ENGR 107: Engineering Ethics, Values, and Professional Practice

Core Definitions: Values, Morals, and Ethics

• Values Defined:

  • Values represent what an individual fundamentally believes matters in life and work.
  • Foundational examples include core commitments such as honesty, safety, and fairness.
  • Formed incrementally across a lifetime through personal development, cultural environment, and life experiences.
  • Inherently personal, internal, and foundational to an individual's worldview.

• Morals Defined:

  • Morals are the operational standards and rules of right versus wrong that emerge directly from an individual's underlying values.
  • Frequently experienced as intuitive internal reactions, immediate visceral judgments, or personal boundaries.
  • Common expressions reflecting moral discernment include internal statements such as: "That feels off" or "I wouldn't do that."

• Ethics Defined:

  • Ethics represents the actual conduct and observable behavior exhibited when personal values and morals are put to the test.
  • Distinguishable from beliefs; ethics is defined by tangible behavior.
  • Constitutes the specific action taken—or deliberately avoided—in high-stakes or ambiguous circumstances.

Engineering Ethics as Applied Practice

• The Nature of Engineering Ethics:

  • Ethics is not an abstract academic subject; it manifests as a definitive, critical moment in professional life.
  • Core Definition: Engineering ethics is the application of moral principles directly to engineering practice.
  • Distinguishable from theoretical or abstract philosophy: it represents tangible, consequential decisions executed on real engineering projects.

• Applied Ethics within the Profession:

  • Engineering ethics operates as a major subfield of applied ethics, emphasizing that everyday professional actions carry profound moral weight and direct public consequences.
  • Every engineering discipline maintains its own formalized, written professional code of conduct.
  • Engineers are legally licensed professionals; holding an engineering license establishes legally and professionally binding ethical obligations to society.

Professional Engineering Codes of Ethics by Discipline

• The Universal Baseline Code:

  • NSPE (National Society of Professional Engineers): Serves all engineering professionals across all disciplines. For those not yet situated in a specialized discipline, the NSPE code establishes the common professional and moral baseline that all specialized engineering codes share.

• Discipline-Specific Professional Organizations:

  • IEEE (Institute of Electrical and Electronics Engineers): Represents electrical and computer engineering.
  • ASCE (American Society of Civil Engineers): Represents civil engineering.
  • ASME (American Society of Mechanical Engineers): Represents mechanical engineering.
  • AIChE (American Institute of Chemical Engineers): Represents chemical engineering.
  • Regardless of the specific technical specialization, every disciplinary code shares an identical ethical foundation prioritizing public safety and professional competence.

Ethical Decision-Making Frameworks: Utilitarianism vs. Deontology

• Utilitarianism (Consequentialist Approach):

  • Guiding Diagnostic Question: "Who does this affect, and how?"
  • Core Principle: The morally correct choice is defined exclusively as the option that produces the greatest amount of good for the greatest number of people.
  • Operational Process: Requires the systematic weighing and calculation of anticipated outcomes—identifying precisely who is helped, who is harmed, and evaluating the relative magnitude of both benefits and injuries.
  • Engineering Example: Approving a design change incorporating a safety feature that significantly escalates manufacturing or project costs, because the quantitative benefit of saving and protecting human lives outweighs the monetary expense.

• Deontology (Duty-Based Approach):

  • Guiding Diagnostic Question: "Is this the right thing to do, period?"
  • Core Principle: Certain actions and principles are categorically and inherently right or wrong, entirely independent of the eventual consequences, results, or downstream outcomes.
  • Operational Process: Anchored strictly in fulfilling one's absolute moral duty and upholding fundamental rules, explicitly rejecting utilitarian cost-benefit calculations.
  • Engineering Example: Strictly refusing to falsify inspection or test data under any circumstances, even when there is near-certain certainty that the product or component would have successfully passed subsequent tests regardless.

The NSPE Code of Ethics and the Five Canons

• The Five Fundamental Canons of the NSPE:

  • Canon 1: Hold paramount the safety, health, and welfare of the public.
  • Canon 2: Perform services only in areas of competence.
  • Canon 3: Issue public statements only in an objective and truthful manner.
  • Canon 4: Act as faithful agents and trustees for each employer or client.
  • Canon 5: Avoid deceptive acts, and actively reject bribery in all forms.

• The Inherent Limitation of Written Codes:

  • Professional codes are explicit in defining WHAT an engineer must do and what duties must be upheld.
  • Written codes cannot dictate HOW an engineer must execute these duties when confronted with aggressive resistance, institutional pushback, or conflicting authority figures in real-time scenarios.

Behavioral Auditing: Evaluating Values Through Action

• The Disconnect Between Belief and Behavior:

  • An individual can readily articulate, write down, and believe in a list of core personal values, yet make actual operational choices that contradict those stated principles.
  • Bridging this gap requires treating oneself as a functional system, applying an objective engineering mindset to personal conduct.

• The Self-Engineering Method:

  • Observe personal actions objectively, matching the rigor an engineer applies to monitoring a technical process.
  • Actively document recurring patterns of thought and decision-making.
  • Run deliberate, small experiments on personal behavior in low-stakes settings to test real responses.
  • Evaluate the concrete behavioral evidence to determine what values are truly active rather than merely proclaimed.

• Personal Values Diagnostic Protocol:

  1. Identify Stated Values: Formulate a list of 3 explicit values claimed to be held.
  2. Audit Behavioral Precedent: Identify the exact historical moment when one of those values was put to the test, documenting the precise action taken.
  3. Infer True Values from Output: Determine what external observers would conclude about an individual's actual values if their values could only be deduced from their observable behavior.
  • This personal diagnostic should be retained and revisited precisely one year later to evaluate developmental progress.

Giving Voice to Values (GVV) Framework

• Theoretical Foundation (Mary Gentile, 2010):

  • Moves past the traditional philosophical dilemma: "What should I do?"
  • Replaces it with an implementation-focused action framework: "I know what's right. How do I actually do it?"

• The Four Strategic Steps of GVV:

  • Step 1: Name Your Values: Articulate and clearly identify personal ethical baselines well before a professional crisis or compromising moment arrives.
  • Step 2: Anticipate Pushback: Proactively analyze the scenario and write down anticipated objections, excuses, economic arguments, and systemic pressures in advance.
  • Step 3: Script Your Response: Construct precise, professional verbal scripts and practice articulating them out loud repeatedly to build muscle memory and overcome hesitation.
  • Step 4: Find Your Allies: Identify and recruit like-minded collaborators within the organization, recognizing that in most ethical failures, multiple individuals recognize the compromise but lack the collective voice to speak up.

Applied Practice Scenario: The Skipped Test Dilemma

• Scenario Parameters:

  • An urgent, critical project deadline is set for tomorrow.
  • The team lead directs that the final quality/safety verification test be skipped to save time, rationalizing: "It will probably pass."
  • The individual engineer's personal signature and professional name are required on the final technical report.

• Core Analysis Questions for Ethical Action:

  • What specific course of action must be chosen, and what exact language should be used to state the refusal or counterproposal?
  • What counter-arguments, rationalizations, or organizational pressures will the team lead and management present?
  • What scripted counter-responses will be utilized to dismantle those rationalizations?
  • Who else in the meeting room, team, or adjacent department likely recognizes the risk and can serve as an ally?

Professional Integrity, Center of Gravity, and Followership Models

• Values as the Professional Center of Gravity:

  • Personal values serve as the stabilizing anchor that preserves structural integrity during organizational volatility.
  • Job titles and corporate affiliations change across a career; core values must remain constant.
  • Under intense delivery pressures, standard operational procedures and timelines bend; personal and professional integrity must not.

• Models of Followership and Leadership:

  • Exemplary Follower (Robert Kelley): Characterized by the simultaneous combination of high critical thinking and high active engagement, preventing groupthink and uncritical compliance.
  • Courageous Follower (Ira Chaleff): Simultaneously supports the leader and the organization while maintaining the courage to challenge authority directly and speak truth to power when ethical lines are crossed.
  • Servant Leadership: A leadership model that depends entirely upon, and cannot function without, followers who actively operate with uncompromised personal integrity.

Core Principles of Professional Development and Course Milestones

• Core Insights of Engineering Professionalism:

  1. Unity of Identity: Professional identity as an engineer and personal identity as a human being are identical; ethical integrity cannot be partitioned between work and private life.
  2. Action Under Pressure: Holding values is effortless; vocalizing and defending them out loud in high-stakes environments constitutes the real work of engineering.
  3. Critical Engagement: True professional excellence requires asking deeper, challenging questions and maintaining proactive engagement as an exemplary follower.
  4. Continuous Becoming: Foundational academic preparation represents only the initial phase of professional identity formation, which remains an active, ongoing process.

• Upcoming Academic Deliverables and Deadlines:

  • November 12: Group presentations commence.
  • December 3: Final project report submission deadline.
  • December 15: Final course examination.