations engaged in engineering. It notes that engineering ethics examines the moral principles, values, and acceptable behaviors in engineering practice and research. The document also outlines various aspects of engineering ethics including moral values, responsibilities, dilemmas, technological development, and the scope of issues at both the micro and macro levels.
This document discusses professional ethics and the relationship between consensus and controversy. It provides examples of codes of ethics that guide teacher behavior to protect student rights, though interpretations can vary slightly between schools and states. Professional ethics are important for an organization's success by promoting ethical employee conduct and performance. The document also examines different roles engineers may take, such as serving society, management, or playing the economic system. While consensus represents agreement, controversy reflects disagreement, which is inevitable when people exercise moral autonomy since interpretations can differ. The goal of teaching professional ethics is to promote tolerance for diverse views through open discussion, not just unanimous agreement. Authority provides structure, but discussing moral issues can help address conflicts between autonomy and authority.
1 Ethics and the engineer
2 Chapter introduction: Accuracy and rigour
Acting with care and competence
Staying within your limits
Keeping up to date
Ensuring others are not misled
Being objective
Evaluating risks
3 Chapter introduction: Honesty and integrity
Affecting others
Preventing corruption
Rejecting bribery
Gaining trust
4 Chapter introduction: Respect for life, law and public good
Justifying the work
Minimising and justifying adverse effects
Respecting limited resources
Health and safety
The reputation of engineering
5 Chapter introduction - Responsible leadership: listening and informing
Listening to society
Promoting public awareness
Truth and objectivity
Engineering Ethics
This document outlines the general conditions for subcontracts for civil engineering construction projects put forth by FIDIC (Fédération Internationale des Ingénieurs-Conseils). It defines key terms related to the subcontract, including defining the employer, contractor, subcontractor, engineer and what constitutes the main contract and subcontract. It also outlines general obligations of the subcontractor, details regarding the subcontract documents, requirements regarding the main contract, site access and working conditions, commencement and completion, instructions and decisions, variations, payments, termination, default, dispute resolution and other administrative elements. The document provides the framework for a standard form of subcontract agreement to be used in conjunction with FID
Engineering ethics is the set of rules and guidelines that engineers must follow as a moral obligation. It is important for engineers to prioritize public safety and health above all else. When engineering ethics are not followed, it can result in disasters like building collapses or space shuttle accidents that endanger lives and result in financial losses. Adhering to principles of honesty, public safety, diligence and other ethical values helps engineers ensure safety, minimize losses, protect welfare, and build reliability and trust in their work.
This document discusses ethics in engineering and highlights a case study involving an ammonia hose company. It defines ethics as rules governing conduct within a profession. The case study describes how the company used an untested material in their hoses that degraded over time, leading to failures and injuries. This raised issues of the engineers' accountability and whether risks were properly assessed and monitored. The document recommends engineers follow codes of ethics and integrate ethical decision making into their work.
This document contains 3 engineering problems:
1) A steel wire with a 1/16 in. gap must support a 50-lb block without contact; the location is needed.
2) Steel links in a structure will experience forces when a 600-lb load is applied; the forces and deflection must be found.
3) Steel reinforcing bars were heated to fit in a brass structure, then cooled; the required temperature change and resulting stress in the brass must be calculated.
Resource planning and resource allocationVenu Yemul
This document discusses resource planning and allocation for construction projects. It addresses the importance of managing resources like manpower, equipment, and materials. The key resources are labor, materials, and equipment. The document outlines different approaches to allocating resources based on whether resources are limited or unlimited, and how to level resource usage over time to improve efficiency and productivity.
This document discusses professional ethics for quantity surveyors. It begins by defining the differences between a profession and an occupation, and argues that quantity surveying, construction management, and contracting should be considered professions due to their specialized training and expertise.
The document then reviews the RICS Code of Ethics and the BQSM Code of Ethics. It provides commentary on 10 important provisions from the BQSM Code, including provisions around conduct, reputation, advertising, fairness in contracts, partnerships, complaints, and orders.
Finally, it explains the professional duty of care and standards expected of quantity surveyors based on reading the BQSM Conditions of Engagement. It outlines the obligations for a consulting quantity surveyor in accepting appointments
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
The document discusses decision making as a key responsibility of engineering managers. It defines decision making as identifying and choosing alternative courses of action appropriate to the situation. The document outlines the decision making process as diagnosing problems, analyzing the environment, developing viable alternatives, evaluating alternatives, making a choice, implementing the decision, and evaluating/adapting the results. It also discusses quantitative models that can be used to aid decision making, such as inventory models, queuing theory, network models, forecasting techniques, simulation, linear programming, sampling theory, and statistical decision theory.
Here is a handout containing the PowerPoint Presentation contents of the of the Presentation version of this subject.
Decision Making in Terms of Engineering Management.
The document discusses engineering ethics and the moral values, issues, and decisions that relate to engineering practice. It states that engineering ethics provide guidelines for how engineers should behave with clients, their profession, the public, and the law. Engineers must take a proactive approach to engineering ethics by stimulating their moral imagination, recognizing ethical issues, developing analytical skills, and feeling a sense of responsibility. They are responsible for harms they intentionally, negligently, or recklessly cause through their work.
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.
Professional Practice I (Group Assignment) - Professional EthicsYee Len Wan
This document outlines the code of professional conduct for quantity surveyors in Malaysia. It discusses the key differences between an occupation and a profession, classifying quantity surveying, construction management, and contracting as professions due to their requirements for specialized skills, knowledge, and training. The document then reviews several important provisions from the Quantity Surveyors (Amendment) Rules 2016 code of conduct, providing commentary and examples for each. Finally, it examines the BQSM Conditions of Engagement, elaborating on the professional duty of care and standards expected of quantity surveyors to act with reasonable skill, care, diligence and honesty.
he basic rights of engineers include the right to live freely and pursue their legitimate interests as any human being, along with the right to be against racial or sexual discrimination, receiving one's salary according to the work, choosing of political activities, etc., as other employees.
Engineering as social experimentation 17 18rajeshvbe
This document discusses professional ethics in engineering. It provides an overview of an engineering ethics course, including its objectives and outcomes. It then discusses key concepts like engineering as experimentation, codes of ethics, and the roles and responsibilities of engineers. Engineers are described as responsible experimenters who must consider safety, learn from past failures, and obtain informed consent. Codes of ethics provide guidance for engineers but have limitations. Engineering involves social experimentation, so engineers must have a comprehensive perspective and be accountable. A balanced approach is needed between rules, codes, and professional autonomy.
Engineering ethics is the study of moral issues and decisions that engineers face in their professional work. An engineering ethics course aims to increase students' ability to responsibly address moral problems raised by technology. Key issues discussed include public safety, conflicts of interest, environmental protection, honesty in research, and questionable practices like data manipulation. The goal is to sensitize students to important ethical considerations so they can think critically about moral issues and apply that thinking to make ethical decisions in their future engineering careers.
Engineering management is concerned with integrating engineering principles with business practices to manage complex projects and enterprises efficiently. It involves tasks like planning, organizing, leading, and controlling organizational resources. Engineering management draws on knowledge from fields like engineering, business, psychology, and other disciplines. It is a specialized form of management that oversees all stages of engineering projects from conception to completion.
The document discusses engineering ethics, which is defined as the study of moral issues and decisions confronting individuals and organizations engaged in engineering. It notes that engineering ethics examines the moral principles, values, and acceptable behaviors in engineering practice and research. The document also outlines various aspects of engineering ethics including moral values, responsibilities, dilemmas, technological development, and the scope of issues at both the micro and macro levels.
This document discusses professional ethics and the relationship between consensus and controversy. It provides examples of codes of ethics that guide teacher behavior to protect student rights, though interpretations can vary slightly between schools and states. Professional ethics are important for an organization's success by promoting ethical employee conduct and performance. The document also examines different roles engineers may take, such as serving society, management, or playing the economic system. While consensus represents agreement, controversy reflects disagreement, which is inevitable when people exercise moral autonomy since interpretations can differ. The goal of teaching professional ethics is to promote tolerance for diverse views through open discussion, not just unanimous agreement. Authority provides structure, but discussing moral issues can help address conflicts between autonomy and authority.
1 Ethics and the engineer
2 Chapter introduction: Accuracy and rigour
Acting with care and competence
Staying within your limits
Keeping up to date
Ensuring others are not misled
Being objective
Evaluating risks
3 Chapter introduction: Honesty and integrity
Affecting others
Preventing corruption
Rejecting bribery
Gaining trust
4 Chapter introduction: Respect for life, law and public good
Justifying the work
Minimising and justifying adverse effects
Respecting limited resources
Health and safety
The reputation of engineering
5 Chapter introduction - Responsible leadership: listening and informing
Listening to society
Promoting public awareness
Truth and objectivity
Engineering Ethics
This document outlines the general conditions for subcontracts for civil engineering construction projects put forth by FIDIC (Fédération Internationale des Ingénieurs-Conseils). It defines key terms related to the subcontract, including defining the employer, contractor, subcontractor, engineer and what constitutes the main contract and subcontract. It also outlines general obligations of the subcontractor, details regarding the subcontract documents, requirements regarding the main contract, site access and working conditions, commencement and completion, instructions and decisions, variations, payments, termination, default, dispute resolution and other administrative elements. The document provides the framework for a standard form of subcontract agreement to be used in conjunction with FID
Engineering ethics is the set of rules and guidelines that engineers must follow as a moral obligation. It is important for engineers to prioritize public safety and health above all else. When engineering ethics are not followed, it can result in disasters like building collapses or space shuttle accidents that endanger lives and result in financial losses. Adhering to principles of honesty, public safety, diligence and other ethical values helps engineers ensure safety, minimize losses, protect welfare, and build reliability and trust in their work.
This document discusses ethics in engineering and highlights a case study involving an ammonia hose company. It defines ethics as rules governing conduct within a profession. The case study describes how the company used an untested material in their hoses that degraded over time, leading to failures and injuries. This raised issues of the engineers' accountability and whether risks were properly assessed and monitored. The document recommends engineers follow codes of ethics and integrate ethical decision making into their work.
This document contains 3 engineering problems:
1) A steel wire with a 1/16 in. gap must support a 50-lb block without contact; the location is needed.
2) Steel links in a structure will experience forces when a 600-lb load is applied; the forces and deflection must be found.
3) Steel reinforcing bars were heated to fit in a brass structure, then cooled; the required temperature change and resulting stress in the brass must be calculated.
Resource planning and resource allocationVenu Yemul
This document discusses resource planning and allocation for construction projects. It addresses the importance of managing resources like manpower, equipment, and materials. The key resources are labor, materials, and equipment. The document outlines different approaches to allocating resources based on whether resources are limited or unlimited, and how to level resource usage over time to improve efficiency and productivity.
This document discusses professional ethics for quantity surveyors. It begins by defining the differences between a profession and an occupation, and argues that quantity surveying, construction management, and contracting should be considered professions due to their specialized training and expertise.
The document then reviews the RICS Code of Ethics and the BQSM Code of Ethics. It provides commentary on 10 important provisions from the BQSM Code, including provisions around conduct, reputation, advertising, fairness in contracts, partnerships, complaints, and orders.
Finally, it explains the professional duty of care and standards expected of quantity surveyors based on reading the BQSM Conditions of Engagement. It outlines the obligations for a consulting quantity surveyor in accepting appointments
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
The document discusses decision making as a key responsibility of engineering managers. It defines decision making as identifying and choosing alternative courses of action appropriate to the situation. The document outlines the decision making process as diagnosing problems, analyzing the environment, developing viable alternatives, evaluating alternatives, making a choice, implementing the decision, and evaluating/adapting the results. It also discusses quantitative models that can be used to aid decision making, such as inventory models, queuing theory, network models, forecasting techniques, simulation, linear programming, sampling theory, and statistical decision theory.
Here is a handout containing the PowerPoint Presentation contents of the of the Presentation version of this subject.
Decision Making in Terms of Engineering Management.
The document discusses engineering ethics and the moral values, issues, and decisions that relate to engineering practice. It states that engineering ethics provide guidelines for how engineers should behave with clients, their profession, the public, and the law. Engineers must take a proactive approach to engineering ethics by stimulating their moral imagination, recognizing ethical issues, developing analytical skills, and feeling a sense of responsibility. They are responsible for harms they intentionally, negligently, or recklessly cause through their work.
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.
Professional Practice I (Group Assignment) - Professional EthicsYee Len Wan
This document outlines the code of professional conduct for quantity surveyors in Malaysia. It discusses the key differences between an occupation and a profession, classifying quantity surveying, construction management, and contracting as professions due to their requirements for specialized skills, knowledge, and training. The document then reviews several important provisions from the Quantity Surveyors (Amendment) Rules 2016 code of conduct, providing commentary and examples for each. Finally, it examines the BQSM Conditions of Engagement, elaborating on the professional duty of care and standards expected of quantity surveyors to act with reasonable skill, care, diligence and honesty.
he basic rights of engineers include the right to live freely and pursue their legitimate interests as any human being, along with the right to be against racial or sexual discrimination, receiving one's salary according to the work, choosing of political activities, etc., as other employees.
Engineering as social experimentation 17 18rajeshvbe
This document discusses professional ethics in engineering. It provides an overview of an engineering ethics course, including its objectives and outcomes. It then discusses key concepts like engineering as experimentation, codes of ethics, and the roles and responsibilities of engineers. Engineers are described as responsible experimenters who must consider safety, learn from past failures, and obtain informed consent. Codes of ethics provide guidance for engineers but have limitations. Engineering involves social experimentation, so engineers must have a comprehensive perspective and be accountable. A balanced approach is needed between rules, codes, and professional autonomy.
This document discusses the internal and external responsibilities of engineers. Internally, engineers have responsibilities to their employers which include collegiality, loyalty, respect for authority, and collective bargaining. Collegiality involves respecting colleagues' work and moral commitments. Loyalty includes fulfilling contractual duties and identifying with an organization's goals. Respect for authority means complying with those given power over tasks. Collective bargaining is negotiation between employers and employee representatives. Externally, engineers have responsibilities to the public, including maintaining confidentiality, avoiding conflicts of interest, and not committing occupational crimes like price fixing or endangering lives.
This document discusses engineering ethics and defines several key concepts:
1. Engineering ethics consists of the responsibilities and ideals that engineers should uphold in their work. It examines the morally desirable decisions, policies, and values in engineering practice.
2. There are three types of ethics - common morality shared by most people, personal ethics held by individuals, and professional ethics which are the standards of a particular profession like engineering.
3. Professional ethics are usually outlined in formal codes and focus on issues important to that profession. They are meant to take precedence over personal morality when acting professionally. However, professional and personal ethics can sometimes differ.
This document discusses engineering ethics and the responsibilities of engineers. It covers several key points:
1. Engineers are responsible for their past, present and future work. They must adhere to regulations and standards of care while also prioritizing public health, safety and welfare.
2. Engineers work within organizations and often report to managers, but they have a duty to their profession over loyalty to their employer if those conflict.
3. Organizational culture can influence how issues are viewed, so engineers must understand their organization's culture while still acting responsibly and raising concerns when needed.
Engineering ethics involves the moral choices engineers make and the standards that govern their conduct. It is important for engineering students to study professional ethics so they are prepared to make difficult ethical decisions. There are often multiple solutions to ethical problems, some better than others. Engineering is considered a profession like law and medicine, requiring specialized skills and education. However, engineers differ in that most work for companies rather than being self-employed, and engineering societies are less powerful than groups like the Indian Medical Association. Professional ethics encompass personal, organizational and corporate standards of behavior expected of professionals who exercise specialized knowledge and skills for public service.
This document discusses various responsibilities and rights related to engineering. It covers responsibilities of engineers towards employers and the public, as well as concepts like collegiality, loyalty, respect for authority, collective bargaining, and intellectual property rights. Specifically, it describes the internal and external responsibilities of engineers, defines collegiality and its elements, explains agency and identification loyalty, discusses when authority and loyalty are obligatory, and outlines the collective bargaining process.
Chapter-3-Responsibility of Engineering.pdfLouie Serrano
Individual engineers have a moral obligation to act with honesty, fairness and due care to protect public safety. They are responsible both for meeting engineering standards and legal standards of care in their work. Responsibility can take two forms - obligation to act with care, and blame for failures that result from negligence. While standards provide guidelines, engineers must also exercise judgment to address unexpected problems. When failures do occur, responsibility is determined by analyzing physical causes, organizational factors, and the roles and actions of individuals involved. Groups and corporations can also bear responsibility through their decision-making processes and policies.
This document outlines the content of an engineering ethics course, including:
1. Definitions of ethics, personal ethics, and professional ethics. Professional ethics refers to the standards accepted by an engineering community.
2. Engineering ethics deals with how engineers should act and make decisions according to these standards.
3. Two ethics cases are presented involving environmental pollution and conflicts of interest that engineers may face.
4. The document discusses differences between personal, professional, and common morality and aims to develop engineers' moral imagination and sense of responsibility.
This document outlines the content of an engineering ethics course, including:
1. Definitions of ethics, personal ethics, and professional ethics. Professional ethics refers to the standards accepted by an engineering community.
2. Engineering ethics deals with how engineers should act and make decisions according to these standards.
3. Two ethics cases are presented involving environmental pollution and conflicts of interest that engineers may face.
4. The document discusses differences between personal, professional, and common morality and aims to develop engineers' moral imagination and sense of responsibility.
Deliberations on and Suggestions for Revising Canon Four of the Code of Ethic...Thomas Templin
Divergent duties arise for the engineer from the obligation to hold paramount the safety, health, and welfare of the public and from the obligation to be a loyal agent or trustee for an employer or client. These differing obligations are codified in Canons One and Four of the Code of Ethics for Engineers of the National Society of Professional Engineers (NSPE). They are a recurrent source of ethical conflict for engineers, as can be seen from the cases addressed by the NSPE’s Board of Ethical Review. It is sometimes not easy and straightforward for engineers to decide how to weigh the various factors involved in a situation and how to act when the two principles appear to be in conflict. This is particularly true when the engineer is employed, rather than working in private practice, frequently by a rather large organization, such as a profit-oriented corporation.
Running head: BUSINESS ETHICS 1
BUSINESS ETHICS 7
Business ethics
Name
Institution
Business Ethics
Question 1: What is the moral point of view and why is it important? Does it make sense to say that business people must operate from the perspective of the moral point of view? Why, or why not?
Answer: Business ethics refers to the study of proper business policies and practices, with regards to the potential controversial issues such as corporate governance, discrimination, bribery among others (Madsen & Shafritz 1990). Business ethics are often guided by law and at times they provide a basic framework that businesses can choose to follow in a bid to acquire public acceptance. They are implemented so as to ensure that a particular required level of trust is in existence between consumers and the different types of market participants with the business entities. For instance, a portfolio manager has an obligation to give a similar consideration to the portfolios of family members and small individual investors. Such acts ensure public equality.
A moral point of view refers to approaching a problem or issue from the perspective of its being morally wrong or right or rather, morally excellent. As opposed to the Economic or Legal point of view, the moral point of view comprises of two main features. The first, is the commitment or willingness to search for reasons and act on them. The best action is that which is supported by the best possible reasons, as opposed to acting upon emotion, some already existing morality or without deliberation. The second feature is commitment to impartiality. This involves putting into consideration the interests of all in equal measure, rather than being self-interested. It is essential for business people to operate from the perspective of a moral viewpoint since, by so doing, they will be able to serve their customers well because it involves being careful about their interests. It is, therefore, sensible to state that business people must operate from this perspective (Madsen & Shafritz 1990).
Question 2: There are rather clear utility exchanges that are made between policies of due process and EAW. What are some ways that you can imagine that the utility losses required by a policy of due process may be minimized (or inherent inefficiencies you potentially see in EAW policies)?
Answer: Utility loss refers to the decline in the usefulness and, consequently, the value of a given asset. Loss of utility means the reason to write down the asset (National Consumer Law Center & United States 1994). One way of reducing utility losses required by a policy of due process is sufficient liquidity. With this, business persons can converge to a consensus price that reflects their collective information about the value of secur ...
This document discusses laws and protections for whistleblowers. It begins by defining a whistleblower and the benefits and drawbacks of whistleblowing. It then outlines some of the key warranties and protections for whistleblowers, including privacy guarantees, protections against retaliation, and guarantees to maintain employment status and compensation. Major laws protecting whistleblowers are also summarized, such as the Sarbanes-Oxley Act of 2002, which aims to restore confidence in financial markets by strengthening protections for whistleblowers reporting corporate fraud or wrongdoing. The penalties for retaliation against whistleblowers are enforced through these laws.
This document provides an overview of engineering ethics. It discusses how engineers work can impact public health and safety. It defines key attributes of a profession including requiring extensive education, yielding public good results, and having organizations that set standards. The document contrasts prohibitive ethics, which focuses on what should not be done, with aspirational ethics, which focuses on what should be done. It emphasizes the importance of studying ethics to strengthen ability to reason about moral questions and consider the needs of others. The document also presents two case studies on potential ethical issues and recommends how engineers should respond based on their duty to protect public safety and health.
This document contains the answers to 7 questions related to engineering ethics by Sayed Ghayoor Ali Shah. It discusses topics such as the qualities of self-confident people, what is meant by moral autonomy, ethical codes and their significance, issues in engineering ethics, the roles and responsibilities of professionals and how to resolve ethical dilemmas. It also addresses how software should be protected, how honesty is defined in engineering ethics and the different forms of dishonesty, and how engineers can become responsible regarding risk.
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.
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
L1 Planning for Earthwork ConstructionDon W. Lewis
This document discusses planning for earthwork construction projects. Effective planning is important as it helps understand project objectives, develop safe construction methods, improve efficiency, and coordinate activities. Key aspects of planning earthwork include reviewing contract documents, studying plans, performing quantity takeoffs, determining costs, and identifying work hazards and constraints. Site visits are recommended to understand physical conditions. Safety should be a priority in all planning. Graphical tools like mass diagrams can help analyze cut and fill volumes and haul distances. Proper planning of earthwork helps ensure a project is completed on time, on budget and safely.
L0 Mobile Equipment Power RequirementsDon W. Lewis
The document discusses the power requirements for mobile construction equipment. It covers topics such as calculating the power needed to overcome rolling resistance and grade resistance, which determine the total power required. It also discusses available power from diesel engines and factors like torque, horsepower, and rim pull. Performance charts published by equipment manufacturers allow estimating the machine's ability to perform under different job conditions based on the estimated total resistance.
The document discusses the benefits of exercise for both physical and mental health. It notes that regular exercise can reduce the risk of diseases like heart disease and diabetes, improve mood, and reduce feelings of stress and anxiety. The document recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week to gain these benefits.
This document provides an overview of how to read and interpret transportation construction plans. It introduces the basic components and types of plan sheets, including:
1) Plan and profile sheets, typical section sheets, cross-section sheets, and roadway and traffic design standards that show various views of the proposed construction.
2) A key sheet that identifies the project location and provides an index of all plan sheets.
3) Summary sheets that list quantities of materials and work items.
It also explains common plan features like title blocks, sheet numbers, scales, and standard symbols and abbreviations used to convey information on the plans. The document serves as an introductory guide for understanding the essential elements and organization of
This dissertation analyzes data from the Florida Department of Environmental Protection regarding risk-based management of petroleum discharge sites. The author examines statistics on sources and causes of contamination from storage tanks and piping. Key findings show differences in environmental enforcement and cleanup based on local fuel tax rates, with stricter enforcement in counties that impose higher optional local sales taxes.
On July 17, 1981, the walkways on the second, third, and fourth floors of the Hyatt Regency hotel in Kansas City collapsed during a tea dance, killing 114 people and injuring over 200. The collapse was caused by a flawed design change where two sets of tie rods were used instead of one continuous set, doubling the load on the weakened connection points. An investigation found the revised design could only support 30% of the required load. The disaster remains studied for its engineering ethics failures and communication errors between the architect and contractor that led to the fatal design flaws.
The TV station wanted to increase its signal strength by building a taller transmission tower. The tower was constructed by lifting 20 tower segments into place sequentially. However, when lifting the final segment, the rigging company realized the lifting lug would interfere with antenna baskets. The rigging company devised their own solution by bolting an extension arm to lift the segment, but their design failed to account for high stresses. During the lift, the bolts broke and the tower collapsed, killing 7 workers. An engineering review would have detected the flaw in the rigging company's plan but was not conducted due to liability concerns.
This document discusses ethical issues engineers may face and provides guidance on addressing them. It outlines engineers' key ethical obligations like being truthful, protecting public health and safety, and acting loyally for employers. It also notes potential conflicts between ethical and personal/organizational goals. The document then describes characteristics of a profession and the purpose of codes of ethics. It introduces the IPP method for systematically identifying facts, stakeholders, standards, and more to prepare and plan solutions when facing ethical problems in engineering.
The document summarizes the story of Rodney Rocha, an engineer who warned NASA about potential damage to the Columbia space shuttle from foam insulation striking its wing during launch. Rocha and others requested clearer images of the impact and consideration of inspecting the wing, but NASA dismissed concerns, believing foam strikes could not be dangerous. Upon reentry, superheated gases entered a breach in the wing caused by the foam, leading to the destruction of Columbia and loss of the seven-member crew.
Dr. Robert Sprague blew the whistle on Dr. Stephen Breuning for fabricating data in his research on psychotropic medication's effects on mentally retarded patients. Though Breuning admitted to fabrication just 3 months later, the case took 5.5 years to resolve. During this time, Sprague faced investigations, research restrictions, lawsuits, and congressional testimony. His wife also passed away from diabetes during this difficult period. Despite the case closing in 1989, it left lingering impacts like doubts about Breuning's past collaborations and publications that represented 34% of research in the field at the time.
Business ethics has been a concern since ancient times of "caveat emptor" or buyer beware. Modern interest arose in the 1960s with environmentalism and consumerism. Business ethics involves operating legally but also meeting societal values. However, there is no agreement on how far beyond legal requirements ethics requires businesses to go. Establishing a values statement and leading ethically can help businesses operate in an ethical manner and benefit through higher employee loyalty and lower misconduct.
This document provides information on anger management and assertive behavior. It defines anger and discusses how anger becomes problematic when not managed in a healthy way. Expressing anger assertively through open communication is presented as the healthiest approach, as opposed to suppressing or aggressively expressing anger. The document also outlines signs of passive-aggressive behavior and provides tips for becoming more assertive, such as using "I" statements and practicing new behaviors. Irrational beliefs that can contribute to anger are defined, and cognitive techniques like thought stopping are presented as ways to challenge irrational thoughts.
Legal ethics encompass codes of conduct for lawyers and others in the legal field. In the US, each state regulates law practice through rules of professional conduct based on the ABA's Model Rules. Lawyers must maintain integrity, keep client confidences, and avoid conflicts of interest. Violations can result in discipline up to disbarment. A fiduciary duty requires acting solely in a principal's interest without profiting oneself. Professional responsibility concerns lawyers fulfilling duties to clients, obeying laws, and avoiding misconduct.
This document discusses key values and concepts in medical ethics, including autonomy, beneficence, non-maleficence, informed consent, and justice. It provides historical context on the development of medical ethics as a field. It notes that while values like autonomy, beneficence and non-maleficence provide a framework, they do not always give clear answers when they conflict in a particular situation, creating ethical dilemmas.
This document provides guidance on forming productive teams. It defines different types of teams and discusses the benefits and challenges of teams. Key steps in forming a productive team include clarifying the team's purpose and goals, identifying team roles, selecting committed team members with complementary skills, and establishing clear expectations and rewards. Productive teams require strong leadership, adequate resources, and an understanding of each member's unique contributions to achieving shared goals.
This document discusses dilemma zone response at signalized intersections and presents a model for analyzing dilemma zone incursions using video image processing. It aims to determine if video image processing can be used to reduce clearance interval conflicts without reducing traffic signal efficiency. The document provides background on clearance intervals and dilemma zones. It then describes developing a model to classify vehicles approaching yellow and all-red intervals, calculate stopping distances, and compare these to distances from the stop line to identify potential dilemma zone incursions. The model results would help monitor driver responses and develop an algorithm to only consider situations where drivers attempted to stop.
Analyzing Risk-Based corrective action plansDon W. Lewis
This document discusses the risks of oil spills from storage tanks and pipelines in the US. It outlines regulatory efforts by the EPA and FDEP to prevent spills and remediate contamination, including requirements for spill prevention plans and secondary containment. Major oil spill events like Exxon Valdez and losses from aging infrastructure led to strengthened laws around oil storage under the Clean Water Act and Oil Pollution Act.
2. Main Ideas
The common law doctrine of employment at will
has been modified by the courts and by statutes to
give some protection to employees in the
workplace
3. Main Ideas
Employees should become familiar with the
culture of the organization in which they are
employed and take advantage of organizational
resources in order to enhance their own integrity
and independence
4. Main Ideas
Engineers and managers have different
perspectives, both legitimate, and it is useful to
distinguish between decisions that should be
made by managers or from the management
perspective and decisions that should be made by
engineers or from the engineering perspective
5. Main Ideas
Sometimes organizational disobedience is
necessary. There is disobedience by contrary
action and disobedience by nonparticipation, but
the most widely discussed type of organizational
disobedience is whistle blowing. Theories have
been developed of justified whistle blowing
6. Main Ideas
Roger Boisjoly’s attempt to stop the launch of the
Challenger illustrates the conflict between
management and engineering perspectives in
decision making. His testimony before the Rogers
Commission raises questions about when whistle
blowing is justified
7. The Caseof Paul Lorenz
Paul Lorenz was a mechanical engineer employed
by Martin Marietta. He was laid off on July 25,
1975, for allegedly failing to engage in acts of
deception and misrepresentation concerning the
quality of materials used by Martin Marietta in
designing equipment for the National Aeronautics
and Space Administration (NASA).
The equipment was for the external tank of the
space shuttle program
Before he was laid off, Lorenz was informed that
he should “start playing ball with management”
8. The Caseof Paul Lorenz
After being laid off, Mr. Lorenz filed a tort claim
against Martin Marietta for wrongful discharge on
the grounds that he was fired for refusing to
perform an illegal act
Federal law does prohibit knowingly and willingly
making a false representation to a federal agency
Lower courts rejected Lorenz’s claim on the
grounds that Colorado recognizes no claim of
wrongful discharge against employers
9. The Caseof Paul Lorenz
In 1992, the Colorado Supreme court concluded
that “Lorenz did present sufficient evidence at
trial to establish a prima facie case for wrongful
discharge under the public-policy exception to
the at-will employment doctrine.”
The Court directed a new trial in accordance with
its findings, but the new trials never took place,
probably because of an out-of-court settlement
between Mr. Lorenz and his former employer
10. The Caseof Paul Lorenz
The Lorenz case is an important case in the
development of the law regarding the rights of
professional employees in the workplace.
The crucial idea in the case was the so-called
“public-policy exception” to the traditional
common law doctrine of “employment at will.”
Traditionally, U.S. law has been governed by the
common law doctrine of “employment at will,”
which holds that in the absence of a contract, an
employer may discharge an employee at any time
and for virtually any reason
11. The Caseof Paul Lorenz
Recent court decisions, such as this one, have held
that the traditional doctrine must be modified if
there is an important interest at stake.
Precisely how far the public policy exception
extends is still being formulated by the courts, but
it includes such things as . . .
A refusal to the break the law
Performing an important public obligation
Exercising a clear legal right
Protecting the public from a clear threat to health and
safety
12. The Caseof Paul Lorenz
In addition to the judicial modification of at-will
employment, dissenting employees have also
received some statutory protection, primarily
through whistle blower laws
The first such state law was passed in Michigan in
1981
If the employee is unfairly disciplined for reporting
an alleged violation of federal, state, or local law to
public authorities, the employee can be awarded
back pay, reinstatement to the job, costs of
litigation, and attorney’s fees.
13. The Caseof Paul Lorenz
Many cases in the area of what might very
generally be called “employee rights” involve
nonprofessional employees, but our special
interest is professional employees, especially
engineers
Many of the cases, like the Lorenz case, involve a
conflict between professional employees and
managers
In fact, most of the classic cases in engineering
ethics involve conflicts between engineers and
managers
14. The Pessimistic Account
ENGINEERS AND MANAGERS
“There is a natural conflict between management and professionals because of
their differences in educational background, socialization, values, vocational
interests, work habits, and outlook” – Joseph Raelin
15. Engineersand Managers
First, although engineers may not always maintain as
much identity with their wider professional
community as some other professionals (e.g., research
scientists), engineers do often experience a conflict
between loyalty to their employer and loyalty to their
profession
Most engineers want to be loyal employees who are
concerned about the financial well-being of their firms
and who carry out instruction from their superiors
without protest
At the same time, as engineers they are also obligated
to hold paramount the health, safety, and welfare of
the public
16. Engineersand Managers
Second, many managers are not engineers and do
not have engineering expertise, so communication
is often difficult.
Engineers sometimes complain that they have to
use oversimplified language in explaining
technical matters to managers and that their
managers do not really understand the
engineering issues
17. Engineersand Managers
Third, many engineers who are not managers
aspire to the management role in the future, where
the financial rewards and prestige are perceived to
be greater
Thus many engineers who do not yet occupy the
dual roles of engineer and manager probably
expect to do so at some time in their careers
This conflict can be internalized within the same
person because many engineers have roles as both
engineers and managers
18. Engineersand Managers
For example, Robert Lund, vice president for
engineering at Morton Thiokol at the time of the
Challenger disaster, was both an engineer and a
manager.
Before the disaster, Lund was even directed by his
superior to take the managerial rather than the
engineering perspective
19. Engineersand Managers
This account of the differences between the
perspectives of engineers and managers suggests
the possibility of frequent conflicts
This prediction is confirmed by a well-known
study by sociologist Robert Jackall
20. Engineersand Managers
1. Jackall’s study implied that managers have a
strong and probably overriding concern for the
well-being of the organization. Well-being is
measured primarily in financial terms, but it also
includes a good public image and relatively
conflict free operation
2. Managers have few, if any, loyalties that
transcend their perceived obligations that they
might consider to override or even
counterbalance their obligations to the
organization
22. Being Morally Responsible in an Organization
Without Getting Hurt
In order to be morally responsible in an
organization without suffering the fate of the
employees in Jackall’s study, engineers must first
have some understanding of the organization in
which they are employed.
This knowledge helps engineers to understand:
1. How they and their managers tend to frame issues
under the influence of the organization and
2. How one can act in the organization effectively,
safely, and in a morally responsible way
23. Being Morally Responsible in an Organization
Without Getting Hurt
Dennis Gioia was a manager at Ford
He made the recommendation not to recall the Pinto,
even though the car had been involved in the tragic
deaths of passengers after relatively minor accidents
He describes his experience at Ford as follows:
“My own schematized . . . knowledge influenced me
to perceive recall issues in terms of the prevailing
decision environment and to unconsciously overlook
key features of the Pinto case, mainly because they did
not fit an existing script. Although the outcomes of
the case carry retrospectively obvious ethical
overtones, the schemas driving my perceptions and
actions precluded considerations of the issues in
ethical terms because the scripts did not include
ethical dimensions”
25. Engineer-Oriented Companies
In these firms, there is general agreement that quality
takes priority over other considerations, except safety.
In the words of one manager, “We have overdesigned
our products and would rather lose money than
diminish our reputation.”
Engineers often described their relationship to
managers in these kinds of firms as one in which
negotiation or arriving at consensus was prominent
Engineers often said that managers would rarely
overrule them when there was a significant
engineering issue, although they might make the final
decision when primarily such issues such as cost or
marketing are involved
26. Customer-Oriented Companies
Decision making is similar to that of engineer-
oriented firm, but with four significant differences
1. Managers think of engineers as advocates of a
point of view different from their own. Whereas
managers must focus on such business factors as
timing and cost, engineers should focus on
quality and safety
2. More emphasis is placed on business
considerations than in engineer-oriented
companies
27. Customer-Oriented Companies
1. As with engineer-oriented companies, safety
outranks quality. Sometimes quality can be
sacrificed to get the product out the door
2. Communication between engineers and
managers may be somewhat more difficult than
in engineer-oriented forms. Managers are more
concerned about engineers’ withholding
information, even though consensus is highly
valued
28. Finance-Oriented Companies
These firms are more centralized and this has
important consequences.
For example, engineers may receive less
information for making decisions and
consequently their decisions are given less weight
by managers
Managers are less inclined to try and reach
consensus, and engineers are seen as having a
“staff” and advisory function
29. Acting Ethicallywithout Having to Make
Difficult Choices
Acting in an ethical manner and with little harm to
oneself is generally easier in engineer-oriented and
customer-oriented companies than in finance-
oriented companies
In the first two types of firms, more respect is
given to the types of values with which engineers
are typically concerned, especially quality and
safety
Communication is better, and there is more
emphasis on arriving at decisions by consensus
rather than the authority of the managers
30. Acting Ethicallywithout Having to Make
Difficult Choices
1st, engineers and other employees should be
encouraged to report bad news.
31. Acting Ethicallywithout Having to Make
Difficult Choices
2nd, companies and their employees should adopt a
position of “critical” loyalty rather than uncritical
or blind loyalty
32. Acting Ethicallywithout Having to Make
Difficult Choices
3rd, when making criticisms and suggestions,
employees should focus on issues rather than
personalities
33. Acting Ethicallywithout Having to Make
Difficult Choices
4th, written records should be kept of suggestions
and especially of complaints
34. Acting Ethicallywithout Having to Make
Difficult Choices
5th, complaints should be kept as confidential as
possible for the protection of both the individuals
involved and the firm
35. Acting Ethicallywithout Having to Make
Difficult Choices
6th, provisions should be made for neutral
participants from outside the organization when
the dispute requires it
36. Acting Ethicallywithout Having to Make
Difficult Choices
7th, explicit provision for protection from retaliation
should be made, with mechanisms for complaint if
an employee believes he or she has experienced
retaliation
37. Acting Ethicallywithout Having to Make
Difficult Choices
8th, The process for handling organizational
disobedience should proceed as quickly as possible
39. Functionsof Engineersand Managers
How should we establish the boundary between
decisions that should be made by engineers and
those that should be made by managers?
The primary function of engineers within an
organization is to use their technical knowledge
and training to create structures, products, and
processes that are of value to the organization and
its customers
The function and consequent perspective of
managers is different. Their function is to direct
the activities of the organization, including the
activities of the engineers
40. Functionsof Engineersand Managers
These considerations suggest a distinction
between what we call a proper engineering decision
(PED), a decision that should be made by
engineers or from an engineering perspective, and
what we call a proper management decision
(PMD), a decision that should be made by
managers or from the management perspective
41. Functionsof Engineersand Managers
PED: a decision that should be made by engineers or
at least governed by professional engineering
standards because it either . . .
1. involves technical matters that require
engineering expertise or . . .
2. falls within the ethical standards embodied in
engineering codes, especially those that require
engineers to protect the health and safety of the
public.
42. Functionsof Engineersand Managers
PMD: a decision that should be made by managers
or at least governed by management
considerations because . . .
1. it involves factors relating to the well-being of the
organization, such as cost, scheduling, and
marketing, and employee morale or welfare; and . . .
2. the decision does not force engineers (or other
professionals) to make unacceptable compromises
with their own technical or ethical standards.
43. Responsible Organizational Disobedience
1. Disobedience by contrary action, which is
engaging in activities contrary to the interest of
the company, as perceived by management
2. Disobedience by nonparticipation, which is
refusing to carry out an assignment because of
moral or professional objections
3. Disobedience by protest, which is actively and
openly protesting a policy or action of an
organization
44. What is Whistle Blowing?
The origin and exact meaning of the metaphor of
whistle blowing are uncertain.
There are three possible sources of the metaphor:
1. A train sounding a whistle to warn people to get off
the track
2. A referee blowing a whistle to indicate a foul
3. A police officer blowing a whistle to stop wrongdoing
45. What is Whistle Blowing?
The problem with all of these metaphors is that
they depict whistle blowers as outsiders, whereas a
whistle blower is more like a team player who calls
a foul play on his own team.
“One who reveals wrong doing within an
organization to the public or those in positions of
authority.” – American Heritage Dictionary
46. What is Whistle Blowing?
One reveals information that the organization
does not want revealed to the public or some
authority
One does this out of approved channels
47. Whistle Blowing is morally permissible if
1. The harm that “will be done by the product to
the public is serious and considerable”;
2. The employees report their concern to their
superiors, and;
3. “Getting no satisfaction from their immediate
superiors, they exhaust the channels available”
within the organization
48. Whistle Blowing is morally obligatory if
1. The employee has “documented evidence that
would convince a responsible, impartial observer
that his view of the situation is correct and the
company is wrong”; and
2. The employee has “strong evidence that making
the information public will in fact prevent the
threatened serious harm.”
49. Some Practical Adviceon Whistle Blowing
1st , take advantage of any formal or informal
processes your organization may have for making
a protest
2nd , determine whether it is better to keep your
protest as confidential as possible or involve
others in the process
3rd , focus on issues, not personalities
4th , keep written records of the process
5th , present positive suggestions in association with
your objection
50. Whistle Blowing and Organizational Loyalty
Boisjoly’s attempt in the teleconference to stop the
launch was probably not an instance of whistle
blowing
It certainly was not an instance of external whistle
blowing because Boisjoly made no attempt to alert
the public or officials outside Thiokol and NASA
His actions on the night before the launch were
probably not even internal whistle blowing
because . . .
51. Whistle Blowing and Organizational Loyalty
1. They did not involve revealing information that
was not known (rather, they made arguments
about the information already available) and
2. He did not go out of approved channels
His testimony before the Rogers Commission,
however, might be considered a case of whistle
blowing because it did fulfill these two criteria
52. Whistle Blowing and Organizational Loyalty
His testimony revealed information that the
general public did not know, and it used channels
outside the organization, namely the Rogers
Commission.
Members of the
Rogers Commission
arrive at the
Kennedy Space
Center.