Step 4: Review

Hold paramount the safety, health, and welfare of the public.

Conduct themselves honorably, responsibly, ethically, and lawfully so as to enhance the honor, reputation, and usefulness of the profession.

Engineers shall not reveal facts, data, or information without the prior consent of the client or employer except as authorized or required by law or this Code.

Engineers shall be objective and truthful in professional reports, statements, or testimony. They shall include all relevant and pertinent information in such reports, statements, or testimony, which should bear the date indicating when it was current.

Engineers may express publicly technical opinions that are founded upon knowledge of the facts and competence in the subject matter.

Engineers shall act for each employer or client as faithful agents or trustees.

Engineers shall advise their clients or employers when they believe a project will not be successful.

Engineers are encouraged to adhere to the principles of sustainable development1in order to protect the environment for future generations.Footnote 1"Sustainable development" is the challenge of meeting human needs for natural resources, industrial products, energy, food, transportation, shelter, and effective waste management while conserving and protecting environmental quality and the natural resource base essential for future development.

Cited to support the principle that engineers must hold public health and safety paramount and must insist that decision-makers take corrective action, even when facing politically motivated compromises, drawing an analogy to Engineer A's need to prioritize public welfare over competing interests.

Cited to support the principle that engineers have an obligation to formally communicate safety concerns to decision-making bodies and, if necessary, to regulatory agencies, analogous to Engineer A's obligation to report reliability concerns to the board.

Cited as an analogous case where an engineer must actively participate on a risk management team and clearly express safety concerns, supporting the idea that Engineer A should recommend further study and communicate concerns about reliability and public safety.

Engineer A has an ethical obligation to include information about the utility generation mix and potential rolling blackouts in a report to the organization’s board.

Engineer A’s report should also include information about cost of battery storage and the potential consequences of not having battery storage on system reliability relative to public safety, health, and welfare.

The Board's obligation to disclose utility generation mix and rolling blackout risk implies that Engineer A's professional responsibility is not bounded by the organization's corporate interests but extends to system-level public welfare effects created by the organization's decision. This reflects a broader reading of the paramountcy clause: the engineer's duty to the public can require reporting on impacts that occur entirely outside the employer's own facility or contractual scope, because the organization's choice (removing dispatchable generation without storage) is a causal contributor to a public risk (grid-wide rolling blackouts), even though the organization's board might view this as someone else's problem (the utility's).

The Board's conclusion does not resolve whether Engineer A must quantify the increased blackout risk with technical precision or may simply disclose the utility's qualitative concern. Given the limits of available data (Engineer A only knows the utility planners' general belief, not a quantified probability), the ethical obligation is best understood as a duty of transparent disclosure of known material risk information, not a duty to generate new speculative risk models beyond Engineer A's expertise or data access. This distinguishes an obligation to report from an obligation to independently verify or quantify a third party's risk assessment.

The Board's second conclusion, requiring disclosure of battery storage costs and reliability consequences, implicitly places on Engineer A a duty to present decision-relevant tradeoffs rather than a duty to recommend a specific mitigation path (such as retaining partial cogeneration capacity). The Board's framing suggests the ethical obligation is informational completeness enabling the board to weigh sustainability goals against reliability risk, not an obligation for Engineer A to substitute engineering judgment for the board's policy decision on how to balance carbon reduction against reliability and cost.

Although the Board frames the two disclosure obligations (generation mix/blackout risk and battery storage cost/reliability consequences) as separate recommendations, they are logically integrated: the reliability deficiency created by the absence of battery storage is precisely what links the organization's solar decision to the utility's grid stress and blackout risk. Engineer A's report therefore should present these as a single interconnected risk narrative rather than two independent disclosure items, since the public welfare risk only becomes intelligible to the board when battery storage limitations and utility-level reliability consequences are read together.

Regarding Q101, Engineer A's professional responsibility does extend beyond the organization's boundaries in this case. Because the solar-without-storage decision has a foreseeable effect on the local utility's generation mix and its capacity to avoid rolling blackouts, the paramount public welfare obligation under Code I.1 requires Engineer A to consider system-wide impacts on the broader customer base, not merely the organization's internal interests.

In response to Q102, Engineer A is not ethically required to independently quantify the precise increased probability of rolling blackouts, since this exceeds Engineer A's expertise and the utility's own resource planners have not produced a quantified figure. However, Engineer A must disclose the qualitative nature and source of the risk (the utility's own stated concern) so the board can weigh the uncertainty appropriately, satisfying the duty of objective and truthful reporting even where full quantification is unavailable.

On Q201, the tension between the Faithful Agent Duty to Employer and the Complete Reporting of Reliability Information principle is resolved in favor of complete disclosure. Faithful agency under II.4 does not permit withholding materially relevant information from the employer's own decision-making body; rather, being a true faithful agent requires equipping the board with all information needed for an informed decision, including risks that originate outside the organization's own operations.

In response to Q301, from a deontological standpoint Engineer A had not yet fulfilled the Code II.3.a duty of complete and truthful reporting when the report was limited to the solar project's standalone viability. Objective and truthful reporting requires disclosure of all facts material to the board's decision, including the externally sourced information about utility grid stress and rolling blackout risk, which was known to Engineer A at the time the report was being prepared.

Regarding Q304, the faithful agent duty to the organization is subordinate to, not in conflict with, the paramount duty to protect public safety, health, and welfare. Code I.1 establishes public welfare as an overriding obligation that qualifies and shapes how faithful agency is properly discharged; a faithful agent cannot ethically help an employer pursue a course of action while concealing information bearing on public safety risk.

On Q401, even if Engineer A had not learned of the utility resource planners' specific concerns, the Board would likely still have concluded that Engineer A had an obligation to investigate and report on the generation mix and blackout risk. The obligation flows from the nature of the project itself (large-scale replacement of dispatchable generation with intermittent, non-stored solar), which inherently raises reliability questions that a competent engineer should recognize and proactively investigate under Code III.2.d and I.1, rather than depending solely on a chance disclosure from the utility.

In response to Q403, if the feasibility study had instead found the solar system could not match the generator's output under normal conditions, the Board would likely have framed the issue differently—as a threshold question of project non-viability under III.1.b, requiring Engineer A to advise against the project outright—rather than as a matter of supplemental disclosure about reliability risks for an otherwise viable project.

The apparent tension between the Faithful Agent Duty to Employer and the Complete Reporting of Reliability Information principle is resolved by recognizing that faithful agency does not mean narrowly serving the organization's immediate financial or stakeholder interests; it means equipping the organization's decision-makers with all information relevant to a sound and safe decision. Because the paramount duty to protect public safety, health, and welfare (I.1) informs what counts as objective and truthful reporting under II.3.a, the faithful agent duty is properly understood to encompass, not compete with, disclosure of system-wide reliability risks that extend beyond the organization's boundaries.

Environmental Stewardship in the Solar Option and Public Welfare in Generation Choice are not treated as inherently conflicting goals to be traded off against each other, but as parallel objectives that must both be transparently presented to the board. The case demonstrates that when a sustainability-driven choice carries a foreseeable risk to grid reliability, the engineer's obligation is not to suppress or minimize the environmental option, nor to unilaterally decide between carbon reduction and reliability, but to ensure that the tension itself—and the tradeoffs it entails—is made visible to the body with actual decision-making authority.

This case illustrates a general prioritization rule embedded in the Code: when a lower-order principle (faithful agency, or even environmental stewardship as a stakeholder preference) would, if acted on alone, obscure information bearing on public safety, the engineer's disclosure obligations are not merely permitted but required to expand beyond the immediate scope of the assignment. The 'paramountcy' of public welfare functions less as a rule that engineers must choose the public over the employer, and more as an interpretive principle that reshapes what faithful, objective, and complete reporting requires in the first place.

Should Engineer A include information about the utility generation mix and rolling blackouts in the report to the board?

Should Engineer A include information about cost of battery storage and the potential consequences of not having battery storage?

Does Engineer A's professional responsibility extend beyond the organization's boundaries to consider system-wide impacts on the local electric utility and its broader customer base?

Should Engineer A have proactively quantified the increased risk of rolling blackouts rather than simply disclosing the utility's general concern, given the limits of available data?

What obligations, if any, does Engineer A have to recommend mitigation options (such as retaining partial cogeneration capacity) rather than simply presenting solar and battery cost information?

Should the organization's board be informed that stakeholder demands for carbon reduction may be in tension with broader public welfare goals, even though this is not a purely technical matter?

How should Engineer A balance the Faithful Agent Duty to Employer, which might favor presenting only the solar project's standalone viability, against the Complete Reporting of Reliability Information principle that requires disclosing risks external to the organization?

Does Environmental Stewardship in Solar Option conflict with Public Welfare in Generation Choice when pursuing carbon reduction goals could increase the risk of rolling blackouts affecting vulnerable populations?

How should the Informed Decision Objective for Board be weighed against Faithful Agent Duty to Employer when some information (such as utility-level grid stress) extends beyond the immediate financial interests of the organization?

Can Complete Reporting of Reliability Information be reconciled with Environmental Stewardship in Solar Option, or does full disclosure of battery storage costs and reliability risks undermine the stakeholders' carbon reduction goals?

From a deontological perspective, did Engineer A fulfill the duty of complete and truthful reporting under Code provision II.3.a by initially preparing a report focused solely on the solar project's isolated viability?

From a consequentialist perspective, would the outcome of omitting battery storage cost and reliability consequences from the report be justified if the organization's carbon reduction goals were achieved but rolling blackouts subsequently harmed the public?

Did Engineer A act with professional integrity, in the virtue-ethical sense, by proactively consulting the utility resource planners and recognizing the broader grid stress implications rather than limiting analysis to the organization's isolated interests?

From a deontological standpoint, does Engineer A's faithful agent duty to the organization conflict with, or is it subordinate to, the paramount duty to protect public safety, health, and welfare when reporting on the solar project's reliability limitations?

If Engineer A had never learned from the utility representative about the resource planners' concerns regarding rolling outages, would the Board still have concluded that Engineer A had an ethical obligation to include utility generation mix and rolling blackout information in the report?

If capital constraints had not prevented the organization from affording battery storage (i.e., battery storage were affordable within the same budget), would the Board's conclusion that Engineer A must report on the cost and consequences of lacking battery storage still apply in the same way?

If Engineer A's feasibility study had found that the solar system could not supply electric energy equivalent to the existing generator under normal conditions, would the Board still frame the core issue as one of omitted reliability information rather than fundamental project non-viability?

If the cost of installing solar panels had been substantially lower than rebuilding the generator (rather than essentially the same), would the Board's insistence on disclosing battery storage costs and reliability consequences still carry the same weight in the recommendation?

A1 establishes the baseline energy infrastructure whose eventual obsolescence triggers the entire downstream chain of evaluation, so although it carries no direct normative edges, it is the causal origin that makes later fulfillment of faithful agent obligations meaningful.

A2 is guided by Environmental Responsibility and sets in motion the Feasibility Study, meaning its ethical weight comes not from fulfilling a formal duty itself but from prompting Engineer A to responsibly investigate a greener alternative before any commitment is made.

A3 fulfills the Obligation to Act as Faithful Agent or Trustee for the Employer, and because this study causally produces the Solar Feasibility Confirmation, Engineer A's diligence here directly determines whether the client receives a technically sound basis for later decisions.

A4 is guided by the Faithful Agent or Trustee Principle and causally leads to the Rolling Outage Risk Disclosure, so consulting the utility is the mechanism by which Engineer A uncovers a safety-relevant risk that must be passed on to protect the client's interests.

A5 fulfills the Obligations to Include Relevant and Pertinent Information and to Present Reliability Information to the Board, and because it is caused by both the Rolling Outage Risk Disclosure and the weighing of Extreme Weather Blackout precedents, it represents the culmination where public health, safety, and informed decision-making principles converge to ensure the board receives a complete and honest picture before choosing between the co-generation and solar options.

The question arises because Engineer A's fact finding surfaced grid reliability risks beyond the original solar feasibility assignment, forcing a choice between a strict faithful agent role and a broader public safety and informed decision making obligation to the board.

The question arises because the Battery Storage Capital Constraint creates a gap between what is technically feasible and what is fully safe, forcing Engineer A to decide whether faithful agency to the employer's report scope conflicts with the broader duty to protect public welfare through complete disclosure.

The question arose because the solar feasibility finding revealed a reliability deficiency that could contribute to unquantified grid stress and rolling blackouts, forcing a choice between a narrow employer-bounded faithful agent duty and a broader public welfare duty that extends to the utility's entire customer base.

The question arises because the data available to Engineer A (Unquantified Grid Stress Awareness, Utility Rolling Outage Knowledge) was incomplete, creating tension between the obligation for thorough risk disclosure to protect public welfare and the practical and epistemic limits on what an engineer can responsibly quantify.

The question arises because Engineer A's technical finding of a reliability gap creates tension between narrowly fulfilling the employer's request and the broader professional duty to protect public safety through complete and actionable disclosure.

The question arises because the Solar Reliability Deficiency Finding shows a concrete public welfare risk embedded in a stakeholder-driven carbon reduction preference, forcing the engineer to decide whether a nontechnical, values-laden tension still falls under the duty of complete and informed board reporting.

The question arises because Engineer A's dual role as employee and public-facing professional creates two plausible readings of what loyalty and honesty require when the board's decision on solar depends on incomplete information about utility-level reliability risks.

The question arises because the same feasibility data supports pursuing an environmentally preferred option while simultaneously revealing a safety tradeoff that the faithful agent must disclose, leaving the two principled obligations in direct tension.

The question arose because Engineer A's feasibility findings surfaced information (utility-level grid stress) that exceeds the traditional scope of employer-focused reporting, forcing a contest between loyalty to the employer's narrow interests and a duty to give the board a complete picture for sound decision-making.

The question arises because the engineer's technical finding of a solar reliability deficiency sits alongside a strong stakeholder preference for carbon reduction, forcing a choice between transparent risk reporting and advocacy for the environmentally preferred option.

The question arises because the initial report's narrow focus on solar isolated viability creates ambiguity about whether Code provision II.3.a's completeness requirement was satisfied, given that Engineer A possessed unquantified grid stress and blackout risk knowledge not included in that first draft.

This question arose because the report's incompleteness created a gap between a good environmental outcome and a bad safety outcome, forcing a test of whether ends (carbon goals) can justify means (withholding reliability risks).

The question emerges because Engineer A's voluntary outreach to utility planners blends technical duty with an ethical judgment call about how far professional responsibility extends beyond the immediate employer relationship, prompting evaluation through virtue ethics rather than simple rule compliance.

The question arises because Engineer A occupies two roles at once, a hired technical agent and a guardian of public welfare, and the solar feasibility findings create a factual situation where loyalty to the employer's aims and honesty about safety risks pull the reporting obligation in different directions.

The question arises because the Board's conclusion of an ethical obligation appears contingent on a contingent fact (the utility conversation), exposing uncertainty about whether the disclosure duty is grounded in actual knowledge or in a broader standing duty of due diligence that would require seeking out such information anyway.

The question arises because the original conclusion links two states, the Battery Storage Capital Constraint and the reporting duty, and removing that constraint tests whether the warrant justifying disclosure was grounded in financial infeasibility or in a standalone principle of informed decision-making and public safety.

The question arises because the case as given frames Engineer A's duty as one of disclosing reliability risk (Engineer A Reliability Reporting Duty) rather than declaring the project infeasible, and altering the feasibility study's outcome tests whether the Board's framing would remain the same or must change to address viability itself.

The question arises because the case hinges on cost equivalence as the trigger for requiring full reliability disclosure, and changing that data point exposes uncertainty about which warrant (cost efficiency versus reliability/safety) should dominate the recommendation.

Given that Engineer A learned of the utility planners' rolling blackout concerns and that the organization's removal of dispatchable generation was a contributing cause, the board concluded that paramountcy of public welfare required disclosure to the board even though the risk materializes outside the organization's own facility.

Because the capital constraint made battery storage unaffordable and this omission was found to affect system reliability, the board concluded the report must disclose both the storage cost and the reliability tradeoff so the board could make an informed sustainability versus safety decision.

Given that the organization's generation choice causally contributed to grid-wide blackout risk affecting the utility's wider customer base, the board concluded that Engineer A's public welfare duty is not confined to the employer's own facility, even though the organization's board might view the blackout risk as the utility's problem alone.

Because Engineer A's knowledge was limited to the utility planners' qualitative concern rather than a quantified figure, the board concluded that disclosure of the known concern satisfied the ethical obligation, without requiring Engineer A to generate new speculative risk models beyond available data.

Since the choice between retaining partial cogeneration capacity, accepting reliability risk, or paying for storage involved balancing sustainability goals against cost and reliability, the board concluded Engineer A's obligation was to present complete decision-relevant information rather than to recommend a specific mitigation path, preserving that policy judgment for the board.

Given that the solar-without-storage decision was the direct source of the reliability deficiency, and that this same deficiency was what generated utility-level blackout risk, the board concluded the two disclosure items are logically one risk narrative rather than two separable recommendations.

Because the solar decision's effects were foreseeably linked to the utility's generation mix and blackout risk affecting a wider customer base, the board concluded that Engineer A's public welfare duty could not be bounded by the organization's own interests.

Since even the utility's resource planners lacked a quantified blackout probability and such quantification fell outside Engineer A's expertise, the board concluded that disclosing the qualitative risk and its source satisfied the truthful reporting duty without requiring independent quantification.

Because the board itself is the employer's decision-making body and the utility information was materially relevant to its choice, the board concluded that faithful agency under II.4 obligates disclosure rather than permitting withholding of externally sourced risk information.

Given that Engineer A already knew of the utility's grid stress and blackout concerns while preparing a report confined to standalone solar viability, the board concluded the II.3.a duty of complete and truthful reporting was not yet fulfilled at that stage.

Given that the solar project's reliability limitations bore directly on public safety through blackout risk, the board concluded that Engineer A's faithful agent duty could not be read as license to conceal that risk, since I.1 subordinates organizational loyalty to the paramount duty to the public.

Even stripped of the utility planners' disclosure, given that replacing a dispatchable generator with non-stored solar inherently raises reliability questions, the board reasoned that a competent engineer should have investigated and reported this risk under III.2.d and I.1 regardless of the fortuitous tip-off.

Had the feasibility study shown solar could not equal the generator's normal output, the board indicated it would treat this as a threshold non-viability problem under III.1.b requiring Engineer A to advise against the project outright, rather than the disclosure-based reliability issue actually at stake.

Because the grid stress risk reached beyond the organization's own financial interests to affect the broader utility customer base, the board concluded that faithful agency, properly understood through I.1 and II.3.a, requires disclosure of system-wide reliability risks rather than narrow protection of organizational interests.

Given that the sustainability-driven solar choice carried a foreseeable reliability risk that the board itself had not yet weighed, the board concluded that Engineer A's obligation was to make the tension and its tradeoffs visible to the board rather than to suppress the environmental option or unilaterally resolve the conflict.

Given that Engineer A's utility consultation surfaced resource planners' concerns about rolling outages, and given that a report confined to solar-project viability or stakeholder carbon goals would have obscured that risk, the board concluded that disclosure obligations necessarily expanded beyond the assignment's original scope, not because public interest overrides employer loyalty as a rule, but because faithful and complete reporting cannot be defined independently of foreseeable public safety impacts once they are known.

Should Engineer A include information about the utility generation mix and potential rolling blackouts in the report to the board?

Should Engineer A include information about the cost of battery storage and the potential consequences of not having battery storage in the board report?

Does Engineer A's professional responsibility extend beyond the organization's boundaries to consider system-wide impacts on the local utility and its broader customer base?

Should Engineer A have proactively quantified the increased risk of rolling blackouts rather than simply disclosing the utility's general concern, given the limits of available data?

How should Engineer A balance the Faithful Agent Duty to the employer against the duty to present complete reliability information, including risks external to the organization?