Roles Needed & Example People
Roles
1. Lead Robotics Integration Architect
Contract Type: independent_contractor
Contract Type Justification: Lead Robotics Integration Architect is a specialized, high-level role critical for hardware/software integration based on the 'Builder's Foundation' strategy. This role involves bespoke system architecture, best suited for a highly experienced specialist on a project-duration contract.
Explanation:
Responsible for the end-to-end integration of selected commercial platforms, custom animatronics, and the physical infrastructure. Ensures the 'Builder's Foundation' strategy is executed by melding kinetic hardware with the physical environment.
Consequences:
Catastrophic integration failure; inability to meet guarantees on locomotion or customization durability (Risk 1 & 3). Schedule overrun during Phase 2.
People Count:
min 1, max 2, depending on simulation load
Typical Activities:
Overseeing the physical mounting, calibration, and low-level control software integration for all 30-50 humanoid platforms; designing the modular interface structure between vendor-supplied kinematics and custom facial animatronics; establishing system-level diagnostics to monitor kinetic performance against the <2 daily intervention target; leading the integration testing sprint during Phase 2, ensuring bipedal locomotion remains consistent across all three distinct zone environments.
Background Story:
Dr. Kenjiro Sato, based out of Osaka, brings two decades of experience as a lead integration specialist, having honed his skills working on complex electromechanical systems for industrial automation and advanced medical devices before transitioning to high-articulation robotics; he holds a Ph.D. in Mechatronics from Tokyo Tech, focusing his early career on developing low-latency actuation APIs for dynamic load balancing, making him intimately familiar with the trade-offs between kinetic precision and component standardization, a direct alignment with the 'Builder's Foundation' strategy requiring robust integration of commercial platforms with custom aesthetics.
Equipment Needs:
High-articulation test rigs, specialized diagnostic tools for custom animatronics, calibration equipment for bipedal locomotion systems, access to selected commercial humanoid platforms (e.g., Kawasaki arms/chassis).
Facility Needs:
Dedicated, vibration-isolated integration bay with sufficient ceiling height (for upper body calibration), access to the Japanese Zone's physical set for traversal testing, and a local, high-bandwidth connection for firmware updates.
2. AI Narrative & LLM Systems Engineer
Contract Type: full_time_employee
Contract Type Justification: AI Narrative & LLM Engineers (min 2) are central to the core IP engine and require deep immersion in the project's evolving narrative and tiered infrastructure strategy. This sustained, core R&D work warrants F-T employment for stability and organizational knowledge retention.
Explanation:
Develops, deploys, and maintains the centralized cloud/edge orchestration engine. Crucial for ensuring low-latency response and maintaining contextual memory across the three distinct zones, managing the tiered compute strategy.
Consequences:
Failure to achieve believable conversation (NPS target failure); critical latency issues impacting immersion (Risk 6); inability to rapidly iterate dialogue content.
People Count:
min 2, max 4, due to distinct language/cultural models required per zone
Typical Activities:
Designing and deploying the centralized orchestration layer for the narrative engine, ensuring seamless handover and state management between the dedicated local servers (for the Japanese Zone) and the remote cloud infrastructure; developing the context window management system to maintain longitudinal memory across a single guest visit; stress-testing network failover protocols to ensure the AI Rollback mechanism functions correctly under simulated high-latency conditions.
Background Story:
Elara Vance, originally from Seattle but operating remotely from the Chiba corridor in Japan since 2023, is a renowned AI Systems Engineer specializing in distributed LLM inference architectures for highly sensitive, low-latency conversational agents; her background includes significant work optimizing multi-modal AI responses for gaming engines, where she developed expertise in edge-caching and tiered processing mandates, perfectly suiting the decentralized Narrative Engine strategy chosen for this prototype.
Equipment Needs:
Access to dedicated, high-specification on-site servers (for Japanese Zone AI), high-throughput cloud compute resources (for Western/Urban Zones), enterprise GPU clusters for LLM fine-tuning, high-speed network monitoring tools (latency testing).
Facility Needs:
Secure, climate-controlled local server room (Kuwait Kyushu site) dedicated to hosting the Japanese Zone's localized AI inference and state management, shielded from general facility noise/EM interference.
3. Regulatory Compliance & Safety Officer (Japan Focus)
Contract Type: independent_contractor
Contract Type Justification: Regulatory Compliance Officer is a specialized, temporary function heavily front-loaded into Phases 1-3 for certification submissions (ISO, METI). An independent contractor/consultant is standard for this high-priority, compliance-specific expertise tied explicitly to Japanese regulations.
Explanation:
The dedicated expert ensuring adherence to Japanese building codes, METI guidelines, ISO 13482, and critically, ISO 10218 for physical interactions. Manages all submission timelines and compliance documentation.
Consequences:
Project Stop Order during Phase 3 or 4 due to regulatory rejection (Risk 2); massive unplanned retrofitting costs or project cancellation.
People Count:
1 (Dedicated Lead); relies on external legal counsel for final sign-off
Typical Activities:
Leading the documentation and submission process for all required building codes, fire safety certifications, and specific robotics guidelines (METI); defining the functional and testing requirements that the robotics team must meet to satisfy ISO 10218 for physical interaction; proactively scheduling preliminary safety walkthroughs with local authorities in the Northern Kyushu site ahead of the main physical inspections.
Background Story:
Ms. Akari Ishikawa, a veteran legal and compliance professional based in Tokyo, has spent her entire 18-year career navigating the complex intersection of new technology deployment and Japanese public safety law, holding multiple certifications in Japanese industrial standards; her previous role involved advising manufacturers on achieving initial METI approval for consumer electronics incorporating smart features, giving her unparalleled insight into the ISO 13482 and ISO 10218 assessment vectors required to greenlight this prototype.
Equipment Needs:
Compliance documentation suites, full access to robot functional specifications (safety logs, kinematic limits), specialized simulation software validated against ISO standards, secured access to local planning authority archives.
Facility Needs:
Secure, private office space near the Northern Kyushu site for handling sensitive design documentation and liaising with local building inspectors and METI representatives.
4. Theming & Physical Environment Realization Lead
Contract Type: agency_temp
Contract Type Justification: Theming & Physical Environment Realization Lead (construction oversight) involves managing large construction contracts and labor. While one lead might be a contractor, the overall execution team (requiring 2 personnel) often bridges between the design firm and the core team, frequently utilizing high-level agency or technical contractor support for the physical build phases.
Explanation:
Manages the construction contractor, designing and overseeing the physical realization of the three theme zones while ensuring pathing supports robot navigation and environmental durability aligns with maintenance mandates (e.g., humidity control, cleaning access).
Consequences:
Sub-standard immersion (aesthetics fail to match ambition); environments that degrade quickly or inhibit robot movement, increasing repair time (Risk 3 & Risk 10).
People Count:
2 (One for construction oversight, one for set design quality assurance)
Typical Activities:
Managing the engagement and performance of the primary Northern Kyushu construction contractor; overseeing the physical integration of thematic elements in all three zones, ensuring durable materials are used where robot maintenance access is difficult; verifying that the final construction layout supports clear, unimpeded traversal paths for the humanoid fleet, directly mitigating Themed Environment Authenticity Scaling conflicts.
Background Story:
Hiroshi Tanaka, a civil and thematic realization lead hailing from Yokohama, possesses an extensive portfolio of work in high-fidelity themed attraction fabrication, often managing complex international supply chains for unique materials; his experience includes a 10-year tenure leading construction oversight for large-scale immersive retail environments, where he mastered strict budgetary control while enforcing meticulous aesthetic detail, making him the ideal person to manage the complexity dictated by low-cost site acquisition in Kyushu while maintaining high thematic quality.
Equipment Needs:
High-end BIM/CAD software licenses, environmental monitoring hardware (humidity/temp loggers), specialty cleaning/repair access systems for detailed scenic elements, contractor performance tracking software.
Facility Needs:
On-site construction management office at the Northern Kyushu site, with secure access to all three themed zone build areas, focusing on infrastructure robustness (fire safety compliance verification points).
5. Guest Experience & Operations Strategist
Contract Type: full_time_employee
Contract Type Justification: Guest Experience & Operations Strategist (min 1) is crucial for defining the success metrics (NPS) and the operational framework (human staff utilization). This role requires continuous commitment through testing, soft launch, and iteration, aligning with F-T employment for strategic continuity.
Explanation:
Designs the visitor flow, oversees testing methodologies (NPS collection, intervention logging), and defines the operational framework for utilizing temporary human staff to fill capacity gaps (Decision 3 strategy). Responsible for hitting the NPS goal.
Consequences:
Failure to meet NPS success criteria; inefficient use of human supervisor time; inability to accurately measure required robot intervention rates.
People Count:
min 1, max 3, depending on scale of Phase 3 testing
Typical Activities:
Designing the quantitative and qualitative metrics framework for Phase 3 and 4, specifically the logging mechanism for robot interventions; designing the guest flow strategy to maximize personalized attention per session; overseeing the utilization guidelines for the on-site human operations staff, ensuring they effectively backfill capacity gaps without breaking immersion or violating intervention logging rules.
Background Story:
Dr. Lena Schmidt, trained in Human-Computer Interaction research at MIT before moving to Japan, is the driving force behind ensuring the 'believable' aspect of the experience is achieved, obsessively tracking all qualitative feedback to meet the aggressive NPS > 60 goal; she structured the logic for the low-density operating model, believing that rigorous observation of limited interactions yields faster, more reliable experience refinement pathways than mass-market testing.
Equipment Needs:
NPS/Guest feedback collection software suite (e.g., Qualtrics licenses), data logging aggregation tools for robot intervention tracking, staff training simulation environments, scheduling software for managing dynamic human supervisor deployment.
Facility Needs:
Operations control center overlooking the facility egress points, equipped with real-time dashboards visualizing guest throughput, robot uptime statistics, and human staff deployment status.
6. Field Robotics Technician & Maintenance Specialist
Contract Type: full_time_employee
Contract Type Justification: Field Robotics Technicians (min 3) are responsible for meeting the tight operational metric (<2 manual interventions/day). This requires constant, shift-based availability on-site for rapid MTTR, making them essential operational staff best suited as full-time employees subject to operational schedules.
Explanation:
Focuses specifically on Mean Time To Repair (MTTR) for the 30-50 hosts. Must be trained on standardized, swappable components (per Decision 5) and manage the on-site inventory/repair depot strategy, balancing uptime vs. intervention limits.
Consequences:
Failure to meet the core operational metric (<2 interventions/day); prolonged robot downtime leading to guest cancellation/revenue loss during soft launch; poor Mean Time To Recovery (MTTR).
People Count:
3 (Minimum required coverage for 8-hour shifts, dedicated to <2 intervention goal)
Typical Activities:
Establishing and equipping the localized, on-site repair depot in Northern Kyushu; leading the team responsible for diagnosing and executing the physical replacement of standardized components on the 30-50 hosts during non-operational hours; tracking Mean Time To Repair (MTTR) metrics for all maintenance actions to ensure the operational goal of high daily uptime is met.
Background Story:
Javier Rios, a robotics maintenance specialist originally from Spain, was instrumental in building the field repair protocols for a modular drone fleet before being recruited based on his expertise in rapid depot-based servicing; his philosophy centers on rapid component swapping, which aligns perfectly with the strategy of mandating standardized parts for customized host bodies to achieve the sub-two intervention metric.
Equipment Needs:
Extensive inventory of standardized, swappable kinetic and animatronic components (per Decision 5), dedicated workbench stations, electronic repair soldering stations, standardized diagnostic tablets pre-loaded with vendor/custom firmware flashing tools.
Facility Needs:
Dedicated, organized on-site Maintenance and Repair Depot (MRD) adjacent to the robot staging area in Northern Kyushu, designed for rapid component exchange and minimized Mean Time To Repair (MTTR).
7. Cultural & Ethical Context Advisor (Japanese Specialist)
Contract Type: independent_contractor
Contract Type Justification: Cultural & Ethical Context Advisor is a required specialist consultant needed primarily during Phases 1 (design/scripting) and 3 (beta feedback). This is a advisory role best secured via a short-term engagement allowing for specific veto/review rights.
Explanation:
Vets all narrative content, visual presentation, and behavioral guardrails for the Feudal Japanese zone, focusing on cultural resonance, etiquette, and sensitivity to avoid reputational damage.
Consequences:
Significant reputational and ethical failure in the highest-risk zone, potentially triggering regulatory scrutiny or negative press (Risk 5).
People Count:
1 (Dedicated, with structured veto power over scripts)
Typical Activities:
Vetoing narrative scripts, gesture sets, and facial expressions deployed in the Japanese Zone to ensure cultural appropriateness and propriety; advising the AI team on complex honorific usage and appropriate social distancing parameters for robot-guest dialogue; participating in all cultural review board sign-offs prior to Phase 3 beta deployment to mitigate reputational risk.
Background Story:
Professor Fumiko Endo, a distinguished cultural anthropologist from Kyoto University, possesses deep specialist knowledge in the social dynamics, etiquette, and historical vernacular of the Edo and Meiji periods, making her uniquely qualified to safeguard the fidelity and sensitivity of the Feudal Japanese Zone; she was brought on specifically to act as a necessary check against Westernized interpretations of interaction, directly addressing the inherent cultural risks associated with deploying realism in sensitive historical contexts.
Equipment Needs:
Secure database access to narrative scripts/dialogue trees for line-by-line review, specialized software for rendering robot expressions/gestures for cultural review, secure communication channels for sensitive feedback.
Facility Needs:
Access to quiet consultation rooms within the facility for sensitive meetings with the AI/Robotics team concerning cultural guardrail adjustments, separate from the high-paced operational floor.
8. Project Controls and Financial Manager
Contract Type: full_time_employee
Contract Type Justification: Project Controls and Financial Manager needs continuous oversight over the strict ¥10B budget, 30-month timeline, and phased gate releases. This function is foundational to managing the 'Builder's Foundation' structural commitments and requires full-time loyalty and deep budget knowledge.
Explanation:
Manages the integrated 30-month timeline, tracks the ¥10B budget across the four gates, monitors critical path dependencies (e.g., site acquisition vs. platform deposit), and manages the Northern Kyushu relocation contingency budget.
Consequences:
Exceeding Phase 1 budget, jeopardizing Phase 2 construction; missing key investor milestones; failing to manage the high fixed cost structure until Series A (Risk 4).
People Count:
1 (High focus needed for budget density)
Typical Activities:
Managing the financial gates across the 30-month timeline, ensuring disbursement only occurs upon verifiable completion of Phase 1, 2, and 3 criteria; tracking the specific cost centers related to hardware procurement (platform deposits) against the initial budget projections; monitoring and reporting on the utilization of contingency funds allocated for Northern Kyushu relocation subsidies and unforeseen regulatory costs.
Background Story:
Mei Lin, a highly organized Project Controls Manager based in Singapore, brings a rigorous background in managing large-scale, phased infrastructure deployments funded by venture capital, expertly tracking burn rates against critical technical milestones; her primary strength is enforcing governance structures to prevent scope creep and ensuring the project never loses sight of the ¥10B budget ceiling, which is constantly threatened by the high CAPEX requirements of the 'Builder's Foundation' robotics strategy.
Equipment Needs:
Integrated Project Management software (PPM) tracking cost codes against the four phases, financial modeling tools for Opex/Capex simulation (esp. cloud costs and relocation subsidies), JPY/USD ledger management systems.
Facility Needs:
A dedicated, secure physical office space for financial record keeping, ideally co-located with the Project Management office, ensuring strict segregation of financial data related to capital expenditure.
Omissions
1. Missing Role: Dedicated Compliance & Audit Tracker
While a Regulatory Compliance Officer is present (Contractor), the plan lacks a dedicated team member (likely FTE, managed by the Project Controls Manager) responsible for continuous, internal auditing and tracking of compliance artifacts specifically related to dynamic systems (AI/robotics). The Officer handles submission, but someone needs to document the 'live' adherence to ISO 10218 and METI guidelines daily, which is crucial given the high-risk interactions.
Recommendation:
Add one Field Robotics Technician/Compliance Support staff member (under FTE, reporting jointly to the Lead Robotics Architect and the Regulatory Officer) whose primary role is maintaining the living compliance documentation, logging all safety test outcomes, and auditing the maintenance logs against the <2 interventions/day goal to satisfy Risk 2 mitigation.
2. Missing Role: Physical/Theming Maintenance Specialist
The Theming Lead oversees realization, and Field Technicians handle robots. However, the project requires maintaining complex, high-fidelity physical environments (scenery, animatronics skin, environmental controls) which have durability goals (Assumption 5 & 6). A dedicated specialist is needed to ensure the environment itself doesn't degrade, which indirectly causes robot interventions.
Recommendation:
Integrate a dedicated 'Environmental & Set Maintenance Specialist' role, potentially as a part-time contractor hired during Phase 3, whose sole focus is maintaining the 40%-60% RH environment and the structural integrity of the set dressing, reporting to the Theming Lead.
3. Missing Detail: Legal Counsel for Liability & Insurance Closure
The plan mentions acquiring liability insurance and referencing ISO standards, but there is no defined role or activity responsible for brokering the final, massive liability insurance policy required for a prototype theme park involving close human-robot interaction, nor for finalizing Memorandums of Understanding (MOUs) with major platform vendors regarding IP/liability in case of major failure.
Recommendation:
Formalize engagement with specialized Japanese Legal Counsel (likely short-term contractor, front-loaded in Phase 1/2) tasked specifically with securing the required liability coverage based on ISO 10218 certification results and finalizing vendor SLAs/liability transfers.
Potential Improvements
1. Clarify Human Supervisor Utilization Boundaries (Decision 3)
The Guest Experience Strategist will use multi-lingual human staff to fill conversational gaps, but the rules for when and how they intervene without invalidating the robot intervention count or breaking immersion (Decision 3 Strategy) are vague. This directly impacts the measurable success criteria.
Recommendation:
The Guest Experience Strategist must immediately create a 'Human Override Hierarchy' document. This must clearly define: 1) If a host fails contextually, does a human stepping in count as a 'manual intervention' against the <2 metric? (Should likely count as a system intervention, but must be defined). 2) What is the maximum duration a human can sustain an interaction before the robot must be fully swapped out?
2. Mitigate Northern Kyushu Labor Risk via HR/Recruitment Milestone
The 'Builder's Foundation' strategy relies heavily on attracting 5 critical leaders to a less accessible site (Kyushu) in the first six months (Assumption 3). The current roles lack a dedicated recruiter or HR specialist focused solely on expatriate relocation and retention in that specific region.
Recommendation:
Empower the Project Controls and Financial Manager (Mei Lin) to immediately contract a specialized, temporary 'Talent Acquisition Specialist (Kyushu Focus)' during Phase 1. Their first deliverable must be the signing of the 5 critical leadership LOIs by Month 5, supported by the creation of the relocation incentive framework.
3. Tighten Synchronization Between Customization Depth and Maintenance Tooling
The Lead Robotics Architect handles integration, and Field Techs handle repair, but the specification process for the repair tools themselves is missing. If customization is shallow (Decision 5 Strategy 1), the tech must have standardized kits ready for Phase 2 integration testing.
Recommendation:
Add a required deliverable to the Lead Robotics Integration Architect's Phase 1 activities: Final specification and procurement initiation for the 'Field Repair Tool Kit V1.0,' synchronized exactly with the chosen vendor's customization package, ensuring tools needed for the swappable components are ordered concurrently with the platform deposits.