# created ```dataview LIST WITHOUT ID file.link FROM -"windsurf" WHERE file.cday = date(this.file.name) AND !startswith(file.folder, "windsurf") SORT file.cday ASC ``` # modified ```dataview LIST WITHOUT ID file.link FROM -"windsurf" WHERE file.mday = date(this.file.name) AND !startswith(file.folder, "windsurf") SORT file.mday ASC ``` --- # [[diary and thoughts]] #thought #diary --- # slides for the last [[philosophy of technology]] class 18 Dec 2025 ### Slide 1: [[Title Slide]] - **Elaboration on Slide Content:** - The presentation introduces the central debate between "[[Value Sensitive Design]]" (VSD) and the "Neutrality Thesis" of technology. - [[The goal]] is to analyze whether moral values can literally "reside" in technical objects or if they are purely external labels. - **Text Context:** - The paper is a critical assessment of the foundational assumptions of [[engineering ethics]]. - **Masters Student Difficulty:** - Students may assume "values" are purely subjective opinions. Clarify that [[the authors]] treat values as normative properties that can be integrated into design requirements. - **Direct Quote:** - "Our main aim in this contribution is to critically assess [[the idea]] that technical artifacts may [[embody values]], in particular moral values." ### Slide 2: Section I: [[Value Sensitive Design]] - **Elaboration on Section Header:** - This section sets the stage by defining the proactive ethical movement known as VSD. - **Quote for Students:** - The approach "aims at integrating values of ethical importance in a systematic way into the designs of technical artifacts." ### Slide 3: Defining [[Value Sensitive Design]] (VSD) - **Elaboration on Content:** - VSD is a tripartite methodology: Conceptual (philosophical), Empirical (social science), and Technical (engineering). - It shifts ethics from a "post-hoc" review (checking after the fact) to a "pre-emptive" design constraint. - **Original Example:** - Contrast a social media platform that patches "privacy" after a leak with one built on "Privacy by Design" where data is never stored in the first place. - **Student Difficulty:** - Distinguishing VSD from "User-Centered Design." Explain that VSD prioritizes _ethical values_ (like justice or autonomy) even if users don't explicitly demand them. ### Slide 4: The Central Tenet - **Elaboration on Content:** - The "Embodiment" claim is the most radical part of VSD. It claims moral values aren't just _about_ technology; they are _in_ it. - **Direct Quote:** - "A central tenet of VSD is that we can somehow design moral values or values in general into technical artifacts, so that they can [[embody values]]." - **Discussion Question:** - Can an inanimate object be "unfair"? If an algorithm consistently denies loans to a specific demographic, does the "unfairness" live in the code or the society that provided the data? ### Slide 5: Contesting the Assumption - **Elaboration on Content:** - [[The authors]] highlight that the VSD assumption is "not uncontroversial." - They use the Neutrality Thesis as a foil to test the logical consistency of VSD. - **Text Context:** - They propose to "rebut" the neutrality thesis later, but first, they must present it fairly. ### Slide 6: Section II: The Neutrality Thesis - **Elaboration on Section Header:** - This section explores the common-sense view held by many engineers: that tools are morally "blank slates." ### Slide 7: The NRA Slogan Analysis - **Elaboration on Content:** - [[The authors]] use the NRA slogan because it represents "one of the most powerful expressions of the neutrality thesis." - **Detailed Analysis:** - [[The logic]] here is that the _cause_ of the moral event (killing) is the human agent, not the instrument (the gun). - **Original Example:** - A chef's knife. It is designed to cut. Whether it cuts a vegetable (morally neutral) or a person (morally bad) depends entirely on the agent's "use plan." - **Quote from Text:** - "This statement is not intended to deny that guns can be used for morally good or bad purposes... it holds that it is this use, and not the technology itself, that is morally good or bad." ### Slide 8: Formalizing Neutrality (N1) - **Elaboration on Content:** - The authors translate the general idea of neutrality into a specific philosophical thesis: (N1) Technical artifacts cannot embody moral values. - **Strategic Move:** - By formalizing N1, they create a clear target. If they can find a single artifact that _does_ embody a value, N1 is false. - **Student Difficulty:** - Students might struggle with the word "embody." Explain it as "carrying a value as an essential property." ### Slide 9: Artifacts as Mere Instruments - **Elaboration on Content:** - This is the "Instrumentalist" view of technology. - It argues that value is conditionally derived from the "social context of use." - **Technical Terminology:** - "Use Plan": A set of instructions or intended actions involving an artifact to achieve a goal. - **Direct Quote:** - "As mere instruments... technical artifacts themselves, independent of these ends, are value neutral; they do not by themselves embody moral values." ### Slide 10: Section III: The Nature of Value - **Elaboration on Section Header:** - The "Philosophical Detour." To understand if an object can embody value, we must define what we mean by "Value." ### Slide 11: Moore on Intrinsic Value - **Elaboration on Content:** - G.E. Moore's _Principia Ethica_ is the foundation for "Non-naturalism." - **Student Pitfall:** - Students often think "non-natural" means "supernatural" or "ghostly." Explain that Moore means value is a "simple" property (like the color yellow) that cannot be broken down into biological or physical facts. - **Direct Quote:** - Moore believed that "intrinsic value supervenes on intrinsic natural properties but cannot be analyzed in or reduced to these natural properties." ### Slide 12: Korsgaard’s Distinctions - **Elaboration on Content:** - Christine Korsgaard (1983) is the pivotal figure here. She argues that "Intrinsic/Extrinsic" and "Final/Instrumental" are two separate axes. - **Key Insight:** - Something can be "Extrinsic" (it has value because of its relation to us) but also "Final" (we value it for its own sake, not just as a tool). - **Discussion Question:** - Think of a family heirloom. Is its value _in_ the gold (Intrinsic) or in the _memory_ (Extrinsic)? If we keep it "for its own sake," is it a "Final" value? ### Slide 13: Table 7.1: Value Matrix - **Elaboration on Content:** - Walk the students through the four quadrants. - **Strategic Focus:** - The authors will eventually argue that technology embodies **Extrinsic Final Values**. - **Original Example for Quadrants:** - _Intrinsic Final_: Human consciousness. - _Extrinsic Final_: The original U.S. Constitution (valuable for its sake, but relational to history). - _Extrinsic Instrumental_: A generic screwdriver. ### Slide 14: Section IV: Instrumental Value - **Elaboration on Section Header:** - This section addresses whether "instrumental goodness" (being a good tool) counts as "moral value." ### Slide 15: Is Instrumental Value "Real"? - **Elaboration on Content:** - The authors cite philosophers who believe "instrumental value" isn't a value at all. - **Literal Interpretation:** - Rønnow-Rasmussen suggests the term is a "linguistic or terminological confusion." - **Original Example:** - A "Good Poison." It is _good at killing_, but is it "valuable" in a moral sense? If not, then instrumental goodness is just another word for "efficiency." ### Slide 16: Values vs. Reasons - **Elaboration on Content:** - "Values" belong to the _evaluative_ domain (What is good?). - "Reasons" belong to the _deontic_ domain (What should I do?). - **Direct Quote:** - "Reasons relate to what to do, believe or aim for. Reasons are considerations that count in favor of or against doing, believing or aiming for something." ### Slide 17: Thesis V: Correspondence - **Elaboration on Content:** - This is the "Buck-Passing" account of value. - If something has value, it must give us a reason for a "pro-attitude" (respect, care, protection). - **Direct Quote:** - "(V) If x is valuable (in a certain respect) then one has reasons (of a certain kind) for a positive response (a pro-attitude or a pro-behavior) towards x." ### Slide 18: Tracking Values (Step-by-Step) - **Elaboration on Content:** - A methodology for identifying "Real" value. - Does the reason for the pro-attitude come from the object itself (_resultance base_) or from my own subjective desire? - **Discussion Question:** - If I promise to protect a rock, I have a reason to care for it. Does the rock have value? The authors say no—the reason comes from the _promise_, not the rock (the "Wrong Kind of Reasons" problem). ### Slide 19: Why Instrumental Value Fails - **Elaboration on Content:** - Instrumental reasons are "wrong kind" reasons for value tracking. - **Logic Check:** - If I want to cut bread, I use a knife. The reason to use the knife comes from my hunger, not the knife's inherent "goodness." - **Direct Quote:** - "The mere fact that ‘p wishes to K’ cannot give p any reason to K... So, in as far as (1) gives reasons to use x it are the wrong kind of reasons for V." ### Slide 20: Section V: Refining Neutrality - **Elaboration on Section Header:** - Now the authors apply these categories back to technology to find the "interesting" version of the Neutrality Thesis. ### Slide 21: Thesis N2’: Intrinsic Final - **Elaboration on Content:** - The authors dismiss the idea that technology has _intrinsic_ value (value independent of humans). - **Text Justification:** - If we say a computer has intrinsic value, we are treating it as a "mere physical object." This ignores the very thing that makes it technology: its function. - **Direct Quote:** - "N2' may be true, but it is not a very interesting thesis about technology... because it disregards those (extrinsic) features of physical objects that make them technical artifacts." ### Slide 22: The Dual Nature - **Elaboration on Content:** - Artifacts are "hybrid objects." - **Semantic Fidelity:** - Structure is "intrinsic." Function is "relational." - **Quote from Text:** - "Technical artifacts cannot be conceptualized or characterized fully in terms of their intrinsic physical properties alone." ### Slide 23: Thesis N2’’: Extrinsic Final - **Elaboration on Content:** - This is the thesis they want to attack. - **Original Example:** - A museum curator preserves the first airplane. They don't value it as scrap metal (instrumental) nor as an object independent of history (intrinsic). They value it _extrinsically_ (because of what it did) and _finally_ (they keep it for its own sake). ### Slide 24: Dancy’s Distinction - **Elaboration on Content:** - "Resultance Base": The specific designed properties that generate value. - "Supervenience Base": The context that allows those properties to "work." - **Strategy:** - The authors will argue that designers can control the "Resultance Base." ### Slide 25: Thesis N3: The Final Target - **Elaboration on Content:** - This is the specific target of the paper. - **Formal Statement:** - (N3) The designed properties of technical artifacts cannot form the resultance base of moral extrinsic final values. - **Direct Quote:** - "denying N3 implies that the potential to generate certain specific values can be embodied in certain technical artifacts." ### Slide 26: Section VI: Rebutting Neutrality - **Elaboration on Section Header:** - The transition to empirical examples. ### Slide 27: Case 1: Sea Dikes - **Elaboration on Content:** - The technical function of a dike is "protection from flooding." - **Text Argument:** - This function is "instrumental to a moral value like the safety of the inhabitants... which we consider to be a final value." - **Student Difficulty:** - Students might say "all tools are for safety." Clarify the distinction: A knife is for cutting (not safety), but a dike is _designed for_ safety as its primary function. ### Slide 28: Dikes: Function/Value - **Elaboration on Content:** - In the case of the dike, the technical function and the moral value are "hardly distinguishable." - **Direct Quote:** - "The technical function of a dike may be described as providing safety with regard to flooding." - **Conclusion:** - Therefore, the dike _embodies_ the value of safety through its designed features. ### Slide 30: Case 2: Speed Bumps - **Elaboration on Content:** - The speed bump forces a "pro-attitude" toward traffic safety. - **Logic Check:** - A reckless driver speed-climbing over a bump is an "improper response" to the value designed into the bump. - **Quote from Text:** - "Speed bumps give us reasons to slow down... primarily because they have the function of traffic safety." ### Slide 31: Section VII: Side-Effects - **Elaboration on Section Header:** - Can values be embodied even if they aren't the _official_ function? ### Slide 32: Case 3: Moses’ Overpasses - **Elaboration on Content:** - The Robert Moses example from Langdon Winner. - **Semantic Fidelity:** - Winner's version is "contested" by other historians, but the authors use it as a conceivable example of "intended side-effects." - **Student Pitfall:** - Students focus on the history. Keep them on the philosophy: If a bridge _is_ low to block buses, does the "racism" live in the bridge's height? ### Slide 33: Intentional Side-Effects - **Elaboration on Content:** - Side-effects only embody value when they are _intended_ and the object has the _capacity_ to realize them. - **Quote from Text:** - "The intentional history gives the overpasses a certain meaning or symbolic value, which corresponds with reasons to disapprove of them." ### Slide 34: Gas Chambers vs Pacemakers - **Elaboration on Content:** - Comparison of "Valence." - **Argument:** - We abhor gas chambers because they are designed for extinction and have the physical capacity to achieve it. - **Original Example:** - Contrast this with "Dark Patterns" in UI design. An app designed to "trick" users into spending money embodies the disvalue of "deception." ### Slide 35: Section VIII: General Account - **Elaboration on Section Header:** - Formalizing the conditions for embodiment. ### Slide 36: Sufficient Conditions - **Elaboration on Content:** - The two-prong test for embodiment. - 1. Potential/Capacity. - 2. Design Intent. - **Quote from Text:** - "The embodiment... depends on both an intentional condition (‘x has been designed for G’) and on a condition that primarily refers to physical properties." ### Slide 37: The Explanatory Link - **Elaboration on Content:** - The most precise definition. - **Direct Quote:** - "The designed properties of a technical artifact x form the resultance base of an extrinsic final value G... if the designed properties of x have the potential to achieve... G... due to the fact that x has been designed for G." ### Slide 38: Section IX: Realized vs. Embodied - **Elaboration on Section Header:** - The gap between the lab and the world. ### Slide 39: The Value Triad - **Elaboration on Content:** - Intended (Designer's Mind) -> Embodied (Artifact's Structure) -> Realized (User's World). - **Discussion Question:** - If a designer builds a "private" app (Embodied), but users publicly share all their data (Realized), was the designer successful? ### Slide 40: Summary & Conclusion - **Elaboration on Content:** - VSD is possible because the Neutrality Thesis (N3) fails. - **Final Quote:** - "the real challenge for VSD lies in realizing such embodied values in actual use practices." - **Class Closing Note:** - The ethical burden shifts from just "using tools well" to "designing tools that allow for a good life." # other notes **I. Introduction to Value Sensitive Design** **Defining Value Sensitive Design** Value Sensitive Design emerged from Batya Friedman's work in ICT but represents a fundamental shift in how we think about engineering ethics. The key insight here is that VSD isn't just about avoiding harm or following codes of conduct—it's about proactively building positive moral values into the very structure of technology. You should emphasize that this is a _systematic_ approach, not just good intentions or ad hoc ethical considerations. The expansion beyond software to civil and mechanical engineering shows this isn't a niche concern but a fundamental reconceptualization of the design process. Students often think ethics is something added on top of engineering; VSD claims ethics can be baked into the technical specifications themselves. This sets up the entire philosophical debate: is such integration even conceptually possible? **Three Pillars of Design Ethics** This triadic structure reveals the conceptual architecture underlying VSD's ambitions. The movement from abstract moral values through the design process to physical artifacts represents a translation problem of enormous complexity. The design process becomes the crucial mediator—it's where abstract ethical concepts like "privacy" or "fairness" must be operationalized into concrete design requirements. Students should understand this isn't a linear process but an iterative one, with feedback loops between all three pillars. The challenge is maintaining the integrity of the moral value through this translation. Ask students: when we say a bridge is "safe," are we attributing a property to the physical structure, the design process that created it, or the value we aimed to achieve? This ambiguity is precisely what the paper seeks to resolve. **The Central Tenet of VSD** This slide crystallizes the philosophical puzzle at the heart of the paper. The claim that designers can "build" values into objects seems to violate a basic category distinction—moral properties belong to agents and their actions, not to chunks of matter. The reference to Flanagan et al. reinforces that this isn't just Van de Poel and Kroes's concern but a broader debate in the field. The critical question challenges our intuitions: we don't typically think a hammer is morally good or bad, so why should any artifact be different? Yet we do seem to make moral judgments about certain technologies—gas chambers, life-support machines, surveillance systems. Students need to feel the tension here before moving forward. The answer isn't obvious, and the paper's philosophical sophistication lies in carefully unpacking what it could mean for an artifact to "possess" or "embody" a moral quality. **II. The Neutrality Thesis** **The NRA Slogan Analysis** This slogan is pedagogically perfect because it captures an intuition many students share: tools are neutral, users are responsible. The slogan works rhetorically by creating a sharp distinction between the artifact (gun) and the agent (person), placing all moral weight on the latter. But you should push students to examine this intuition: does a gun truly have no moral valence? Does its design—optimized for efficiently killing—carry no moral significance? The phrase "context determines" is crucial: the neutrality thesis doesn't deny that technologies can be used for good or bad purposes, but claims the moral value exists only in the use, not in the artifact itself. This sets up the challenge Van de Poel and Kroes must overcome: showing that at least some moral value can reside in the artifact independent of (though not separate from) its use context. **Interpreting Neutrality** The distinction between N and N1 is subtle but important. N is a general claim about all technology, while N1 specifically targets the possibility of designing values into artifacts—which is exactly what VSD claims to do. Mitcham's citation grounds this in the broader philosophy of technology literature. You should emphasize that N1 is the precise formulation Van de Poel and Kroes need to refute. If N1 is true, then VSD is founded on a category mistake—trying to put moral properties where they cannot exist. This isn't just an academic dispute; it has real implications for engineering practice. If N1 is true, ethics in engineering can only be about responsible use and preventing misuse, not about the design itself. The stage is now set for the philosophical analysis that will ultimately refute N1. **If N1 is true...** This simple conditional statement captures what's at stake in the entire philosophical investigation. VSD represents a significant research program and practical approach in engineering, with considerable resources and effort invested. If the neutrality thesis holds, all this work rests on a conceptual confusion. But the implications go beyond VSD itself—if N1 is true, then engineers cannot be held responsible for the values their designs embody (because designs cannot embody values), only for predicting and preventing misuse. This would significantly limit the scope of engineering ethics. The slide should create a sense of urgency: we need to resolve this philosophical question to know whether an entire approach to ethical engineering is coherent. **III. Philosophical Detour: Categorizing Value** **Fundamental Distinctions** These three categories of value are absolutely crucial for students to grasp before proceeding. Final value (value for its own sake) is what we ultimately care about—happiness, justice, beauty. Intrinsic value is non-relational, depending only on the object's internal properties. Instrumental value is means-value, deriving worth from what it helps achieve. The key insight is that these aren't mutually exclusive categories but describe different aspects of value. Students often conflate final with intrinsic (as Moore did), so emphasize they're independent dimensions. A family heirloom might have final value (valued for its own sake) that's extrinsic (depending on its relational property of having belonged to grandmother). This conceptual clarity is essential for understanding why Van de Poel and Kroes focus on extrinsic final values. **G.E. Moore on Intrinsic Value** Moore's account is historically influential but philosophically problematic, and students need to understand both aspects. His non-naturalism (goodness as unanalyzable) and objectivism (value independent of human appreciation) pushed him toward intrinsic value as the only "real" value. The key confusion in Moore is conflating "value for its own sake" with "value independent of relations." His test—would identical objects always have identical value regardless of context—seems compelling but is actually too restrictive. Students should see that Moore's influence made philosophers suspicious of relational values, which is precisely what Van de Poel and Kroes need to rehabilitate. The notion of supervenience (value supervening on natural properties without being reducible to them) remains important in contemporary metaethics. **The Four-Fold Categorization** This 2x2 matrix is the conceptual breakthrough enabled by Korsgaard's distinction. Each quadrant represents a logically possible type of value, though not all may be instantiated. Intrinsic final is Moore's ideal—something valuable for its own sake based solely on internal properties (perhaps conscious experience?). Extrinsic final is what Van de Poel and Kroes need—something valuable for its own sake based on relational properties (a wedding ring, a historical monument). Intrinsic instrumental seems paradoxical—how can something be a means based solely on internal properties? Extrinsic instrumental is the standard case—a knife valuable as means based on its relation to cutting tasks. Students should understand this isn't just philosophical hair-splitting; identifying the right quadrant determines what kind of value artifacts can embody. **Final vs. Instrumental Value** This distinction between ends and means is fundamental to ethical theory and practical reasoning. Final values are where chains of justification terminate—when asked "why is that valuable?" we can say "because it just is" (though we might elaborate on what makes it valuable). Instrumental values always point beyond themselves—a knife is valuable because it cuts, cutting is valuable because it prepares food, food is valuable for health, health for happiness. The crucial point is that artifacts seem paradigmatically instrumental—they're tools for achieving ends, not ends themselves. This is why showing artifacts can have final value (even if extrinsic) is such an important philosophical achievement. Students should grapple with examples: is a wedding ring merely instrumental to expressing love, or does it have final value? **Relational (Extrinsic) Value** Korsgaard's insight about conditional final value opens the conceptual space Van de Poel and Kroes need. Something can be valuable for its own sake while still depending on relational properties—this isn't a contradiction. The Kantian example is perfect: happiness is finally valuable (not merely a means) but only conditionally good (when arising from good will). For artifacts, the key relational properties are functions and intended uses, which connect them to human purposes. This prepares students for the idea that a technical artifact's value might depend on its designed relationship to human needs while still being finally valuable. The artifact doesn't just cause or produce value; it embodies value through its relational properties. This subtle distinction is crucial for the argument ahead. **IV. The Problem of Instrumental Value** **Is Instrumental Value "Real"?** This philosophical puzzle cuts deep: when we say a knife is "good for cutting," are we attributing value to the knife or just noting a causal capacity? Rønnow-Rasmussen's suggestion that instrumental value involves linguistic confusion is provocative—maybe we're just sloppy in our language. The rationality argument is even stronger: using appropriate means is a requirement of rational action, not a recognition of value in the means themselves. Students should wrestle with this: if you need to cross a river and there's a bridge, is the bridge valuable or is it just irrational not to use it? This matters because if instrumental value isn't real value, then showing artifacts can have instrumental value doesn't refute the neutrality thesis—we need to show they can have final value. **Tracking Value through Reasons** This three-step methodology operationalizes the philosophical analysis, showing students how to investigate whether something really has value. The key is identifying whether reasons for positive responses genuinely originate from the object or from our desires/purposes. The third step is crucial: if removing human desire eliminates all reasons for positive response, the "value" was merely instrumental. This tracking method will be applied to the case studies later. Students should practice with examples: a chocolate bar might generate reasons for enjoyment (positive response) that persist even without prior desire for chocolate (suggesting final value), while a screwdriver generates reasons for use only when we need to turn screws (suggesting merely instrumental value). This prepares them to see why certain artifacts might embody genuine final values. **Thesis V: Correspondence** This principle connecting value to reasons for positive responses is the paper's methodological key. It's neutral on whether values ground reasons or vice versa—what matters is the correspondence itself. "Positive responses" include promoting, protecting, admiring, respecting, caring for—not just using. This broader understanding of positive responses is crucial for seeing how artifacts might embody values beyond mere usefulness. The parenthetical qualifications ("in a certain respect," "of a certain kind") acknowledge that different values warrant different responses—we don't respond to beauty the same way we respond to justice. Students should see this as a detection method: if we can identify appropriate positive responses that track to designed features of artifacts, we've found embodied values. **V. Refining the Neutrality Thesis** **Moving to Extrinsic Final Values** The rejection of N2′ (intrinsic final) as truistic is a crucial move. No one seriously thinks a technical artifact's value is independent of all relations—that would make it valuable as a mere lump of matter. The shift to N2″ (extrinsic final) targets the interesting claim: can artifacts embody values that are final (for their own sake) but relational (depending on design and use contexts)? This is where the real philosophical action is. Students should understand we're not looking for value that exists independent of humans, but value that exists in the artifact-human relationship as designed. The falsifiability point matters—N2″ makes a substantive claim that can be tested against actual examples of technical artifacts. **The Dual Nature of Artefacts** This conceptual framework is essential for understanding technical artifacts philosophically. They're not just physical objects (which would only have intrinsic properties) nor just functional roles (which would be purely abstract). The hybrid nature—matter structured to realize intentions—is what makes the value question complex. Physical structure provides causal powers; technical function provides purpose and meaning. Students often think of artifacts as just "stuff," but the dual nature view shows they're stuff-for-purposes, and this "for" relationship is constitutive, not accidental. This prepares the ground for showing that values can be embodied through the intentional structuring of matter for moral purposes. **The Resultance Base** Dancy's distinction between resultance base (properties that generate value) and supervenience base (full context determining value realization) is sophisticated but crucial. For artifacts, the resultance base consists of designed properties—both physical (shape, material) and functional (what it's for). These properties can generate value potential that may or may not be realized depending on context. The key move is limiting the resultance base to designed properties, excluding contingent contextual features. This allows Van de Poel and Kroes to say an artifact embodies certain values even if those values aren't always realized in practice. Students should think of this like a capacity **The Resultance Base** (continued) ...Students should think of this like a capacity: a match has the capacity to light even when wet (the capacity is in its resultance base of designed properties), but whether it actually lights depends on the full context (the supervenience base). This distinction explains how we can meaningfully say a bridge "embodies" racist values even if it's now used inclusively—the designed properties that generate the value remain even if the context has changed. **The Core Target: Thesis N3** This reformulation represents the paper's philosophical bullseye. N3 makes a precise, falsifiable claim: designed properties cannot generate moral final values. If Van de Poel and Kroes can show even one counterexample—one artifact whose designed properties form the resultance base for moral extrinsic final values—then N3 falls and VSD is theoretically justified. The emphasis on "designed properties" is crucial: we're not talking about accidental features or unintended consequences, but properties deliberately engineered into the artifact. The separation of context from design in the final bullet is key—context affects whether values are realized, but design determines what values are embodied. Students should understand this as the setup for the empirical cases that follow. **Can design features generate moral reasons for response?** This slide poses the empirical challenge that the case studies must meet. We need actual examples where designed features create genuine reasons for moral responses—not just practical reasons for use, but moral reasons for approval, respect, or condemnation. The phrase "analyzing the empirical evidence" signals a shift from pure philosophical analysis to examining actual artifacts. Students should be prepared to evaluate whether the examples truly show moral values embodied in design or whether skeptics could explain them away as merely instrumental values or contextual effects. The question format emphasizes this is an open investigation, not a foregone conclusion. **VI. Rebutting Neutrality: The Case Studies** **Case 1: Sea Dikes** The sea dike example is powerful because it collapses the supposed gap between function and moral value. The technical function (preventing flooding) is inseparable from the moral value (safety of inhabitants)—they're not two different things but two descriptions of the same designed reality. This isn't like a knife that can be used for good or bad purposes; a dike's very existence is oriented toward the moral value of protecting human life. The legal codes and safety norms that govern dike design make this explicit—engineers must design for specific safety values, not just functional performance. Students should see that "safety" here isn't an accidental benefit but the constitutive purpose. When engineers calculate the height and strength of a dike, they're literally calculating how much they value human life and property. **Dikes as Embodied Safety** This slide deepens the analysis by showing how safety is "built into" the dike through legally mandated design specifications. The contrast with the knife is crucial: a knife cuts (function) which might contribute to safety (value), but a dike prevents flooding (function) which IS safety (value). The parenthetical "(Resultance Base)" reminds students we're identifying the designed properties that generate value, not contingent contextual features. The emphasis on "purposively designed" counters any suggestion that the safety value is accidental or merely projected by users. Students should understand that when we look at a properly designed dike, we're looking at safety made concrete—the physical embodiment of a moral commitment to protecting life. **VII. The Intentional History of Objects** **Case 2: Speed Bumps** Speed bumps offer another clear case where function and moral value converge. The slowing function isn't morally neutral—it's specifically aimed at the moral value of traffic safety. The notion of "proper response" introduces a normative dimension: there's a right and wrong way to respond to a speed bump, and this normativity comes from its embodied value, not just practical constraints. Students might object that slowing down is just practical (avoiding car damage), but the moral dimension becomes clear when we consider someone who speeds over bumps for thrills—they're not just acting imprudently but disrespecting what the bump represents. The design intention creates reasons for response that go beyond mere prudence to respect for safety as a value. **Resultance vs. Context** This slide addresses the obvious objection: doesn't context determine value? The race track example seems to show the same physical object (speed bump) having different values in different contexts. But Van de Poel and Kroes's distinction handles this elegantly: the potential for safety remains in the bump's designed features (resultance base) even on a race track; it's just that the context (supervenience base) prevents this potential from being realized. The bump still "embodies" safety even when used for sport. Students should see this as analogous to a safety device being misused—the designed value doesn't disappear just because someone uses it differently. This maintains that artifacts can embody values while acknowledging contextual variation in value realization. **VIII. Politics and Negative Values** **Case 3: Robert Moses' Bridges** The Moses bridges example is pedagogically powerful because it shows artifacts can embody negative values (disvalues) and that political values can be literally built into infrastructure. Winner's famous analysis shows how racist intentions were translated into physical specifications (bridge height) that would have discriminatory effects. The bridges embody exclusion not accidentally but by design—the low clearance was specifically calculated to exclude buses and thereby poor and minority populations. Students should grapple with whether the bridges would still embody racism if Moses's intentions were different (say, he just liked low bridges aesthetically) or if the discriminatory effects were unintended. The "potential to realize" language is important—the bridges embody the capacity for exclusion whether or not they still effectively exclude today. **Moral Valence of Side-Effects** This slide broadens the analysis to show that many technical artifacts have clear moral valences based on their designed purposes and capacities. The pacemaker example shows positive moral valence—we admire them because they're designed to save lives and have the capacity to do so. Gas chambers show negative moral valence—we abhor them because they were designed for genocide and optimized for that purpose. The key insight is that both intent and capacity matter: a poorly designed pacemaker that kills people wouldn't be admired despite good intentions; a well-designed gas chamber is abhorrent because of both intentions and capacity. Students should understand that moral valence isn't just about consequences but about what the artifact was designed to do and whether it can actually do it. **IX. The Mechanics of Embodiment** **General Account of Embodiment** This three-part account provides the paper's constructive proposal for when artifacts embody values. The potential capacity condition ensures we're talking about real design features, not fantasies. The intentional design condition distinguishes embodied values from accidental effects. The explanatory link is crucial—the capacity must exist because of the design intention, not despite it. Students should see this as a test they can apply: Does the artifact have the physical capacity to promote/realize the value? Was it deliberately designed for that value? Does the design intention explain why it has that capacity? All three must be answered "yes" for genuine value embodiment. This framework can evaluate any proposed case of value embodiment. **The Value Triad** This tripartite distinction is essential for understanding VSD in practice. Intended value is what designers aim for—their moral goals and aspirations. Embodied value is what actually gets built into the artifact through design choices—the potential residing in the resultance base. Realized value is what happens in actual use—the moral effects in the real world. These can diverge: designers might intend privacy but fail to embody it; they might successfully embody safety but users might override safety features. Students should understand that VSD must manage all three levels and that success requires alignment between them. The distinction also clarifies responsibility: designers are responsible for intended and embodied values, while users share responsibility for realized values. **The Role of "Proper Use"** The concept of proper use bridges embodied and realized values. Designers don't just create physical objects but also use plans—specifications for how the artifact should be used to realize its embodied values. Houkes and Vermaas's use plan theory provides philosophical grounding: artifacts are always designed with intended uses that are constitutive of what they are. "Proper use" isn't arbitrary but traces back to design intentions and the values the artifact embodies. Students should see that improper use doesn't eliminate embodied value but prevents its realization. This explains why user manuals and safety warnings matter—they're not just legal protection but attempts to ensure embodied values become realized values. **Designer Responsibility** This slide outlines the ongoing responsibilities of designers beyond the initial design phase. Anticipation requires predicting actual use patterns and their value implications—not assuming users will follow proper use plans. Adaptation means adjusting designs and use plans based on how people actually interact with artifacts. Monitoring involves tracking whether intended values are being realized in practice. Feedback closes the loop, using real-world experience to improve future designs. Students should understand this as an iterative process—VSD isn't "fire and forget" but requires ongoing engagement between designers and users. This dynamic view of design responsibility acknowledges both the power and limits of designing values into artifacts. **Conclusion: VSD is Theoretically Possible** This concluding slide affirms that the philosophical investigation has succeeded—Van de Poel and Kroes have shown that technical artifacts can embody extrinsic final values through design, refuting the neutrality thesis N3 and providing theoretical justification for VSD. The key achievements are: (1) clarifying the type of value artifacts can embody (extrinsic final), (2) showing through examples that such embodiment is actual, not just possible, (3) providing a general account of when embodiment occurs, and (4) distinguishing intended, embodied, and realized values to clarify the scope and limits of VSD. Students should leave understanding that while VSD is theoretically possible, its practical success requires careful attention to design processes, use contexts, and the ongoing relationship between designers, artifacts, and users. The philosophical possibility opens the door, but walking through it requires sustained ethical and engineering work. </final_answer>