Project Overview
Stock & Staff is an exploratory concept inspired by operational realities observed throughout the restaurant industry.
The project explores how systems related to employees, inventory, scheduling, access control, and POS operations could function in a more connected way in order to simplify daily operations and improve workflow consistency across teams.
The objective was to rethink a more fluid operational ecosystem capable of better connecting physical operations with the digital systems used by staff and management teams.
Real Operations Still Managed Through Disconnected Systems
In many restaurant environments, operational tools still function independently from one another:
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employee scheduling
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timesheets
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POS systems
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inventory management
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employee access
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payroll and tip management
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operational tasks
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administrative reporting
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repetitive manual validations
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human error
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inconsistencies between real operations and system data
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administrative inefficiencies
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disconnected workflows between teams and tools
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increased managerial pressure during peak service period
The project explores a more centralized approach where real-world operational events could interact more intelligently with existing digital systems.
Connecting Real-World Events to Operational Systems
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One of the project’s core reflections focuses on the connection between:
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employee schedules
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real-time attendance
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user access
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operational permissions
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POS activity
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inventory management
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closing tasks and administrative validations
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The objective was not to increase control, but rather to explore workflows capable of reducing operational inconsistencies while simplifying day-to-day team management.
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The concept specifically explores how real-world events — employee arrival, cash closing, task validation, or access to restricted areas — could automatically interact with digital systems and operational workflows.
Intelligent Access & Contextual Workflows
The project explores different approaches to connecting schedules, access permissions, and attendance events through a more contextual operational logic.
Explored concepts include:
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employee access linked to approved schedules
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temporary QR codes tied to work shifts
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entry and exit event logging
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shift exchanges requiring approval
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dynamic permissions based on user roles
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recurring lateness and event tracking
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workflows connected to closing procedures
This approach aims to create stronger consistency between physical operations and the digital validation systems used daily by teams.
Intelligent Inventory & Connected Operations
The concept also explores a more integrated approach to inventory management directly connected to operational activity.
Areas of exploration include:
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real-time inventory tracking
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connected scales
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barcode and product scanning
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inventory movement traceability
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alerts related to discrepancies or anomalies
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segmented access to storage areas
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synchronization with POS operations
The objective was to explore how physical interactions could automatically feed digital systems in order to reduce manual errors and improve operational visibility.
Inspired by connected infrastructures and intelligent systems used in certain industrial environments, the project explores how these operational logics could be adapted to the realities of the restaurant industry.
Operational Data & Real-Time Visibility
The project also explores centralized reporting systems capable of consolidating:
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employee activity
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worked hours
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operational events
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POS data
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inventory movements
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administrative validations
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exportable reports
Additional reflections focused on intelligent alert systems related to:
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absences and lateness
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overtime management
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inventory discrepancies
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operational anomalies
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events requiring managerial validation
POS Integration & Operational Ecosystems
A significant part of the project focuses on compatibility with existing POS systems already used throughout the industry. Rather than replacing existing tools, the concept explores an approach capable of integrating with multiple operational ecosystems through API connections and shared workflows.
Areas of reflection included:
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multi-location operations
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hybrid service environments
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user permissions
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data synchronization
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franchise and restaurant group realities
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interactions between employees, inventory, and POS systems
Operational UX & Field Experience
Special attention is given to balancing:
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operational efficiency
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ease of use
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real-world adoption
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employee experience
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workflow flexibility
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interaction consistency
The project does not aim to create rigid surveillance systems, but rather to explore tools capable of supporting operations without slowing teams down during high-pressure service periods.
User experience remains central to the reflection in order to avoid systems disconnected from real human operational realities.
Learnings & Systems Thinking
This exploratory project helped:
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deepen an operational UX approach rooted in real-world restaurant environments
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explore more connected operational workflows
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reflect on the integration between physical operations and digital systems
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analyze limitations observed in existing tools
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develop a stronger systems-thinking approach centered around human interactions
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better understand the challenges related to complex operational environments
Skills Demonstrated
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Operational UX
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Systems Thinking
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Workflow Design
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Product Thinking
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Service Design
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Information Architecture
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Operational Systems Research
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UX Strategy
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POS Ecosystem Analysis
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Human-Centered Systems
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Cross-Functional Operational Thinking