No. 4
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Title: From Job Description to Purpose Description: An Organizational Theory of Dynamic Role Design and Future Value Creation in the Age of AI
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Version: 1
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Publish date: August 10, 2026
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PDF: https://zenodo.org/records/21872816/files/From_Job_Description_to_Purpose_Description_v1.pdf?download=1
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SSRN: https://papers.ssrn.com/sol3/papers.cfm?abstract_id=7259442#
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Author: Naoki Kadowaki
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Publisher๏ผVURA Capital Innovation Holdings Inc.
As AI continuously reshapes the boundaries of work, static Job Descriptions alone are no longer sufficient to define human roles.This paper introduces the Purpose Description (PD), which defines why an individual or team exists, for whom it creates value, and what future it seeks to realize.It proposes a dynamic role architecture for human-AI collaboration while keeping purpose, judgment, accountability, and authority ultimately with humans.
From Job Description to Purpose Description An Organizational Theory of Dynamic Role Design and Future Value Creation in the Age of AI Naoki Kadowaki Founder & CEO, VURA Capital Innovation Holdings Inc. · Lecturer, Keio Business School ORCID 0009-0009-5295-1506 This version: August 2026 · Working Paper Version 1.1 “A job description allocates present tasks. A purpose description distributes the creation of future value.” Abstract Artificial intelligence (AI) is rapidly expanding the scope of analysis, prediction, generation, decision support, and task execution, rendering human roles within firms increasingly fluid. In many organizations, however, roles are still defined around the Job Description (JD)—a collection of assigned tasks, areas of responsibility, required competencies, and reporting relationships. While this static allocation model serves stable divisions of labor well, it cannot adequately express the purpose of a role or the value it creates in environments where the mapping between tasks and humans changes continuously and the human-AI collaborative system itself becomes an object of redesign. Connecting work design theory with dynamic capabilities research, this paper proposes the Purpose Description (PD), a concept of dynamic role design positioned above the JD. A PD is an organizational design unit that articulates—in light of the future expectations shared by markets and society and the future the firm seeks to realize—why an individual or team exists, for whom it creates what future value, and on the basis of which questions and decision principles it acts. The paper’s central thesis is that whereas a JD allocates present tasks, a PD distributes the creation of future value. The PD is positioned as structural middleware that 1 connects the market’s expectations of the future captured by Future Value Theory (Kadowaki, 2026a) and the continuous redesign of the enterprise addressed by Enterprise Redefinition (Kadowaki, 2026b) to the actions of individuals and teams. The paper presents a Two-Tier Dynamic Role Architecture that integrates PD and JD as complements, together with a synchronization protocol. It further sets out the causal mechanism by which purposeless local optimization in AI adoption is avoided, nine testable propositions, directions for measurement, legal and labor governance, safeguards against over-adaptation, and human authority to halt AI systems. The creation of future value depicted by the PD and the execution of PD-defined roles are carried out by integrated human-AI systems, but the determination of purpose and decision principles, exception handling, halt authority, and legal and ethical accountability remain vested in humans. The PD does not substitute for working conditions, authority, or accountability; it preserves them while placing existential purpose and the connection to future value above ever-changing means. Keywords: Purpose Description, Job Description, Future Value Theory, Enterprise Redefinition, human-AI collaboration, dynamic organization design, complementary assets, dynamic capabilities JEL codes: M10, M12, M54, O33, D23, J24 This is a working paper presenting a conceptual framework in development. Comments are welcome. Companion working papers, “Future Value Theory: A Management Framework for Enterprise, Capital, and Society in the Age of AI” (Kadowaki, 2026a), available at SSRN (https://ssrn.com/abstract=7120980), and “Enterprise Redefinition: Toward an Enterprise Evolution Theory for the Age of AI” (Kadowaki, 2026b), available at SSRN (https://ssrn.com/ abstract=7210118). 1 Introduction Firms have long designed their organizations by decomposing work into jobs and assigning each job responsibilities, authority, required competencies, and reporting relationships (Chandler, 1962; Hackman & Oldham, 1976). The Job Description is the emblematic institution of this approach. By clarifying who is in charge of what, who is responsible for what, and what outcomes are expected, the JD has supported the division of labor, specialization, hiring, compensation, and equitable evaluation. The development of generative AI and autonomous AI agents, however, is eroding the stability of task composition and job boundaries that the JD has implicitly presupposed. What matters is not that particular jobs vanish all at once. Rather, the boundaries of the fine-grained tasks that constitute a job—and the appropriate From Job Description to Purpose Description VURA Working Paper Series 2 allocation of those tasks among humans, AI, and external partners—keep changing continuously and nonlinearly. Empirical research shows that generative AI assistance raises productivity in customer support by 15% on average, with especially large effects for less experienced workers (Brynjolfsson, Li, & Raymond, 2025). In knowledge work, AI’s capability boundary is not uniform but forms an irregular “jagged frontier” across tasks (Dell’Acqua et al., 2023). At the same time, technology adoption does not by itself raise firm value automatically. Exploiting AI as a general-purpose technology requires redesigning business processes, human capital, organizational structure, decision rights, and complementary assets (Bresnahan, 2024; Iansiti & Lakhani, 2020). The challenge, therefore, is not merely the frequency with which Job Descriptions are updated. The more fundamental problem is that while a Job Description primarily defines “what is to be done,” it does not adequately address “why the role exists,” “what future it is meant to realize,” “for whom it creates what value,” or “by what principles the means—including AI—are to be re-selected.” The more AI expands the means of execution, the less stably human roles can be defined by “the residual tasks AI cannot perform,” because AI’s capability boundary keeps shifting. To define human roles durably, the starting point must be purpose, questions, judgment, responsibility, and the value to be created—not tasks. This paper therefore proposes the shift from Job Description to Purpose Description. This is not a renaming exercise: it is a transition from organizations that position humans as executors of predefined work to organizations that position humans as the definers of, and accountable principals for, the future and the value to be realized. 2 Research Questions and Contributions This paper poses three research questions. First, when AI renders task structures fluid, by what should the roles of individuals and teams be defined? Second, how can the purpose and future value a firm espouses be connected to frontline judgment and to the division of labor between humans and AI? Third, how do the clarity and alignment of a Purpose Description affect whether AI adoption stops at technical success or advances to success in terms of future value? The paper makes four contributions. First, it defines roles not as bundles of fixed tasks but as connections to the creation of future value. Second, while integrating work design, meaningful work, job crafting, and organizational purpose research, it presents a formal organizational design unit distinct from all of them. Third, it provides microfoundations that translate the firm-level concept of dynamic capabilities into frontline questions and decision principles. Fourth, it builds in a synchronization From Job Description to Purpose Description VURA Working Paper Series 3 protocol that maintains dynamic alignment between JD and PD, together with legal and labor guardrails, thereby increasing implementability. In addition, it distinguishes the PD from OKR and MBO, positioning it not as a goal-management technique but as a unit of dynamic organization design and governance. The governance principle running through this paper is unambiguous. It is humans and AI together that create future value and execute PD-based roles. But the final responsibility for deciding what to aim for, which principles to uphold, what to decide in exceptional situations, when to halt AI, and who explains the results remains with humans. Value creation can be shared; accountability cannot be transferred to AI. 3 Theoretical Background 3.1 Job Descriptions and Work Design In practice, a Job Description organizes a job’s purpose, principal responsibilities, duties, required competencies, authority, and reporting relationships. This paper therefore does not claim that all Job Descriptions lack purpose. The problem is that institutional practice tends to center on assigned tasks and boundary management, with purpose reduced to a brief annotation. Work design research has never treated jobs as mere task lists. Hackman and Oldham’s (1976) job characteristics model showed that skill variety, task identity, task significance, autonomy, and feedback shape the experienced meaningfulness of work and sense of responsibility, which in turn affect motivation. Morgeson and Humphrey (2006) offered a broader measurement framework encompassing not only task characteristics but also knowledge, social relationships, and work context. Organization design theory, moreover, formulates the fundamental problem of organizing as the division of tasks and the integration of effort (Puranam, 2018), with role definition at its core. These literatures ground the Purpose Description, but they deal primarily with the characteristics and experience of existing jobs. The Purpose Description goes further, continuously reconstituting the job itself from the starting point of changing future value. 3.2 Meaningful Work, Calling, and Job Crafting Research on meaningful work concerns the effects on individuals and organizations of experiencing work as significant and meaningful. Blustein, Lysova, and Duffy (2023) distinguish decent work from meaningful work and position the former as an important precondition for the latter. Calling research addresses the experience of work as a vocation, and job crafting research addresses the process by which From Job Description to Purpose Description VURA Working Paper Series 4 individuals actively alter task, relational, and cognitive boundaries (Wrzesniewski & Dutton, 2001). The Purpose Description overlaps with these constructs but is not identical to them. Whereas meaningful work concerns primarily the subjective experience of work, calling concerns individual orientation, and job crafting concerns individual-initiated modification of an existing job, the Purpose Description integrates into a single descriptive unit not only personal meaning but also beneficiaries, corporate purpose, the future expectations of markets and society, decision principles, and accountability. It also applies to teams as well as individuals and is created dialogically as part of formal organization design. 3.3 Organizational Purpose and Strategic Alignment Organizational purpose expresses why a firm exists beyond profit and what it brings to whom (Gartenberg, Prat, & Serafeim, 2019; George et al., 2023). Yet firm-level declarations do not translate automatically into frontline roles. Unless an abstract purpose is converted into individual judgments, priorities, human-AI allocations, and evaluation metrics, it remains a symbolic expression. The Purpose Description is the intermediate layer that translates corporate purpose into the purposes and future value of individuals and teams. 3.4 AI, Complementary Assets, and Organizational Redesign The value of information technology is realized not by the technology alone but through complementarities with business processes, skills, decision rights, incentives, and organizational capital. The same holds for AI. The Stanford Digital Economy Lab’s synthesis of 51 enterprise cases attributes performance differences not merely to model selection but to organizational readiness, processes, leadership, and transformation capability (Pereira et al., 2026). This finding indicates that AI adoption must be understood not as “fitting available AI capabilities onto existing operations” but as “redesigning work and roles from the value the organization seeks to realize.” Complementary-assets reasoning alone, however, offers only a weak normative starting point for what the redesign should aim at. The Purpose Description supplies that starting point by making explicit the future value, beneficiaries, questions, and decision principles. 3.5 Theoretical Grounding in Future Expectations, Resources, and Strategy Formation Future Value and Enterprise Redefinition as used in this paper do not rest solely on the author’s prior working papers. Future Value can be connected to signaling, whereby From Job Description to Purpose Description VURA Working Paper Series 5 present actions convey uncertain future quality to markets (Spence, 1973); to organizational learning, whereby the allocation between exploration and exploitation shapes future capabilities (March, 1991); and to expectation formation, whereby imagined but uncertain futures orient present economic action (Beckert, 2016). This paper integrates these strands and operationalizes future value as the change in state that beneficiaries will attain, the new options the organization acquires, and shifts in the expectations of markets and stakeholders. Enterprise Redefinition is theoretically grounded in the Resource-Based View, which addresses the reconfiguration of valuable resources and complementary assets (Barney, 1991); in Dynamic Capabilities, which concern sensing, seizing, and reconfiguring resources in response to environmental change (Teece, 2007; Eisenhardt & Martin, 2000); and in the interplay of intended and emergent strategy (Mintzberg & Waters, 1985). The PD is a microfoundation that translates these firm-level processes of resource reconfiguration and strategy formation into the questions, decision principles, and human-AI allocations of individuals and teams (Helfat & Peteraf, 2015). Kadowaki (2026a, 2026b) are therefore complementary references that trace the developmental lineage of the concepts, not grounds for circularly validating this paper through the author’s own definitions. The case observations of eighteen firms within the same research program (Kadowaki, 2026c, 2026d) are likewise cited as complementary illustration. Institutional theory shows that JDs and appraisal systems are stabilized not only by efficiency but by professional norms, legal institutions, and mimetic pressure from industry peers (DiMaggio & Powell, 1983). The PD must therefore be institutionalized incrementally, maintaining consistency with contracts, professional norms, and safety regimes rather than declaratively replacing existing institutions. Sensemaking theory (Weick, 1995), in turn, explains how organizational members under ambiguity iterate between action and interpretation to form shared meaning. Defining Questions and the Decision Log convert this meaning-making into an observable and correctable organizational process. Cognitive Systems Engineering further shows that safety is not secured merely by formally retaining human responsibility; the ensemble must be designed as a joint cognitive system in which humans can understand the situation, track change, and intervene (Hollnagel & Woods, 2005). From this perspective, the PD is derived as a roledesign unit that binds together purpose, decision principles, visibility, intervention authority, and responsibility boundaries within the Human-AI System. The paper’s core logic is thus constructed directly from established theory; Kadowaki (2026a, 2026b) serve only as complementary references marking the lineage of the research program. From Job Description to Purpose Description VURA Working Paper Series 6 3.6 Comparison with OKR (Objectives and Key Results) and MBO Any discussion of role fluidity and agile goal setting must clarify the differences from Management by Objectives (MBO: Drucker, 1954) and from Objectives and Key Results, which originated at Intel and diffused to Google and beyond (OKR: Grove, 1983; Doerr, 2018). MBO and OKR are goal-management approaches that align organizational and individual action by setting objectives to be pursued over a given period together with the results or criteria that indicate their attainment. Whereas OKR and MBO are execution- and goal-management techniques that stipulate “what is to be achieved within a given period” (What/Target), the PD defines, for organizations in which humans and AI collaborate, “why the unit exists and what future value it creates for whom” (Why/Beneficiary/Future Value), and it is the minimal unit of dynamic organization design (a Structural Governance Unit) that governs the division of labor and responsibility boundaries between humans and AI in environments where tasks are fluid. OKR and MBO can run in parallel with the JD as a separate goal-management layer. The PD, by contrast, is the core of a two-tier dynamic role architecture that bridges the upper purpose layer and the lower contractual-control layer (the JD) through a synchronization protocol. The PD is therefore not an alternative goal-setting technique to OKR or MBO but a superordinate organizational-structure and governance concept that can subsume and orient them as needed. 4 Defining the Purpose Description This paper defines the Purpose Description as follows. A Purpose Description is a statement of why an individual or team exists, for whom it creates what future value—in light of the future expectations shared by markets and society and the future the firm seeks to realize—and of the questions it sets and the principles by which it judges in order to do so. This definition has three features. First, it situates purpose not solely in the individual’s inner meaning but in relations with the firm, beneficiaries, and society. Second, it conceives of performance not as current workload but as the state changes to be realized and the contribution to future value. Third, it does not fix the means of execution, continuously updating the combination of humans, AI, technology, and external partners. Accordingly, the executing agent that creates future value, explores the questions, and carries out the PD can be an integrated Human-AI System. However, the setting and guardianship of Decision Principles, exception handling, halt authority, From Job Description to Purpose Description VURA Working Paper Series 7 and accountability for outcomes are retained by a human as the Accountable Principal. The six components are organized into inputs (Purpose, Beneficiary), mediating processes (Defining Questions, Decision Principles), and outputs/outcomes (Desired Future, Future Value). 4.1 Comparing JD, OKR/MBO, and PD The PD is reducible neither to the traditional JD nor to goal-management techniques such as OKR and MBO. Note also that whereas a company-wide purpose statement expresses the raison d’être of the organization as a whole, the PD is the formal roledesign unit that translates it into the beneficiaries, questions, decision principles, and responsibility boundaries of individuals and teams. Table 1 summarizes the institutional differences among the three. Dimension Traditional JD OKR/MBO Purpose Description (PD) Fundamental nature A contractual and control document defining duties, responsibilities, and authority A goal- and progressmanagement technique aligning objectives and results An organizationalstructure and governance unit designing human-AI collaboration Primary question What is one in charge of and responsible for? (What) What is to be achieved within a given period? (Target) Why does the unit exist, and what future value does it create for whom? (Why/Who/Future Value) Temporal axis Present duties and scope of responsibility Short- to mid-term goals with deadlines Dynamic updating of questions and means, anchored in mid- to longterm purpose and principles Tasks and means Enumerated and assigned relatively statically Actions updated in pursuit of goal attainment Reallocated across humans, AI, and external resources on the basis of Defining Questions Relation to AI Assistance with or substitution of existing tasks A means of execution and productivity improvement supporting goal attainment Roles and allocations redesigned with the Human-AI System as the initial condition Responsibility and control Directly tied to job authority, direction and supervision, and Centered on goal evaluation and progress management; legal Humans designated as Accountable Principals; decision principles, exception handling, and From Job Description to Purpose Description VURA Working Paper Series 8 contractual responsibility responsibility handled by other institutions halt authority made explicit Institutional linkage A single contractualcontrol layer Runs in parallel with the JD as a separate goal-management layer Connects the purpose layer (PD) and the contractual-control layer (JD) via a synchronization protocol Table 1. Three Approaches to Role Management and Definition 4.2 Four Sources of Theoretical and Institutional Distinctiveness The PD presented in this paper is not merely an individual- or team-level version of an OKR document. It possesses theoretical and institutional distinctiveness on the following four counts. First: the shift from Target-Driven to Query/Principle-Driven. On a jagged frontier where uncertainty is high and AI’s capability boundary shifts continuously, targets set at the start of a period can themselves become obsolete within a short time. The PD anchors not on numerical targets but on Defining Questions that keep tracking environmental change and on Decision Principles that persist even as means change. Where OKRs are used, their Objectives and Key Results are subordinate to the PD’s purpose, questions, and principles and are updated as learning proceeds. Second: dynamic role reallocation within the Human-AI System. OKR and MBO deal primarily with goal attainment and alignment by human actors. The PD takes the integrated human-AI system as the initial condition of design and, when advances in AI automate tasks, provides organizational direction as to which untapped Future Value the freed human time and cognitive resources are to be reinvested in. Third: institutional embedding of responsibility boundaries. Goal and performance management under OKR or MBO alone does not settle questions of ethics, safety, compliance, authority to halt AI, or the locus of legal responsibility. The PD synchronizes with the subordinate JD and control layer and preserves the Accountable Principal norm that “value creation can be shared between humans and AI, but final accountability remains with humans.” Fourth: preventing the hollowing-out of purpose through the Query Translation Protocol. From Job Description to Purpose Description VURA Working Paper Series 9 Merely decomposing corporate purpose or corporate goals into numbers risks regression to KPI management at the front line, where purpose is reduced to a means. The PD propagates the corporate Future Value Hypothesis by translating it into the constraints the front line must remove and into Defining Questions. This connects managerial intent with frontline autonomy and curbs both symbolic purpose and passive waiting for instructions. 4.3 The Six Components Component What is described Purpose (raison d’être / input) Why does the unit exist? Which elements of the corporate purpose does it directly carry? Beneficiary (beneficiary / input) Whose problems does it solve, and to whom does it deliver value? Defining Questions (questions / process) What core questions must be asked continuously in order to track environmental change and update the role? Decision Principles (decision principles / process) What standards of ethics, quality, safety, customer priority, and responsibility persist even as means change? Desired Future (desired future / outcome) What state changes is the unit committed to realizing? Future Value (future value / outcome) What capabilities, options, expectations, and structural changes does it generate for beneficiaries, markets, and society? Table 2. The Six Components of the Purpose Description Specific tasks, technologies employed, staffing, and the division of labor between humans and AI are treated as variable elements subordinate to these six components. From Job Description to Purpose Description VURA Working Paper Series 10 Figure 1. An Integrated Governance and Operating Architecture Centered on the PD Note: OKR and JD do not stand in a hierarchical relationship to each other. Relative to the PD, the OKR synchronizes short-term results and learning, while the JD synchronizes contractual, authorityrelated, safety, and labor boundaries. Updates center on deltas and exceptions; the three documents are not fully revised each time. 4.4 Reconciling the Formal PD with Job Crafting Job crafting is a bottom-up act in which individuals voluntarily alter the task, relational, and cognitive boundaries of their work. The PD, by contrast, is a formal role design connected to superordinate future value, beneficiaries, decision principles, decision rights, and JD-level responsibility boundaries. The two are not opposed concepts, but individuals do not hold the authority to rewrite the PD unilaterally. Reconciliation proceeds through the following procedure: (1) the individual or team submits a Crafting Proposal grounded in frontline evidence; (2) the proposal’s implications for superordinate questions, beneficiaries, decision principles, capabilities and resources, and JD-level responsibilities are made visible; (3) the role owner decides whether to approve, run a time-limited experiment, modify, or reject; (4) changes affecting safety, law, budgets, or the job boundaries of others require prior approval; (5) experimental results are reflected in both the PD and the JD. This preserves frontline autonomy while preventing unauthorized abandonment of roles, shifting of responsibility, and local optimization. Corporate Strategy and Enterprise Purpose Future value hypotheses, beneficiaries, resource allocation, institutional guardrails Strategic translation Bidirectional updating from environmental change and field evidence Purpose Description (core) Purpose / Beneficiary / Defining Questions / Decision Principles / Desired Future / Future Value Outcome cycle Contract-and-control cycle OKR / KPI Short-term; updated at and within each period JD, work rules, authority, qualifications, safety Updated by formal procedure upon material role changes Results, learning, exceptions, objections — decision logs and leading indicators flow back to the PD and strategy From Job Description to Purpose Description VURA Working Paper Series 11 4.5 The Two-Tier Dynamic Role Architecture The PD does not abolish the JD outright. Role design is divided into an upper Purpose Layer and a lower Task & Accountability Layer. The upper layer defines purpose, beneficiaries, questions, decision principles, the desired future, and future value, providing directional stability. The lower layer defines current tasks, the human-AI division of labor, authority, legal obligations, safety standards, reporting relationships, and minimum performance standards, and is updated nimbly as technology advances. While the PD layer sets the direction of value creation by humans and AI, the lower control layer concretizes the accountable human agents, approval authority, monitoring duties, and halt procedures that humans retain. To contain divergence between the two layers and the costs of dual administration, a synchronization protocol is instituted. Synchronization is triggered by the introduction of new AI, the automation of major processes, significant regulatory or market change, or quarterly and semiannual reviews. The review examines whether “the current tasks and human-AI allocation contribute most to pursuing the questions defined in the PD and to creating future value,” and reflects in the lower layer the removal of unnecessary tasks, delegation to AI, and the addition of new human judgments and exception handling. That said, the joint formulation of PDs, their periodic updating, and inter-layer synchronization entail nontrivial costs of dialogue, information gathering, and consensus building. PDs should not be updated at the same frequency and precision for all jobs; operational intensity must vary with the pace of change in AI capabilities, markets, regulation, and risk. Conversely, the more AI lowers the costs of executing and coordinating routine tasks, the more an organization can redirect part of the time and resources thereby freed toward dialogue about purpose, resetting of questions, confirmation of decision principles, and redefinition of future value. PD operation should be designed not as additional administration but as organizational reinvestment made possible by falling execution costs. This two-tier structure avoids both the abstraction of purpose and the blurring of responsibility. A Purpose Description alone can leave unclear who bears final responsibility, what must not be done, and which regulations apply. Conversely, a Job Description alone struggles with changes beyond its stipulations. The two stand not in a relationship of substitution but in a complementary relationship of superordinate purpose and subordinate control. From Job Description to Purpose Description VURA Working Paper Series 12 5 Connecting to Future Value Theory and Enterprise Redefinition Future Value Theory conceives of firm value not merely as the accumulation of past performance but as market-shared expectations about “what future the firm can bring into being” (Kadowaki, 2026a). Market here is not limited to capital markets; it includes expectation formation by customers, employees, business partners, local communities, and other stakeholders. Expectations, however, are not realized by declaration alone. The firm must continuously and concertedly redesign Purpose, Business, Organization, Capital, and Leadership in line with the future to be realized. This is Enterprise Redefinition (Kadowaki, 2026b). The Purpose Description translates that firm-level redefinition to the unit of teams and individuals. The theoretical chain runs as follows. Markets and society form expectations about the future. The firm reads those expectations and simultaneously envisions a desirable future. Enterprise Redefinition redesigns the firm as a whole. The Purpose Description defines each individual’s and team’s raison d’être and contribution to future value. Humans and AI reconfigure the means and act. Realized outcomes and learning form new expectations. Within this chain, Future Value Theory explains “what constitutes firm value,” Enterprise Redefinition explains “how the firm as a whole is changed,” and the Purpose Description explains “who carries future value, and for what purpose.” In sum: the Job Description allocates present tasks; the Purpose Description distributes the creation of future value. 5.1 From Corporate Purpose to Frontline PDs: The Query Translation Protocol When the directions indicated by corporate purpose, Future Value Theory, and Enterprise Redefinition are connected to the PDs of individuals and teams, a rupture of translation arises. Handing down a highly abstract corporate purpose verbatim leaves it a symbolic slogan; conversely, rushing to concretize it into existing tasks and KPIs causes the vision of future value to regress into a static JD. This paper presents the Query Translation Protocol as the core mechanism for closing this Abstraction Gap. Basic principle: deploy questions, not tasks. The minimal unit that connects the future value sought by Enterprise Redefinition to the front line is not work instructions or numerical targets but the inheritance and translation of the core questions to be solved. Upper levels do not fix answers or means; From Job Description to Purpose Description VURA Working Paper Series 13 they present future value hypotheses, strategic intent, decision principles, and the boundaries that must not be crossed. Lower levels use customer contact, expert knowledge, frontline data, and AI capabilities to translate those questions into more specific, testable Defining Questions. This is therefore a cascade of future value hypotheses and questions, not a cascade of KPIs. The three-level structure of query translation. First, the Corporate Level Query asks: “In the age of AI, what essential value and desirable future does our firm generate for markets and society?” This links the market and stakeholder expectations captured by Future Value Theory to the desirable future that management chooses. Second, the Division / Strategic Level Query asks: “To realize that future, which customer, societal, and organizational constraints must this business or function remove?” This converts the redesign of Purpose, Business, Organization, Capital, and Leadership in Enterprise Redefinition into value hypotheses specific to each business and function. Third, the Team / Individual Defining Questions ask: “To remove those constraints, whom do we serve as beneficiaries, under which decision principles do we mobilize humans and AI, and what must we keep asking?” This final translation is written into the six components of the PD. These three levels also constitute a hierarchical deployment of value hypotheses running from Corporate Future Value through Business / Strategic Future Value and Capability / Platform Future Value to the Team / Individual PD. Each level, however, is not a scaled-down copy of the wording above it. While preserving the intent and constraints expressed by the superordinate question, each lower level contextualizes them into beneficiaries, constraints to be removed, desired states, and testable questions. Bidirectional governance: Top-down Guidance × Bottom-up Refinement. Management presents the corporate Future Value Hypothesis, Strategic Priorities, Decision Principles, ethical, safety, and legal boundaries, and resource-allocation priorities. The front line, drawing on evidence from the customer, technology, and operational frontier, concretizes the superordinate questions and, where necessary, returns refutations of and proposed revisions to the superordinate value hypotheses themselves. This bidirectionality is consistent with the classic finding that resource allocation proceeds through the interaction of frontline initiatives and the structural context set by management (Bower, 1970). Management and leaders synchronize periodically with the front line on whether frontline PD questions respond most appropriately to superordinate strategic intent and, at the same time, whether new frontline learning should update the superordinate questions. Approval is not formal assent to wording but an Endorsement of the logical coherence of questions, decision principles, beneficiaries, and future value. From Job Description to Purpose Description VURA Working Paper Series 14 Connection to AI allocation. Query translation also precedes the allocation of roles between humans and AI. After management identifies the Commoditized Execution to be consolidated and automated with AI, it presents as a question which of the untapped future values sought by Enterprise Redefinition the freed time and cognitive resources should be reinvested in. Teams translate that question into their PDs and redesign the human roles of customer understanding, normative judgment, exception handling, and final accountability, and the AI roles of exploration, generation, analysis, and execution. Workload reduction is not the endpoint; it becomes an intermediate outcome that enables the movement of resources toward the exploration of new value. Criteria for translation quality. A translated PD is evaluated against five criteria: (1) its causal connection to superordinate future value can be explained; (2) it identifies concrete beneficiaries and the constraints to be removed; (3) it takes the form of explorable questions that fix neither answers nor tasks; (4) it preserves decision principles and responsibility boundaries; and (5) its questions can be updated in light of outcomes and learning. These criteria make it possible to reconcile managerial intent with frontline autonomy while curbing both the hollowing-out of purpose and passive waiting for instructions. Figure 2. The Bidirectional Flow of the Query Translation Protocol Note: This is not a one-way goal cascade. Upper levels do not fix answers or means, and lower levels return evidence and refutation. Updates are limited to deltas and exceptions so that waiting for approval does not become the normal state. Downward translation Upward refutation and learning 1 Management: presents future value hypotheses, beneficiaries, and inviolable principles Reflects market and societal change into hypotheses 2 Divisions: translate into queries that release strategic constraints Surface cross-unit contradictions and resource constraints 3 Team PD: sets verifiable Defining Questions and decision principles Records customer evidence, AI capability, exceptions, and failures in the decision log 4 Connects to OKRs, experiments, and JD boundaries for execution Maintains, revises, or rejects hypotheses; updates the PD and strategy From Job Description to Purpose Description VURA Working Paper Series 15 6 The Purpose Description in AI Adoption 6.1 Three Kinds of Success in AI Adoption Success in AI adoption is not singular. The first kind is technical success: the model or system operates as required and meets standards for accuracy, speed, availability, and safety. The second is operational success: improvements in time, cost, quality, throughput, employee experience, and the like. The third is success in terms of future value: creating new value for customers, the firm, and society, and raising expectations of—and capabilities for—the future the firm seeks to realize. Even without a PD, technical or operational success can sometimes be achieved in limited routine operations. This paper therefore does not claim that “with a PD, AI adoption succeeds.” The claim is a falsifiable conditional relationship: the structural clarity and alignment of the PD raise the probability that operational outcomes are connected to future-value outcomes, mediated by dynamic role redesign, human-AI reallocation, and psychological ownership. 6.2 The Mechanism of Purposeless Means Optimization AI adoption without a Purpose Description usually begins with the question “which of our current operations can be automated with AI?” This starting point is useful for discovering candidates, but it does not ask whether the existing operation is truly necessary, whose problem is being solved, what the desirable customer experience is, or which judgments and responsibilities humans should retain. The possible consequences include the acceleration of unnecessary processes, divergence between departmental KPI gains and customer value, non-use in the field, blurred responsibility boundaries, and a bias toward measurable workload reduction. With a Purpose Description, the order is reversed. First, the future to be realized, the beneficiaries, the future value, the questions, and the decision principles are defined. Next, the judgments, actions, and capabilities that the purpose requires are clarified. On that basis, allocation follows: to humans, purpose setting, exception judgment, ethics, supervision, halting, and accountability; to AI, exploration, generation, prediction, and automated execution. AI can be an executing partner (Co-agent) or a co-creator (Co-creator) of future value, but it does not become an accountable agent. Finally, the necessary business processes and systems are designed. AI is then not the starting point but a means selected for the realization of purpose. Failures of AI adoption therefore do not arise solely from insufficient AI performance. They also begin from the absence of a defined future to be realized through AI. AI adoption without a Purpose Description optimizes means without defining purpose. From Job Description to Purpose Description VURA Working Paper Series 16 6.3 Relation to Human-on-the-Loop Operation The Purpose Description does not presuppose only Human-in-the-Loop operation, in which humans approve every step of processing. It is consistent with Human-on-theLoop operation, in which AI executes autonomously within a defined scope while humans own purpose, boundaries, evaluation criteria, exceptions, and redesign. Here execution and accountability are distinguished. AI can execute tasks and create future value together with humans, but it cannot be an agent that assumes legal or ethical responsibility. The further humans move from direct execution, the more clearly their roles must be defined as deciders of purpose, supervisors of the system, final judges in exceptions, holders of halt authority, and ultimate bearers of responsibility for outcomes. 7 Conceptual Model and Theoretical Propositions The paper’s conceptual model posits a mediating chain: exogenous changes in AI capability and task fluidity operate through the design quality of PDs and the translation of questions to generate shared purpose understanding, psychological ownership, and human-AI role reallocation, which in turn affect customer value, organizational capability, and Future Value. These effects are not automatic. Psychological safety, interdepartmental trust, leaders’ cognitive capabilities, clarity of decision rights, data and IT infrastructure, and institutional fairness are made explicit as moderators or confounders, and empirical studies should control for organization size, industry, AI investment intensity, initial productivity, and digital maturity. 7.1 Propositions P1 (Environmental fit). The faster the rate of change in AI’s potential to substitute for and complement tasks, the faster the content validity of roles defined solely by static JDs declines over time, even controlling for initial digital maturity and AI investment intensity. P2 (Dynamic reallocation). The structural clarity of the PD increases the speed of role reallocation between humans and AI, mediated by shared purpose understanding. This relationship is stronger where data and IT infrastructure and employees’ AI literacy exceed a threshold level. From Job Description to Purpose Description VURA Working Paper Series 17 P3 (Vertical alignment). Query translation fidelity enhances Future Value outcomes, mediated by vertical alignment across the corporate, division, and team levels. This effect is stronger where leaders’ cognitive capabilities are high and institutions exist for accepting refutation from the front line. P4 (Horizontal alignment). Horizontal alignment of PDs across teams increases the interdepartmental sharing of AI and data assets. This relationship is stronger where interdepartmental trust and data governance are high, and weaker where resource competition is intense. P5 (Self-regulating capability). Under high environmental uncertainty, PD clarity increases the speed and quality of decentralized role redesign. This effect holds, however, only where decision rights, psychological safety, and escalation boundaries are clear. P6 (Psychological ownership). Substantive participation in PD formulation increases psychological ownership, mediated by perceived procedural fairness. Where job-loss anxiety is high, the effect disappears or reverses if participation is merely formal. P7 (Shift in evaluation axes). Organizations that incorporate the PD into their appraisal systems increase—relative to their pre-adoption state and to comparable control organizations—the proportional use of customer-value, learning, and capability-building indicators beyond workload reduction. This effect is stronger where executive compensation design and measurement capability are aligned. P8 (Curbing low-value automation). Controlling for digital maturity, IT literacy, process standardization, and management capability, organizations using the PD and the Query Translation Protocol exhibit lower continuation rates of automation projects that do not contribute to beneficiary value than organizations relying solely on goal and task management. This difference is mediated by the frequency of hypothesis-rejection and resource-reallocation decisions; it is stronger the higher the psychological safety and non-punitive learning from failure, and weaker the stronger the demerit-oriented appraisal and sunk-cost pressure. From Job Description to Purpose Description VURA Working Paper Series 18 P9 (Institutional boundary conditions). The positive relationship between PD use and organizational outcomes holds where beneficiaries, decision principles, decision rights, JD-level responsibility standards, intervention protection, and appeal procedures are made explicit. The relationship is stronger the higher the psychological safety, procedural fairness, and non-retaliation norms; where excessive demerit-oriented appraisal, steep authority gradients, and responsibility-authority misalignment prevail, it turns null or negative through role ambiguity, silence, and unbounded role expansion. 8 Writing and Implementing the Purpose Description 8.1 A Descriptive Template A Purpose Description must be a short statement usable in decision making, not an abstract slogan. The recommended basic template is as follows. We exist to enable [beneficiaries] to realize [the desired future / change]. We create [the future value to be created] and contribute to [the purpose and future value of the firm as a whole]. To that end we ask [the questions we continuously pose] and, guided by [decision principles], continuously redesign the combination of humans, AI, and external resources. Performance is evaluated by [future value indicators] and [the necessary operational and control indicators]. 8.2 Implementation Process Implementation proceeds in six stages. First, articulate the expectations of markets and society and the future the firm seeks to realize as a Corporate Level Query. Second, translate that query into Division / Strategic Level Queries asking which customer, societal, and organizational constraints each business or function must remove. Third, teams—drawing on beneficiaries, frontline data, expert knowledge, and AI capabilities —translate the superordinate questions into concrete, testable Defining Questions and draft their Purpose Descriptions dialogically. Fourth, connect each individual’s Purpose Description to the team’s questions. Fifth, dynamically allocate the activities the purpose requires among humans, AI, and external partners, updating Job Descriptions and the associated authority and responsibility. Sixth, feed outcomes, market responses, and frontline learning back to the upper levels, periodically redefining the questions and Purpose Descriptions at each level.
From Job Description to Purpose Description VURA Working Paper Series 19 Formulation must shuttle between superordinate purpose and frontline knowledge; it is not to be distributed unilaterally by management or HR. It is neither complete selfdetermination nor complete top-down command. The firm indicates direction, constraints, and accountability; teams and individuals concretize purpose and questions using customer contact and expert knowledge. Purposes that do not align are adjusted through dialogue; where alignment proves impossible, options including role change and exit are handled transparently. To contain operating load, synchronization frequency is not uniform but proportional to the role’s rate of change and the impact of failure. In stable, regulated operations, the PD is maintained over the mid to long term while updating centers on the JD, procedures, and controls; in R&D and new ventures, where AI capabilities and market hypotheses change rapidly, the PD’s questions and future value hypotheses are reviewed on a shorter cycle. 8.3 Operational Design for Containing Organizational Politics and Synchronization Costs Query translation is not neutral language processing; it is negotiation over resources, authority, and evaluation criteria. In a large organization, if every PD required sequential approval by upper levels, the dialogue itself would become a bottleneck. This paper designs synchronization not as continuous consensus but as distributed governance with clear decision rights and exception conditions. There are five operating principles. First, upper levels stipulate only questions, decision principles, resource ceilings, and prohibited boundaries, delegating the choice of means to the front line. Second, PD changes are divided into Minor Changes, for which frontline approval suffices, and Material Changes, which affect legal, safety, budgetary, or cross-departmental matters. Third, synchronization meetings are timeboxed, and unresolved items are decided within a deadline by a designated Decision Owner. Fourth, not all PDs are reviewed at the same frequency; quarterly, semiannual, and event-driven reviews are used according to the speed of environmental change, interdependence, and failure impact. Fifth, dissent, minority opinions, and unresolved resource conflicts are recorded in the Decision Log, so that the political preferences of superiors cannot be disguised as purpose alignment. Management metrics include not only the number of PD updates but also the time spent on synchronization, approval wait times, escalation rates, the share of decisions overturned, the number of duplicate questions eliminated, and the proportion of decisions the front line was able to complete within its delegated scope. Where synchronization costs exceed beneficiary value or risk reduction, PD granularity is consolidated to the team level and synchronization frequency is lowered. From Job Description to Purpose Description VURA Working Paper Series 20 Synchronization friction is measured as: (1) the PD-related time ratio (time spent drafting, meeting on, and documenting PDs divided by total working time); (2) decision latency (median time from the emergence of an issue to its decision); (3) the translation rework rate (documents returned for insufficient evidence or semantic mismatch divided by the number of translations); (4) the political contestation rate (escalations contesting resources or evaluation authority rather than purpose alignment divided by all escalations); and (5) the managerial load differential (pre-post changes in meeting time, role ambiguity, and emotional exhaustion). Each indicator is evaluated as a difference against the pre-adoption baseline and against control teams, and rather than being simply summed, is monitored as a Synchronization Friction Index (SFI) standardized by importance weights the organization sets in advance. If the rise in the SFI exceeds the improvements in decision speed, beneficiary value, or risk reduction for two consecutive periods, synchronization frequency, approving bodies, documentation items, or PD granularity are scaled back. Change management proceeds in stages. Stage 1 measures pre-adoption KPIs, role ambiguity, meeting time, psychological safety, and managerial load. Stage 2 runs a learning-oriented pilot with one to three Team PDs, leaving existing appraisal and compensation unchanged. Stage 3 trains middle managers not as “transmitters of upper-level policy” but as translation officers who surface contradictions between KPIs and PDs and connect them to Decision Owners. Stage 4 subjects the SFI, Query Fidelity, employee experience, and customer and risk indicators to independent review, deciding on expansion, modification, or termination. Where KPIs and PDs conflict, the burden of reconciling them is not placed on individual managers; the institutional owner at the superordinate level explicitly decides priorities, authority, resources, or evaluation weights. 8.4 Governance-Cost Ceilings and Conditions for PD Simplification The benefits of the PD arise from improved role redesign, avoidance of low-value automation, reduction of accidents and accountability vacuums, and reuse of learning. The costs include drafting and synchronization time, approval waits, negotiation, duplicate documentation, cognitive switching, and evaluation disputes. A PD should be elaborated only where its expected benefits over a given period exceed these total governance costs. The synchronization time ratio, approval lead times, duplicate-entry rates, PD-related meeting time, and exception-handling volumes are tracked, and if pre-set ceilings are exceeded over consecutive periods, granularity, frequency, and the number of items are reduced. A simplified Team PD is the default for occupations and organizations where task variability, AI autonomy, interdependence, and failure impact are low, work is standardized, and beneficiaries and decision principles are stable. In such cases no From Job Description to Purpose Description VURA Working Paper Series 21 individual PDs are created; only Purpose, Beneficiary, the principal Defining Questions, Decision Principles, and escalation conditions are documented, reviewed semiannually or on an event-driven basis. Conversely, where there is high AI autonomy, regulation, safety impact, irreversible customer impact, interdepartmental dependence, or rapid capability change, detailed PDs and short review cycles are used. To contain operating load, the same information is not transcribed redundantly across the JD, OKR, and PD. The PD holds only the Why/Who/Question/Principle; the OKR holds only the current period’s Outcomes; the JD holds only contract, authority, qualifications, and minimum performance standards; and the three are connected by common identifiers and change logs. AI may be used for delta detection, surfacing related items, and flagging duplicate candidates, but it must not automatically finalize changes to purpose, responsibility, or working conditions. Typical setting Key conditions Recommended PD mode Review cycle Exploratory, high-volatility AI capabilities, markets, and customer hypotheses change rapidly; interdepartmental dependence is high Detailed Team and individual PDs; refutation conditions and Decision Log made mandatory Monthly to quarterly, plus major events Regulated, safety-critical Failure impact is large; irreversibility, accountability, and credential requirements are high Detailed Team PD plus strict JD; visibility, halt authority, and approval boundaries reinforced Event-driven, plus periodic audits Large firm, standardized operations Many layers and coordinating bodies, but operations and beneficiaries relatively stable Consolidated into Team PDs; common templates and delta updates contain duplicate administration Semiannual, plus role changes Startup Roles change fast, but headcount is small, with much tacit knowledge and direct dialogue Short Team PD; only questions, principles, and responsibility boundaries codified Quarterly, plus fundraising and pivots Highly standardized, low-volatility AI autonomy, interdependence, and failure impact are low; procedures are stable Minimal Team PD or conventional institutions; individual PDs omitted as a rule Semiannual to annual, plus exceptions Table 3. A Contingency Model of PD Operation by Organizational and Job Characteristics Note: Decisions about elaboration are made at the role level, based not on industry labels alone but on AI autonomy, environmental volatility, interdependence, failure impact, degree of standardization, From Job Description to Purpose Description VURA Working Paper Series 22 and the number of organizational layers. If the measured costs of synchronization, approval, and duplicate documentation persistently exceed expected benefits, shift to a mode one step simpler. 8.5 Application to AI Adoption Projects In AI adoption projects, the target team’s Purpose Description is drafted or confirmed before tool selection or proofs of concept. At a minimum, agreement is reached on: (1) for whom the adoption is undertaken; (2) which future it is to realize; (3) what is to be measured as value; (4) which judgments and responsibilities humans retain; (5) which means may be entrusted to AI; and (6) who halts and corrects in the event of failure. Use cases are prioritized not only by ease of implementation and workload saved but also by Purpose Fit, Future Value Impact, Human Accountability, Learning Value, and Scalability. This allows short-term efficiency and long-term value to be managed within the same portfolio. 8.6 HR Evaluation, Compensation, and Labor-Governance Protocol The PD must not serve as the sole basis for changing working conditions, job grades, pay, direction and supervision, safety obligations, or disciplinary standards. Evaluation is divided into three layers. The first, the Contract/Compliance Layer, covers performance of the JD, work rules, qualifications, quality, safety, and deadlines. The second, the Purpose Contribution Layer, covers—through behavioral evidence—the formation of questions grounded in the PD, adherence to decision principles, understanding of beneficiaries, learning, collaboration, and contribution to role redesign. The third, the Outcome Layer, covers OKRs, KPIs, customer outcomes, and Future Value indicators. Examples of behavioral evidence include: (1) records of concretizing superordinate questions with frontline data; (2) instances of correcting or halting AI outputs against decision principles; (3) instances of reallocating resources freed by automation toward new customer value; (4) records of retiring failed hypotheses early and sharing the learning; and (5) Decision Logs documenting agreed responsibility boundaries with other teams. Evaluators use predefined Behavioral Anchors and multiple pieces of evidence; passion, loyalty, and abstract “sympathy with the purpose” are not objects of evaluation. Where an employee is properly performing JD obligations, vague PD non-conformance alone must not lead directly to low ratings, adverse changes, transfer, or exit. Where the PD is connected to compensation, evaluation weights, evidence, decision rights, appeals, re-evaluation, and transition periods are specified in advance, and specialists confirm consistency with each jurisdiction’s labor law, collective agreements, employment contracts, and work rules. Where role expansion materially changes From Job Description to Purpose Description VURA Working Paper Series 23 working hours, skill requirements, work location, responsibility, or grade, formal contractual and HR procedures—not a PD update—are required. Evaluation domain Low / needs improvement Standard contribution High contribution Question formation Repetition of abstractions and existing slogans; no evidence, beneficiaries, or refutation conditions Identifies beneficiaries and uncertainties from frontline data and converts them into testable questions Integrates multiple pieces of evidence, making assumptions, refutation conditions, and decision uses explicit so that others can reuse them Decision principles Invokes principles only after outcomes, or changes them opportunistically Chooses on the basis of pre-set principles, recording exceptions and reasons Applies principles consistently even under conflicts of interest, connecting safe halts and appeals to institutional improvement Learning and refutation Hides failures; selfattributes only successes Maintains, revises, or rejects hypotheses on the evidence and shares the learning Searches first for refutations of own proposals, limiting losses and accelerating resource reallocation Collaboration and boundaries Presents others’ results as own contribution; blurs responsibility Makes contributors, responsibility, and dependencies explicit in the Decision Log Renders inconspicuous routine and safety work visible, demonstrating contribution to team outcomes and support through third-party evidence Table 4. Illustrative Behavioral Anchors for the Purpose Contribution Layer Note: The unit of evaluation is not eloquence or document volume but the traceability of evidence, falsifiability, confirmation by others, impact on beneficiaries, and the reusability of learning. Points are not awarded on self-report alone; Decision Logs, customer and operational data, and confirmation by colleagues and related departments are combined. To prevent free riding and inflated ratings, the Purpose Contribution Layer records team outcomes separately from each individual’s verifiable contributions. Credit for joint outcomes is not divided by ex post self-report alone; initial role assignments, Decision Logs, artifact change histories, and beneficiary and colleague evidence are used. Work whose value lies in “nothing going wrong”—routine operations, maintenance, safety, quality, and record-keeping—is credited fully in the Contract/ Compliance Layer, and a low volume of voice or exploratory activity is not treated as an From Job Description to Purpose Description VURA Working Paper Series 24 absence of PD contribution. High PD ratings require not self-assertion but behavior and results that others can verify, or causal contributions to loss avoidance and learning. Inter-rater score differences, correlations of scores with rank, voice volume, gender, and the like, and divergences between self-evaluations and third-party evidence are audited; where thresholds are exceeded, recalibration and appeal review follow. 9 Evaluation and Measurement Verifying the effectiveness of the Purpose Description requires at least four measurement layers. The first is descriptive quality, measuring the clarity of purpose, beneficiaries, desired future, future value, questions, and decision principles. The second is alignment, measuring vertical alignment across firm, team, and individual, and horizontal alignment across teams. The third is behavioral mechanisms, measuring autonomous role redesign, human-AI reallocation, psychological ownership, decision speed, and boundary-spanning collaboration. The fourth is outcomes, measuring changes in technology, operations, customers, organizational capability, and future value. To strengthen construct validity, Defining Questions are defined as “statements that convert beneficiary or environmental uncertainty into falsifiable exploration tasks.” Their quality is assessed by relevance to superordinate purpose, specificity, explorability, falsifiability, usefulness for decision making, and update history. Future Value is defined as “improvements in beneficiaries’ future states, increases in the organization’s future options and capabilities, or changes in market and stakeholder expectations, insofar as these are not explained by current performance alone.” It is measured by multiple methods—leading indicators, behavioral change, capability assets, and external signals—rather than by subjective expectations alone. Measurement does not rely on self-report alone but combines document coding, Decision Logs, customer and operational data, third-party assessment, and longitudinal outcomes. Having the same rater score question quality and Future Value at the same point in time is avoided, containing Common Method Bias. Future research should verify content validity, factor structure, convergent and discriminant validity, inter-rater reliability, and predictive validity. Component Operational definition Observable evidence and indicators Purpose The role’s reason for existence and its causal connection to superordinate purpose Explainability of the purpose chain; frequency of reference in decisions From Job Description to Purpose Description VURA Working Paper Series 25 Beneficiary The parties receiving value and the scope covered Identifiability; beneficiary data; records of conflicts of interest Defining Questions Questions converting uncertainty into falsifiable exploration tasks Specificity; falsifiability; use in decision making; update and retirement history Decision Principles Priority principles constraining the choice of means and exception judgments Consistent application; records of exceptions; instances of halting or rejecting AI Desired Future Observable future states to be realized for beneficiaries Difference from baseline; deadlines; state indicators; counterfactual comparison Future Value Increments in future states, options and capabilities, and external expectations Customer behavior; option creation; capability assets; leading market and trust indicators Table 5. Operational Definitions and Illustrative Measures of the Six PD Components 9.1 A Roadmap for Scale Development and Quantitative Testing First, the construct domain is defined and an item pool is generated from cognitive interviews with researchers, practitioners, employees, and specialists in labor and AI governance. Candidate scales include the PD Structural Clarity Scale (PD-SCS: the structural clarity of purpose, beneficiaries, questions, principles, desired future, and future value), the Query Fidelity Index (QFI: the degree to which superordinate purpose, beneficiaries, constraints, and falsifiability are preserved across hierarchical translation), the Synchronization Friction Index (SFI: time, delay, rework, political contestation, and managerial load), and the Purpose Contribution Behavioral Scale (PCBS: observed behavior concerning questions, judgment, refutation, and collaboration). PD-SCS and PCBS are treated as multi-item scales; the QFI combines independent coding of superordinate and subordinate documents with ratings by the parties involved; and the possibility of treating the SFI as a formative indicator built from system logs and survey data is compared. Second, expert judgment and cognitive interviews confirm content validity, comprehensibility, and social desirability bias, with items revised across different occupations, levels, and cultures. Third, exploratory factor analysis (EFA) is conducted on an independent development sample, with the pool reduced on the basis of parallel analysis, factor loadings, cross-loadings, and item information. Fourth, confirmatory factor analysis (CFA) on a separate sample compares competing models, reflective versus formative specifications, and hierarchical factor structures. Beyond internal consistency, inter-rater reliability, test-retest reliability, convergent and discriminant validity, known-groups validity, and measurement invariance are examined. Fifth, From Job Description to Purpose Description VURA Working Paper Series 26 longitudinal, multilevel data including pre-post measurement and control groups test whether PD-SCS and QFI predict role reallocation, decision making, customer value, and the rejection of low-value automation, and whether the SFI erodes the benefits. Finally, preregistered cluster-randomized, staggered-adoption, or difference-indifferences designs estimate causal effects and minimal practically important differences, and scales, scoring rules, anonymized data, and analysis code are shared to the extent that publication permits. 9.2 Ex-Ante Assessment of Future Value Hypotheses and Management of Misjudgment Because Future Value is a future-oriented construct, its truth cannot be determined ex ante. This paper takes as its object of measurement not “calling the right future” but the capability to compare hypotheses of differing quality, detect errors early, and reallocate resources. For each hypothesis, the observable behavioral change in beneficiaries, a minimal experiment, refutation conditions, the first leading signal, a decision deadline, maximum loss and resource ceilings, and criteria for withdrawal or expansion are preregistered. False positives are identified by an abundance of abstractions, missing refutation conditions, absent beneficiary evidence, post hoc justification of results by the same explanation, and the addition of resources without experiments. Indicators include the time from hypothesis to first customer contact, the proportion of falsifiable experiments, the share of rejected hypotheses and the speed of rejection, the evidence traceability of hypothesis updates, leading changes in customer behavior, and reproduction assessment by outsiders. To contain false negatives, hypotheses are not cut on short-term revenue alone; small, reversible exploration budgets, multiple independent evaluators, records of minority opinions, and staged option value are used. A self-declaration of being innovative exempts no one from falsifiability or evidentiary requirements. Future Value hypotheses proposed by management are subject to the same evidentiary and refutation standards as frontline proposals. To detect symbolic purpose on the management side, the following are required: (1) records of direct contact with beneficiaries; (2) leading indicators the front line can verify; (3) consistency with resource allocation; (4) a pre-commitment to withdraw upon refutation; and (5) blind, or proposer-masked, initial evaluation by an independent Challenge Panel. “Being management policy” is no reason to relax evidentiary requirements or withdrawal criteria. The front line can record discrepancies and refuting evidence in the Decision Log and submit them through an appeal channel separate from the ordinary chain of command. From Job Description to Purpose Description VURA Working Paper Series 27 Conversely, to prevent innovative frontline proposals from being screened out as false negatives by existing KPIs or supervisors’ preferences, small exploration budgets, timelimited safe-to-fail experiments, evaluation involving multiple departments and outsiders, preservation of minority opinions, and re-examination triggers are instituted. In initial evaluation, the proposer’s rank is masked, and customer behavior, technical feasibility, falsifiability, learning value, and the boundedness of downside loss are scored on a common scale. Beyond accept-or-reject decisions, predictions, evidence, reasons for judgment, and calibration error against actual results are recorded, and evaluators’ own accuracy and political bias are continuously audited. 10 Illustrations: The Relative Weight of PD and JD in Different Environments A traditional Job Description might describe the role of a marketing lead as “advertising operations, website management, lead generation, budget management, and campaign analysis.” This clarifies the scope of responsibility, but means readily become ends, and the description requires revision every time generative AI, agents, or external creators change the task composition. A Purpose Description would instead read: “We exist to connect customer problems that are not yet fully recognized with the new possibilities the firm can offer, and to form new expectations in the market. We observe changes in customers, society, and technology and convert the future the firm seeks to realize into intelligible narratives and experiences. Advertising, content, data analytics, AI, and other means are selected according to purpose and redesigned as needed. Performance is evaluated not only by the volume of work executed but by the expectations created in the market and how they connected to customer behavior and the firm’s future value.” This description does not erase responsibility for advertising operations. Concrete budget authority, brand safety, personal data protection, approval processes, and KPIs remain in the subordinate Job Description and operating rules. The essential point is the separation between the means that change and the responsibilities that must not. 10.1 Highly Disciplined Settings: Healthcare and Manufacturing In safety-critical processes in healthcare and manufacturing, the PD is not permitted to dilute JDs, standard operating procedures, credential requirements, or quality standards. The PD of a diagnostic-imaging support team, for example, might state: “We realize a future in which patients receive timely diagnosis and treatment options without oversights.” AI takes on image exploration, prioritization, and the presentation of candidate findings, while licensed clinicians retain diagnostic confirmation, patientspecific exception judgments, explanation, documentation, and the rejection of AI From Job Description to Purpose Description VURA Working Paper Series 28 outputs. On the factory floor, likewise, AI can perform anomaly detection and condition optimization, but the accountable agents for safety stops, quality judgments, and deviation approvals are explicitly designated as human. In settings of this kind, the PD stably expresses “why this process exists” and “what must not be crossed,” while the detailed JD, procedures, and control layer carry substantial weight. That is, the PD/JD balance is adjusted not by shrinking the PD but by keeping it concise and stable while making the lower layer dense. 10.2 Exploratory Settings: R&D and New Ventures In R&D and new ventures, few tasks or correct answers can be fixed in advance. The PD of a new-venture team, for example, might state: “We discover constraints that customers have not yet put into words and materialize previously nonexistent options as businesses.” AI agents work in parallel on the exploration of literature, patents, and customer data, hypothesis generation, prototyping, and experimental design, while humans own the selection of questions, judgments about the desirable future, ethical boundaries, capital allocation, and the final decisions to withdraw or persist. In settings of this kind, the weight and update frequency of the PD’s questions, decision principles, and future value hypotheses exceed those of a JD fixing detailed tasks. Responsibility for budget authority, intellectual property, research ethics, information management, and investment decisions nonetheless remains in the subordinate Accountability Layer. The two illustrations show that the PD is not a concept that weakens discipline but a framework for appropriately apportioning the stability of purpose and the variability of means across environments. 11 Discussion 11.1 Theoretical Implications First, this paper extends the temporal axis of role design from the present to the future. Whereas existing work design centers on job characteristics and experience, the Purpose Description places future value hypotheses at the origin of the role. Second, it connects individual meaning to firm value. Meaningful work research treats the individual’s experience of significance in depth; the Purpose Description connects that experience to beneficiaries and to the expectations of markets and society. Third, it conceives of the division of labor with AI not as a static allocation of tasks but as purpose-driven dynamic reconfiguration. Fourth, it decomposes the firm’s capacity for redefinition into the self-defining capacity of individuals and teams. From Job Description to Purpose Description VURA Working Paper Series 29 11.2 The Self-Defining Society The societal implication of the Purpose Description lies in the transition to a selfdefining society. This paper defines the self-defining society as one in which people, teams, and firms continuously redefine—through dialogue with society and markets— their own reasons for existing, the questions they are to solve, the roles they are to play, and the future value they are to create. This is not a society in which individuals declare whatever purposes they please without constraint. It is a society that dialogically connects individual purposes, the future the firm seeks to realize, and the value that markets and society require. The Purpose Description is the minimal unit of that connection: the transition from a society that executes assigned work to a society that defines the future it wants to create and its own role in creating it. 11.3 Extending the PD to AI Agents Once autonomous AI agents come to explore, judge, and execute across multiple processes, purpose, beneficiaries, questions, decision principles, and halt conditions must be made explicit for AI as well. In this sense, an AI agent may hold all or part of a PD as a Delegated Purpose Specification. This does not, however, mean that AI becomes an independent purpose-setting agent or an accountable agent. The purposes and principles given to AI must be set and approved by humans or by legitimate organizational bodies, and must be auditable and revocable. This paper therefore distinguishes the executing agent of a PD from its accountable agent. Value creation based on the PD can be extended to integrated human-AI systems, but the legitimacy of purpose, the setting of decision principles, exception handling, halt authority, and accountability belong to humans as Accountable Principals. This boundary becomes more important the more capable AI agents become. 11.4 Risks and Ethics The PD carries dangers: the blurring of responsibility through abstraction, demands for excessive devotion grounded in organizational purpose, forced identification with individual purposes, the subjectivization of evaluation, the weakening of regulatory, safety, and professional responsibility, and the reduction of market expectations to short-term popularity. These are boundary conditions of PD design, not incidental operational issues. The necessary institutional guardrails are: (1) employment contracts, work rules, direction and supervision, duty-of-care obligations, and judgments of discipline or negligence rest on the objective standards of the lower layer, and responsibility is never From Job Description to Purpose Description VURA Working Paper Series 30 assigned on the basis of the PD alone; (2) evaluation rests on behavioral evidence concerning questions, judgment, outcomes, and learning—not on “passion”; (3) unbounded working hours or self-sacrifice justified by the PD are prohibited; (4) procedures for individual appeal and role adjustment are established; (5) the front line’s authority to halt or reject AI outputs that violate ethics, safety, or customer protection is codified; and (6) even as the scope AI handles autonomously expands, responsibility is not diffused or blurred onto AI, and a designated human or organizational body is recorded as the final accountable agent. The PD must be at once a framework that raises the value-creating capacity of humans and AI and a guardrail that maintains the human responsibility boundary of who is answerable. Further: (7) PD evaluation rests on pre-agreed behavioral evidence and multiple raters, without conflating JD performance and PD contribution; (8) any reflection in compensation, placement, or working conditions is accompanied by transparent weights, appeals, transition periods, and jurisdiction-specific review; and (9) political intervention in the synchronization process, approval delays, and negotiation costs are measured and contained through delegation of authority and event-driven review. 11.5 The Responsibility–Authority Alignment Principle and Intervention Protection An Accountable Principal does not come into being merely through formal designation by the organization. Attributing evaluative and organizational accountability to a human requires at least: (1) visibility within the time needed for decision making; (2) access to the AI’s state, rationale, uncertainty, and change history; (3) effective authority to halt, correct, and escalate; (4) capabilities, training, staffing, and time commensurate with the role; and (5) intervention records and independent appeal. To the extent that these are technically or organizationally lacking, that human must not be treated as the sole evaluative and organizational bearer of final responsibility for the AI’s conduct; responsibility traces back to a distributed set including designers, deployment owners, managerial risk owners, and providers. Individual legal liability and immunity depend on jurisdiction and the facts of the case and cannot be altered by the PD alone. Under a Whistleblower / Intervention Protection Protocol, an employee must not be treated adversely in appraisal, compensation, placement, contract renewal, or any other terms of treatment for having halted, degraded, refused, or escalated an AI on reasonable safety, ethical, legal, or data-quality grounds. Good-faith interventions receive a presumption of protection; ex post review is conducted by multiple independent reviewers on the basis of the record; and a high count of halts is not, in itself, grounds for a low rating. Abuse is addressed by explicit criteria—intent, gross negligence, falsified records, and the like—rather than by outcomes. This prevents humans from becoming a Moral Crumple Zone that absorbs disproportionate blame From Job Description to Purpose Description VURA Working Paper Series 31 for the failures of automated systems (Elish, 2019) and guards against scapegoating that disregards frontline expertise (Pasquale, 2020). 12 Limitations and Future Research This is a conceptual paper and does not directly test the effectiveness of the Purpose Description. The first task is scale development. The PD-SCS, QFI, SFI, and PCBS of Section 9.1 are candidate constructs and validation procedures, not completed scales of established validity. The reflective versus formative structure of the six components must be examined, and discriminant validity against existing constructs—meaningful work, job autonomy, organizational identification, goal clarity, and job crafting—must be confirmed. Second, causal inference is required. Because PD adoption occurs at the level of organizational units and random assignment is often infeasible, staggered adoption, difference-in-differences, synthetic control, and longitudinal multilevel analysis should be considered alongside cluster-randomized trials. Outcomes should include not only adoption rates, usage frequency, workload, and quality but also customer value, the speed of role redesign, clarity of responsibility, psychological safety, and the creation of new businesses and services. Third, boundary conditions require examination. In highly regulated industries, healthcare, safety-critical systems, manufacturing, creative occupations, the professions, and the public sector, the optimal ratio between the Purpose Description and detailed procedures and job boundaries differs. Fourth, there are cultural differences. The desirable balance between self-definition and organizational alignment may vary with employment practices, power distance, collectivism, and labor law. Fifth, it must be examined who redefines future value when market expectations are mistaken, short-termist, or ethically undesirable. Sixth, the relationship between the purpose specifications granted to AI agents and the PDs attributed to humans and organizations must be theorized. Future research should examine which components are delegable, the detection of purpose drift, alignment across multiple agents, auditability, halt authority, and the attribution of responsibility. 13 Conclusion The human role in the age of AI cannot be defined solely by searching for tasks that AI cannot perform. Because the domain of what AI can execute keeps changing, fixing human roles to particular operations condemns those definitions to continual From Job Description to Purpose Description VURA Working Paper Series 32 obsolescence. What is needed is to define the roles of humans and teams not by tasks but by purpose, future, value, questions, judgment, and responsibility. The Purpose Description proposed here connects the future expectations shared by markets and society, the future the firm seeks to realize, and the future value that individuals and teams are to create. The means of realization are continuously reconfigured by humans and AI as technology, markets, and society change. It is the integrated human-AI system that creates value; but it is humans who decide purpose, uphold decision principles, adjudicate exceptions, halt when necessary, and bear accountability for outcomes. Whereas the Job Description is a mechanism for allocating present tasks, the Purpose Description is a mechanism for distributing the creation of future value. In AI adoption, the Purpose Description prevents the optimization of means without defined purpose and connects technical success to customer value, organizational capability, and future value. The Purpose Description is not a simple replacement for the Job Description. It is a two-tier role design that preserves responsibility, authority, safety, and working conditions while placing existential purpose and future value above them. Through this shift, the market’s expectations of the future described by Future Value Theory, the continuous redefinition of the enterprise described by Enterprise Redefinition, and the self-defining society in which individuals define their own purposes and roles are joined in a single theoretical chain. In this sense, AI is the executing partner of value creation (Co-agent), and the human is the decider of purpose and the ultimate bearer of responsibility (Accountable Principal). The PD neither fixes humans to manual work nor transfers responsibility wholesale to AI. It is a dynamic organization design that maximizes executional capability from both humans and AI while holding human dignity, authority, and responsibility inseparably intact. From job description to purpose description. 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