Product Manager
A documented area of contribution to the project.
06
Electric Mobility · Battery Operations · Field Service
AFS Battery Management System
Battery Inventory, Field Operations & Lifecycle Traceability for Electric Mobility
Case Study 06Electric Mobility
01 / Project overview
The product in context.
The AFS Battery Management System organizes the movement and operational history of EV batteries across procurement, warehouse, technician tasks and field operations.
02 / The challenge
Making the operating model explicit.
A battery can move through warehouses, motorcycles, technician tasks, replacement and repair scenarios. Each movement needs a consistent identity and history so operational teams can understand where the asset is and what has happened to it.
03 / System complexity
Complexity, represented clearly.
These indicators describe the scale and structure of the system. They are not performance metrics.
3Operational roles
Superadmin · Admin · Technician
4Field scenarios
Deploy motorcycle · Deploy battery · Replace · Repair
1Core traceability principle
Every battery movement should be traceable
04 / My role
Contributions across the product lifecycle.
Business Analyst
A documented area of contribution to the project.
Product Validation / UAT
A documented area of contribution to the project.
04A / What I delivered
Turning responsibilities into tangible project value.
Requirements & process structure
Translated business context into explicit workflows, rules and functional structure represented in this case study.
Product scope & alignment
Connected priorities, stakeholders and delivery decisions around a coherent product lifecycle.
05 / Business process
From business steps to a connected workflow.
ProcessCore lifecycle
- 01Procurement
- 02Warehouse
- 03Task
- 04Technician
- 05Field Operation
- 06Location History
- 07Reporting
06 / Solution
A structured solution to the business need.
A battery digital twin concept that connects a battery's identity to its current location, movement history, task history and workorder history, with an integration point to Odoo.
ProcessConceptual integration map
- 01Core platform
- 02Odoo
07 / Key modules
Core functional components.
08 / Product visual
A conceptual view of the product.
Conceptual reconstruction — not original production UI. This sanitized portfolio visual communicates the system model without exposing confidential documents, data or interfaces.
NDA-safe conceptual reconstruction
System overviewBattery digital twin
A digital identity and history for every mobile battery asset
- 01Procure
- 02Store
- 03Deploy
- 04Replace
- 05Repair
- Unique identity
- Location history
- Work orders
- Asset traceability
- Field visibility
- Reliable history
09 / Business value
Qualitative business value.
For current and ongoing work, value is presented qualitatively. No unverified performance claims are used.
10 / Professional proof
What this project demonstrates.
Product ManagementBusiness AnalysisAsset TraceabilitySystem IntegrationProduct Validation
Key takeaway
For mobile operational assets, identity and movement history are the foundation of reliable lifecycle management.