Consolidated Portfolio Master File
Platform Core + Eight Independent Portfolio Posts
Purpose of this file
This document is a consolidated master copy for the historical Comprehensive Industrial Management Platform and its major business modules.
It is intentionally structured so that each module can later be extracted and published as a fully independent portfolio post.
The platform was originally developed for Borna Abzar Toos and evolved through multiple generations.
Historical UI generations included:
- early AdminLTE-based versions,
- expanded AdminLTE versions,
- and a later FUSE Admin / Angular-oriented generation.
The architecture evolved from a large all-in-one business system toward a more modular domain-oriented platform in which individual capabilities could be enabled, disabled, separated, or delivered as independent applications according to customer needs.
The platform should not be described as Seencode. Seencode was a separate earlier project family and is outside the scope of this document.
Table of Contents
- Platform Overview — Comprehensive Industrial Management Platform
- General Workspace & Corporate Communication
- CRM & Sales Pipeline
- Representative Network & Commercial Rules
- Product Master, BOM & Pricing
- Quotation, Contract & Order Lifecycle
- Procurement, Inventory & Material Requirement Forecasting
- Engineering, Production & Quality
- After-Sales & Follow-Up Automation
- Shared Cross-Cutting Capabilities
- Architecture Evolution
- Suggested Publishing Order
1. Comprehensive Industrial Management Platform
Modular Industrial Business Operations Platform
Website Title
Comprehensive Industrial Management Platform
Subtitle
Modular Commerce · CRM · Product · Procurement · Production · Service Operations
One-Line Description
A reusable industrial-management platform originally developed for Borna Abzar Toos, combining business operations, customer management, product engineering, procurement, contracts, production, warehouse intelligence, after-sales workflows, and configurable enterprise services in one modular backend.
Project Positioning
The platform was designed after experience with administrative automation systems.
Traditional office-automation systems in Iranian organizations commonly focus on:
- correspondence,
- cartable,
- secretariat,
- archive,
- internal routing.
Industrial companies require a different operational model.
Their daily systems must also coordinate:
- sales,
- marketing,
- representatives,
- customers,
- pricing,
- procurement,
- inventory,
- product engineering,
- BOM,
- contracts,
- production,
- quality,
- after-sales,
- management reporting.
The Comprehensive Industrial Management Platform was created to solve that broader problem.
Platform Philosophy
The development philosophy was:
Build a powerful reusable backend once, then enable, disable, configure, or extend modules for each customer and business process.
Instead of rebuilding common enterprise infrastructure for every project, the platform reused:
- users,
- permissions,
- organizational structures,
- master data,
- products,
- customers,
- workflows,
- notifications,
- reporting,
- documents,
- audit-style history.
The resulting application delivered to one customer could therefore differ significantly from the application delivered to another customer while still sharing the same underlying platform.
Modular Product Composition
INDUSTRIAL PLATFORM
│
┌───────────────────┼───────────────────┐
▼ ▼ ▼
General/Shared Commerce CRM
│ │ │
├───────────────┬───┴───────┬──────────┤
▼ ▼ ▼ ▼
Procurement Products Production Service
│ │ │ │
└───────────────┼───────────┼──────────┘
▼
Shared Business Core
A customer deployment could be composed from only the required modules.
Historical Technology Evolution
Generation 1 — AdminLTE
The first industrial version used AdminLTE and exposed many modules directly in the navigation.
The menu was relatively flat and broad.
Examples included:
- Industrial Automation
- Marketing
- Commerce
- Procurement
- Secretariat
- Contract Completion
- Finance
- Warehouse
- After-Sales Service
- Quality Control
- Production
This approach was practical during early development but became increasingly dense as the platform grew.
Generation 2 — Expanded AdminLTE
The second generation retained AdminLTE while adding:
- more business logic,
- more modules,
- more cross-module relationships,
- additional notifications,
- product and production functions,
- expanded customer-management workflows.
The system had grown far beyond a simple administrative application.
Generation 3 — FUSE Admin / Angular-Oriented UI
The third generation reorganized the platform into broader functional domains.
Instead of exposing every capability at the top level, the application grouped related features into areas such as:
- General
- Commerce
- Marketing
- Secretariat
- Warehouse
- Supply & Support
- Responsibility Reports
- Management
This represented an architectural and UX evolution:
Flat Feature Navigation
↓
Functional Grouping
↓
Domain-Oriented Modular Navigation
Historical Backend Evolution
Historical evidence also shows development work around CodeIgniter-based versions.
The important portfolio point is not the historical framework itself.
The important engineering story is:
Growing Business Scope
↓
Reusable Backend
↓
Large Feature Set
↓
Need for Modularization
↓
Domain Separation
Platform Classification
- Project Type: Modular Industrial Management Platform
- Initial Customer: Borna Abzar Toos
- Domain: Industrial / Commercial / Enterprise Operations
- Architecture: Reusable multi-module enterprise backend
- Historical UI: AdminLTE → FUSE Admin
- Historical Backend: CodeIgniter-era implementation evidence
- Modern Rebuild Direction: Laravel + PostgreSQL modular architecture
- Portfolio Relevance: Flagship
- CV Relevance: Tier A
Platform-Level Career Evidence
The platform demonstrates:
- enterprise architecture,
- modular application design,
- domain decomposition,
- CRM,
- product information management,
- BOM,
- procurement,
- inventory planning,
- contract lifecycle,
- production workflow,
- after-sales service,
- configurable navigation,
- role-based access,
- notification-driven operations,
- integration with external websites,
- evolution from monolithic business functionality toward domain-oriented modularity.
2. General Workspace & Corporate Communication
Module 1
Suggested Portfolio Title
General Workspace & Corporate Communication Module
Subtitle
Dashboard · Corporate Cartable · Structured Correspondence · Employee Services
One-Line Description
The shared employee workspace of the industrial platform, combining a customizable dashboard, organization-specific correspondence, archive, payroll-slip access, contact directories, representatives, marketers, and customer information.
Purpose
This module provided the common user-facing entry point into the larger industrial platform.
It reused ideas from administrative automation but adapted them to a broader business context.
The module was intended for users regardless of whether their primary responsibility was:
- sales,
- marketing,
- warehouse,
- procurement,
- support,
- production,
- management.
Main Areas
General Workspace
├── Dashboard
├── Corporate Cartable
├── Create Letter
├── Sent Letters
├── Letter Archive
├── Payroll Slip
├── Internal Phone Directory
├── External Phone Directory
├── Representatives
├── Marketers
└── My Customers
Dashboard / Workbench
The dashboard acted as an operational summary.
Historical screenshots show concepts such as:
- calendar,
- recent login/activity,
- announcements,
- customer count,
- product count,
- correspondence summary,
- configurable cards.
A modern interpretation is:
role-aware employee dashboard
rather than a static home page.
Corporate Cartable
The Cartable acted as an organization-controlled internal communication system.
Unlike generic email, letters could include structured business metadata.
Examples:
- subject,
- summary,
- recipient,
- category,
- priority,
- condition,
- referral,
- attachments.
Outlook vs Corporate Cartable
Outlook
→ general-purpose email
Corporate Cartable
→ organization-specific controlled correspondence
Management could define how correspondence should be structured and categorized.
Letter Creation
The historical Create Letter interface included:
- subject,
- summary,
- recipient,
- rich-text body,
- referral,
- conditions,
- category,
- priority,
- attachments.
This made the correspondence record closer to a business object than a normal email message.
Sent Letters & Archive
The platform provided:
- sent items,
- correspondence archive.
These were conceptually similar to email folders but retained business metadata and organizational context.
Payroll Slip Self-Service
The General module included employee access to payroll-slip information.
The confirmed role of this area is best described as:
Payroll-slip employee self-service
rather than a full payroll calculation engine.
Displayed salary-related fields could include:
- base salary,
- overtime,
- housing allowance,
- insurance,
- deductions,
- penalties,
- loans,
- tax,
- payable amount.
Directories
The General module contained:
- internal telephone directory,
- external telephone directory,
- representatives,
- marketers,
- assigned customers.
This connected common employee services with business master data.
Why This Module Matters
It formed the shared workspace used by later business modules.
Conceptually:
Employee
↓
Dashboard
↓
Communication
↓
Directories
↓
Business Context
V2 Direction
Recommended modern architecture:
General Workspace
├── Dashboard
├── Correspondence
├── Employee Self-Service
├── Directories
├── Notifications
└── Shared Search
Recommended stack:
- Laravel
- PostgreSQL
- Redis
- queues
- modern component-based UI
Career Evidence
- enterprise workspace design,
- dashboard architecture,
- structured communication,
- employee self-service,
- shared business directories,
- cross-module master data,
- modular navigation.
Suggested Slug
/projects/industrial-platform-general-workspace
Cover Direction
General Workspace
Corporate Communication & Employee Services
Visual elements:
- enterprise dashboard,
- inbox/cartable,
- structured letter,
- calendar,
- payroll card,
- contacts,
- customer cards.
3. CRM & Sales Pipeline
Module 2
Suggested Portfolio Title
CRM & Sales Pipeline Management Module
Subtitle
Kanban CRM · Customer Cases · Follow-Up · Calls · Orders · Sales Progress
One-Line Description
A configurable Kanban-based CRM for marketers and sales users, covering customer ownership, follow-up, calls, sales-stage tracking, order visibility, reminders, and contract-progress supervision.
Core Purpose
The CRM was designed to give marketers a simple visual way to manage customer relationships from first contact through commercial progression.
The central concept was a multi-column Kanban workflow.
Kanban-Based CRM
Management could define or adjust the stages.
The system could use:
- predefined standard stages,
- custom stages,
- configurable columns.
Conceptually:
Initial Contact
↓
Follow-Up
↓
Pricing / Finalization
↓
Contract
The exact workflow could be adapted by management.
CRM Main Areas
Marketing / CRM
├── Customer Management
├── My Customers
├── My Orders
├── Follow-Up
├── Calls / Communications
├── Reminders
└── Contract Progress
Customer Management
The CRM tracked customer interactions.
Possible interaction events included:
- phone call,
- direct contact,
- follow-up action,
- status update,
- commercial progress.
Historical screens show interaction history and follow-up records.
My Customers
Each marketer had access to their own customer list.
This supported customer ownership and reduced ambiguity over responsibility.
My Orders
The sales user could view what had happened to an order after the initial sale activity.
The intent was to show:
- current stage,
- completed stages,
- pending work,
- status of the customer request.
This connected the CRM with downstream business processes.
Direct Calling
Where the organization used:
- PBX / telephony systems,
- tablets,
- mobile devices,
the CRM could support direct calling from the customer record.
The broader design also contemplated storing call records or recordings on organizational infrastructure when available.
Notifications & Follow-Up
The CRM supported notification-driven follow-up.
Examples:
- customer follow-up due,
- sales activity reminder,
- pending contract,
- commercial action required.
Action Recording
Sales users could register actions taken for each customer.
This creates an operational history:
Customer
↓
Interaction
↓
Action
↓
Next Follow-Up
Sales Pipeline Governance
Management or finance could require approval before the process moved to the next stage.
Example:
Marketing
↓
Commercial Progress
↓
Management / Finance Approval
↓
Finalization
This prevented sales users from bypassing required business controls.
Duplicate / Ownership Logic
The broader platform specification included the idea that customer opportunities/cases should not be duplicated unnecessarily.
A customer or sales case could be controlled so that responsibility remained clear.
Shared Opportunity Scenarios
The system concept also allowed for situations where more than one representative or marketer participated in the same commercial opportunity.
A modern V2 should support:
- shared ownership,
- percentage allocation,
- commission splitting,
- explicit approval.
CRM V2 Architecture
Recommended entities:
Customer
Lead
Opportunity
Pipeline
PipelineStage
Interaction
FollowUp
Activity
Order
Assignment
State & Event History
A robust V2 should preserve each stage change as an event rather than overwriting history.
Opportunity
↓
StageChanged
↓
FollowUpCreated
↓
CallLogged
↓
QuotationRequested
Career Evidence
- CRM design,
- Kanban workflow,
- configurable sales stages,
- customer ownership,
- activity history,
- notification-driven sales operations,
- approval checkpoints,
- customer-to-order traceability.
Suggested Slug
/projects/crm-sales-pipeline
Cover Direction
CRM & Sales Pipeline
Visual elements:
- Kanban columns,
- customer cards,
- calls,
- reminders,
- sales stages,
- approvals,
- order progress.
4. Representative Network & Commercial Rules
Module 3
Suggested Portfolio Title
Representative Network & Commercial Rules Engine
Subtitle
Representatives · Marketers · Sales Rules · Commission · Targets · Payments
One-Line Description
A commercial governance module for representative and marketer networks, combining territories, sales rules, commissions, targets, payment conditions, check tracking, incentives, penalties, and sales-conflict handling.
Why This Is Separate from CRM
CRM answers:
Who is the customer and where is the opportunity?
Commercial Rules answers:
Under what organizational and financial rules is the sale allowed to happen?
These are different domains.
Representative vs Marketer
The platform distinguished different commercial actors.
This distinction matters for:
- ownership,
- territory,
- commission,
- targets,
- contractual responsibilities.
Commercial Rule Categories
The system specification included concepts around:
- cash sales,
- installment sales,
- minimum payment requirements,
- historical sales conditions,
- check collection,
- commission calculation,
- sales targets,
- incentives,
- penalties,
- representative conflicts,
- obligations between company and representative.
Payment Conditions
A configurable commercial rule engine can define:
Sale Type
├── Cash
└── Installment
Each may include:
- minimum deposit,
- permitted payment structure,
- required approvals,
- due dates.
Check / Payment Tracking
The system could register:
- checks,
- amounts received,
- payment dates.
Notifications could be connected to due dates or collection status.
Commission
Commission logic can depend on:
- representative,
- marketer,
- product,
- sale amount,
- collection status,
- sales target.
A modern implementation should store commission calculations transparently.
Targets
The platform supported sales targets.
Potential dimensions:
- period,
- representative,
- marketer,
- product category,
- revenue,
- quantity.
Incentive & Penalty Logic
Targets could feed:
- incentives,
- rewards,
- penalties.
These rules should be versioned because commercial policy changes over time.
Territory / Representation Rules
Representatives may operate inside defined geographic or commercial scopes.
A modern V2 can model:
Representative
├── Territory
├── Product Scope
├── Valid From
├── Valid To
└── Contract
Sales Conflict Handling
When multiple sales actors claimed the same customer/opportunity, the platform needed a controlled resolution process.
Potential outcomes:
- ownership to one representative,
- shared participation,
- commission split,
- management decision.
Commercial Policy Versioning
Commercial rules change.
Do not overwrite old rules.
Example:
SalesPolicy v1
SalesPolicy v2
SalesPolicy v3
Existing contracts should remain linked to the rule version under which they were created.
V2 Architecture
Recommended entities:
Representative
Marketer
Territory
SalesPolicy
PaymentRule
CommissionRule
Target
IncentiveRule
PenaltyRule
Check
CollectionEvent
Career Evidence
- sales governance,
- commission systems,
- representative networks,
- rule engines,
- commercial policy versioning,
- financial workflow integration,
- target management.
Suggested Slug
/projects/representative-commercial-rules
Cover Direction
Commercial Rules & Representative Network
Visual elements:
- representative network,
- territory map,
- commission,
- targets,
- payment/check timeline,
- policy rules.
5. Product Master, BOM & Pricing
Module 4
Suggested Portfolio Title
Product Master, BOM & Pricing Platform
Subtitle
Technical Product Data · BOM · Options · Configuration · Pricing · Publishing
One-Line Description
A structured product-information and configuration platform linking technical specifications, BOM, product options, development data, pricing, catalogs, and website publishing.
Core Purpose
Industrial products cannot be represented only by:
Name
Price
The platform therefore modeled products with technical depth.
Historical product screens show structured specifications such as:
- machine dimensions,
- spindle,
- tool-change capability,
- lubrication,
- remote control,
- technical options,
- images,
- detailed descriptions.
Product Master
The product record acted as the central product definition.
Conceptually:
Product
├── Identity
├── Technical Specifications
├── Images
├── Files
├── Options
├── BOM
├── Pricing
├── Design
├── Development
└── Production Definition
Bill of Materials
The BOM represented the components required for a product.
Product
↓
BOM
↓
Components
↓
Required Quantities
Historical screenshots show BOM lists and quantities.
BOM and Downstream Operations
The BOM was not isolated.
It affected:
- pricing,
- inventory requirements,
- procurement,
- custom configuration,
- production planning.
Product Configuration
The platform supported product-specific options.
A product for one customer could differ from the standard model.
Potential configurable dimensions included:
- dimensions,
- optional components,
- technical options,
- custom parts.
Customized BOM
Once a customer-specific configuration was finalized, the resulting BOM could differ from the standard BOM.
Conceptually:
Standard Product BOM
+
Customer Options
+
Custom Changes
=
Contract-Specific BOM
BOM Immutability After Contract
A strong business rule is:
Once a contract is finalized, the BOM attached to that contract should remain traceable and should not silently change when the master product changes.
Modern design:
Master BOM
↓
Contract Snapshot
↓
Production BOM
Pricing
The product module supported pricing logic rather than a single static price.
Historical development evidence indicates work around:
- price forms,
- online pricing,
- quotation-related pricing,
- configurable product values.
Price List
A price list can include:
- base price,
- options,
- custom development,
- currency,
- effective date.
Technical Media
The commercial team could access files used to introduce products.
Examples:
- images,
- catalogs,
- technical documents,
- presentation files,
- development drawings.
Web Publishing Integration
One of the strongest features was connection between internal product data and external websites.
Conceptually:
Internal Product Master
↓
Publishing / Sync Layer
┌─────────┴─────────┐
▼ ▼
Company Website Representative Websites
The objective was to avoid entering product data repeatedly.
WordPress Integration
The platform could be connected to WordPress-based company or representative sites.
Potential synchronized content included:
- products,
- articles,
- galleries,
- product information.
Single Source of Truth
This turns the product module into a PIM-like system.
Internal Product Record
↓
Single Source of Truth
↓
Web / Sales / Catalog / CRM
V2 Architecture
Recommended entities:
Product
ProductVersion
ProductSpecification
ProductOption
BOM
BOMItem
PriceList
PriceRule
MediaAsset
PublicationChannel
PublicationJob
Career Evidence
- product information management,
- BOM modeling,
- configuration,
- technical master data,
- pricing,
- product lifecycle integration,
- website publishing,
- single-source-of-truth architecture.
Suggested Slug
/projects/product-bom-pricing-platform
Cover Direction
Product Master, BOM & Pricing
Visual elements:
- industrial machine,
- BOM tree,
- option configuration,
- price calculator,
- technical drawings,
- website sync.
6. Quotation, Contract & Order Lifecycle
Module 5
Suggested Portfolio Title
Quotation, Contract & Order Lifecycle Management
Subtitle
Quotation · Approval · Contract · Payment · Order Handoff · Traceability
One-Line Description
A transactional workflow connecting customer quotations to approvals, contracts, payment structures, order records, technical handoff, and downstream production.
Lifecycle
The commercial process can be represented as:
Customer
↓
Quotation
↓
Commercial Review
↓
Approval
↓
Contract
↓
Payment Terms
↓
Order
↓
Technical Handoff
↓
Production
Quotation
The platform supported price-related workflows and quotation concepts.
A quotation could include:
- customer,
- product,
- configuration,
- price,
- discount,
- payment condition,
- validity.
Approval Checkpoints
Before finalization, management or finance could pause the process.
This allowed control over:
- price,
- discount,
- financial terms,
- exceptional conditions.
Contract
Historical screens show contract records containing fields such as:
- customer,
- product/machine,
- contract date,
- contract amount,
- discount,
- file upload,
- payment-related data.
Contract Attachments
The contract record could include files associated with the agreement.
A modern system should version and secure these documents.
Payment Tracking
The contract workflow connected to:
- payment amounts,
- payment dates,
- checks.
This gave downstream teams visibility into financial status.
Contract Actions
Historical UI evidence shows contract-related actions such as:
- payment change,
- development-related actions,
- additional customer notes.
This indicates the contract was an active operational object, not just a static PDF.
Contract Completion
In the original commercial organization model, marketers could create or initiate the deal, while the commercial department handled completion/finalization.
Conceptually:
Marketer
↓
Opportunity / Deal
↓
Commercial Department
↓
Contract Completion
Order Traceability
Once the order existed, marketers could see what stage it had reached.
This linked:
CRM
→ Contract
→ Product
→ Production
Technical Handoff
After contract finalization:
- the approved product configuration,
- contract-specific BOM,
- technical requirements,
could move toward design and production.
Financial Handoff
Financial/payment data could be made available to finance/accounting workflows.
Contract Snapshot Principle
A modern V2 should preserve the exact commercial and technical state at signing.
Snapshot:
Product
BOM
Price
Discount
Payment Terms
Customer
This prevents later master-data changes from altering historical contracts.
V2 Architecture
Recommended entities:
Quotation
QuotationItem
QuotationVersion
Approval
Contract
ContractVersion
PaymentSchedule
Check
Order
OrderStatusEvent
TechnicalHandoff
Career Evidence
- transactional workflow,
- quotation lifecycle,
- approvals,
- contract management,
- payment integration,
- order traceability,
- cross-domain handoff.
Suggested Slug
/projects/quotation-contract-order-lifecycle
Cover Direction
Quotation, Contract & Order Lifecycle
Visual elements:
- quotation,
- approval,
- contract,
- payment schedule,
- order status,
- design/production handoff.
7. Procurement, Inventory & Material Requirement Forecasting
Module 6
Suggested Portfolio Title
Procurement, Inventory & Material Requirement Forecasting
Subtitle
Stock · Purchase Forecast · Purchase Lists · Inquiries · BOM-Driven Shortages
One-Line Description
A procurement and warehouse-planning module that moved beyond current stock visibility by forecasting future component shortages from BOM requirements and planned production deadlines.
Core Purpose
The warehouse module was not limited to:
How many items do we have now?
It also addressed:
Will we have enough material when a future product reaches production?
Inventory
The system tracked stock and allowed warehouse-related reporting.
Historical notes mention:
- stock,
- inventory reports,
- uploaded Excel warehouse output,
- waste,
- usage,
- forecasting.
Warehouse Import
Historical evidence indicates support for uploading warehouse output files.
The imported data could feed the platform’s stock view and reporting.
Procurement
Procurement operated under the commercial area in earlier versions.
Core concepts:
- purchase forecast,
- purchase list,
- inquiries.
Procurement Flow
Demand
↓
Requirement
↓
Purchase Forecast
↓
Purchase List
↓
Inquiry / Supplier Process
↓
Purchase
BOM-Driven Forecasting
The strongest capability was combining current stock with future production requirements.
Conceptually:
Current Inventory
+
Open / Planned Production
+
BOM Requirements
↓
Projected Availability
↓
Projected Shortage
↓
Purchase Forecast
This is substantially more useful than static inventory reporting.
Material Requirement Concept
The historical platform should not be overclaimed as a complete MRP implementation unless that is fully documented.
A precise description is:
BOM-driven material requirement and shortage forecasting
Production Deadline Awareness
The shortage calculation was meaningful because requirements were tied to product manufacturing timelines.
The system could therefore identify shortages before the production deadline.
Inquiry Management
Procurement could maintain inquiry/quotation processes for purchasing.
Potential V2 flow:
Purchase Requirement
↓
Supplier Inquiry
↓
Supplier Offers
↓
Comparison
↓
Purchase Decision
Inventory Reports
Useful reports include:
- current stock,
- projected stock,
- shortages,
- usage,
- waste,
- purchase requirements.
V2 Architecture
Recommended entities:
Warehouse
InventoryItem
StockTransaction
StockSnapshot
MaterialRequirement
PurchaseForecast
PurchaseRequest
SupplierInquiry
SupplierOffer
PurchaseOrder
Career Evidence
- inventory,
- procurement,
- BOM integration,
- shortage prediction,
- material planning,
- supplier inquiry,
- warehouse data import.
Suggested Slug
/projects/procurement-inventory-forecasting
Cover Direction
Procurement & Material Forecasting
Visual elements:
- warehouse,
- component stock,
- BOM,
- future production schedule,
- shortage indicator,
- purchase request.
8. Engineering, Production & Quality
Module 7
Suggested Portfolio Title
Engineering, Production & Quality Workflow
Subtitle
Design · Development · Production · Electronics · Quality · Product History
One-Line Description
A configurable industrial production workflow for customer-specific products, preserving design files, development actions, departmental responsibilities, manufacturing stages, and quality-control history.
Core Purpose
For industrial equipment, the delivered product may be customized for each customer.
The system therefore needed to record not only:
- what product was sold,
but also:
- what was designed,
- what was changed,
- what was manufactured,
- which department performed each stage.
Production Lifecycle
Conceptually:
Contract
↓
Contract-Specific BOM
↓
Design
↓
Development
↓
Production
↓
Electrical / Electronics
↓
Quality Control
↓
Delivery
The exact departments could vary by company.
Customer-Specific Product History
The platform’s goal was to preserve the history of a specific customer machine.
This could include:
- drawings,
- modifications,
- files,
- development notes,
- production stages.
Design Files
The commercial and engineering sides could access relevant product drawings and technical files according to permissions.
Department Separation
Industrial companies often have separate departments such as:
- mechanical design,
- electrical/electronics,
- production,
- casting,
- quality control.
The platform allowed these responsibilities to remain separated.
Permission-Based Visibility
A department should only access the portion relevant to its work.
Conceptually:
Product Instance
↓
Department Scope
↓
Allowed Data / Tasks
Configurable Production Stages
Historical screenshots show configuration of production-stage metadata such as:
- stage name,
- icon,
- color,
- associated information/actions.
This is important because production flow was not assumed to be identical for every product.
Production Stage Model
ProductionStageDefinition
├── Name
├── Order
├── Icon
├── Color
├── Required Data
├── Department
└── Rules
Quality Control
Quality Control existed as part of the production domain.
Its responsibility was to record and supervise product quality-related observations and decisions.
Control Production
Historical development notes show explicit work around production-control functionality.
This supports the interpretation of production as an active workflow rather than a passive status field.
Engineering History
A strong V2 should preserve:
Product Instance
├── Design Revision
├── BOM Revision
├── Development Action
├── Production Event
├── Quality Event
└── Attached Files
Immutable Engineering History
Historical technical records should not disappear when a design changes.
Use versioning.
Drawing v1
Drawing v2
Drawing v3
Each production instance should remain traceable to the exact version used.
V2 Architecture
Recommended entities:
ProductInstance
EngineeringRevision
DesignFile
ProductionStage
ProductionTask
DepartmentAssignment
QualityInspection
QualityFinding
ProductionEvent
Career Evidence
- manufacturing workflow,
- engineering data,
- product customization,
- departmental authorization,
- production stages,
- quality control,
- revision history.
Suggested Slug
/projects/engineering-production-quality
Cover Direction
Engineering, Production & Quality
Visual elements:
- technical drawing,
- BOM,
- manufacturing stages,
- electronics,
- quality inspection,
- product revision history.
9. After-Sales & Follow-Up Automation
Module 8
Suggested Portfolio Title
After-Sales Service & Follow-Up Automation
Subtitle
Service Cases · Warranty · Appointments · Notifications · Customer Follow-Up
One-Line Description
A post-sale service module for tracking customer support cases, warranty/non-warranty service, reminders, notifications, appointments, service history, and automated follow-up.
Core Purpose
The sales process does not end when the contract is signed or the product is delivered.
Industrial products may require:
- installation,
- service,
- support,
- repair,
- warranty handling,
- follow-up.
The platform therefore included a dedicated after-sales concept.
After-Sales Flow
Delivered Product
↓
Service Request
↓
Case
↓
Assignment
↓
Follow-Up
↓
Appointment
↓
Service Action
↓
Closure
Warranty / Non-Warranty
Historical menu evidence shows concepts for:
- defining after-sales services,
- registering warranty/non-warranty services.
This is an important distinction for cost and responsibility.
Service Case
A modern service case can include:
- customer,
- product,
- serial/product instance,
- issue,
- warranty state,
- priority,
- assigned employee,
- appointments,
- actions,
- status.
Follow-Up
The platform included follow-up as a central concept.
Follow-up could be driven by:
- due date,
- pending action,
- customer response,
- service appointment,
- unresolved issue.
Notifications
Notifications were an important automation mechanism.
Use cases:
- upcoming appointment,
- overdue follow-up,
- pending service case,
- required approval,
- case status change.
Appointment Scheduling
The system supported appointment-setting concepts.
This is useful for:
- technician visit,
- customer meeting,
- service scheduling.
Automated Service History
Every customer/product should have a service history.
Conceptually:
Product Instance
↓
Service Case
↓
Action
↓
Result
↓
Next Follow-Up
Integration with CRM
After-sales is linked to CRM but should remain a distinct domain.
CRM focuses on acquisition and sales progression.
After-sales focuses on service after delivery.
Integration with Product Instance
The strongest architecture connects service to the exact delivered product.
This allows service teams to see:
- configuration,
- BOM snapshot,
- design revisions,
- previous service history.
V2 Architecture
Recommended entities:
ServiceCase
ServiceType
WarrantyPolicy
Appointment
ServiceAction
TechnicianAssignment
FollowUp
Notification
ServiceHistory
Career Evidence
- after-sales workflows,
- support cases,
- warranty,
- appointments,
- notifications,
- lifecycle integration,
- customer/product service history.
Suggested Slug
/projects/after-sales-follow-up
Cover Direction
After-Sales & Follow-Up Automation
Visual elements:
- customer/product,
- service ticket,
- technician,
- calendar,
- notification,
- warranty,
- service timeline.
10. Shared Cross-Cutting Capabilities
The following capabilities should not necessarily become separate portfolio posts because they were shared across the entire platform.
Notifications
Notifications were used across:
- CRM,
- contracts,
- payments,
- after-sales,
- follow-up,
- production,
- responsibilities.
A modern notification service should be shared.
Reporting
The platform included broad reporting concepts.
Possible report dimensions included:
- sales,
- production,
- employee activity,
- responsibilities,
- inventory,
- procurement.
Reporting should be described as a platform capability rather than duplicated in every post.
Responsibility Reporting
Historical documentation describes responsibility/follow-up reporting around user actions.
This can be positioned as:
operational accountability and activity reporting
Login / User Activity Reports
Historical development notes include login/logout reporting.
This shows operational auditing and usage tracking.
Digital Signature / Approval Concepts
Where signature concepts appeared, they should be described as organizational approval/signature features unless cryptographic digital-signature implementation is explicitly documented.
Avoid overstating cryptographic guarantees.
Notifications State Management
Historical development notes refer to notification states such as:
- confirmation,
- deletion,
- change.
A modern V2 should model these as explicit events.
Calendar / Workbench Separation
Development evidence shows calendar and workbench behavior becoming more modular and standardized over time.
This supports the larger architecture-evolution story.
UI Standardization
Historical development notes mention:
- icon standardization,
- color standardization,
- page color standards,
- configurable UI behavior.
This is useful evidence of growing product maturity.
Telegram Integration
Historical development notes indicate Telegram bot integration.
This can be described as an external notification/integration channel.
Avoid making it a standalone project unless substantial independent functionality existed.
Website / CMS Integration
External website integration should be described primarily inside the Product Master post because product data was the core synchronized asset.
11. Architecture Evolution
The most important high-level portfolio story is how the system evolved.
Stage 1 — Broad Integrated Application
Early architecture:
One Large Business Platform
├── Marketing
├── CRM
├── Products
├── Contracts
├── Procurement
├── Warehouse
├── Production
├── Quality
├── After-Sales
└── More
Advantages:
- rapid implementation,
- strong integration,
- good fit for the initial customer.
Problems:
- too many navigation items,
- customers did not need every module,
- permissions became increasingly complex,
- domain boundaries became less clear.
Stage 2 — Growing Feature Density
As the product grew:
- more rules,
- more workflows,
- more modules,
- more integrations,
- more customer-specific configuration.
This exposed the cost of keeping too many business domains under one large module.
Stage 3 — Domain Separation
The platform was reorganized around business domains.
General
CRM
Commercial Rules
Products
Contracts
Procurement
Production
After-Sales
...
This improved:
- maintainability,
- navigability,
- customer-specific deployment,
- access control,
- conceptual clarity.
Stage 4 — Modern Rebuild Direction
Recommended modern architecture:
Laravel Modular Monolith
│
┌──────────────────────┼──────────────────────┐
▼ ▼ ▼
Identity Shared Data Modules
│ │ │
│ Customers/Products │
│ │ │
└───────────────┬──────┴──────┬──────────────┘
▼ ▼
Events Reporting
│
▼
PostgreSQL / Redis
Why Modular Monolith First
A modular monolith is preferable to immediate microservices because the system contains many strongly transactional relationships:
- contract ↔ product,
- BOM ↔ procurement,
- customer ↔ CRM,
- order ↔ production,
- product instance ↔ after-sales.
A modular monolith provides clear boundaries without unnecessary distributed-system complexity.
Recommended V2 Modules
Identity & Organization
General Workspace
CRM
Commercial Governance
Product Master
Pricing
Quotation & Contracts
Orders
Procurement
Warehouse
Production
Quality
After-Sales
Notifications
Reports
Audit
Integrations
Shared Master Data
The V2 should centralize:
- Customer
- Product
- Employee
- Representative
- Marketer
- Supplier
- Organization
- Department
Avoid duplicate versions of the same business entity inside different modules.
Event-Driven Internal Integration
Modules can communicate via internal domain events.
Examples:
ContractFinalized
↓
CreateOrder
FreezeProductConfiguration
CreateProductionHandoff
NotifyFinance
Audit
Critical business events should create append-only audit records.
Examples:
- price override,
- contract approval,
- commission adjustment,
- BOM change,
- quality result,
- service closure.
Testing Strategy
Each module should have:
- unit tests,
- feature tests,
- authorization tests,
- state-transition tests.
Cross-module workflows should have integration tests.
Security
Recommended baseline:
- RBAC,
- scope-based access,
- record-level policies,
- MFA for privileged users,
- audit logs,
- secure file access,
- encrypted transport,
- database backups.
12. Suggested Publishing Order
Recommended order for the website:
Post 1
General Workspace & Corporate Communication
Establishes the shared platform.
Post 2
CRM & Sales Pipeline
Easy for recruiters to understand and visually strong.
Post 3
Representative Network & Commercial Rules
Shows deeper business-rule modeling.
Post 4
Product Master, BOM & Pricing
Introduces the technical/industrial side.
Post 5
Quotation, Contract & Order Lifecycle
Connects CRM to engineering and finance.
Post 6
Procurement, Inventory & Material Requirement Forecasting
Shows planning and warehouse intelligence.
Post 7
Engineering, Production & Quality
Shows industrial workflow and technical depth.
Post 8
After-Sales & Follow-Up Automation
Completes the customer/product lifecycle.
Relationship Footer for All Posts
Recommended reusable footer:
Part of the Comprehensive Industrial Management Platform
This module originated within a reusable industrial-management platform developed for Borna Abzar Toos. The platform evolved from a large integrated business system into a domain-oriented modular architecture in which individual capabilities could be deployed independently according to customer requirements.
Historical Evidence Strategy
Historical screenshots should be used intentionally.
Do not try to hide the age of the UI.
Instead label them:
Historical production/development interface from an earlier platform generation.
The screenshots prove:
- the system existed,
- the modules were implemented,
- the architecture evolved over time.
The modern cover and V2 diagrams can communicate how the same business concepts would be implemented today.
What Not to Overclaim
For portfolio accuracy:
- Do not call the platform a full ERP unless all expected ERP domains are documented.
- Do not call the purchasing logic full MRP unless the historical implementation is fully verified.
- Do not describe payroll-slip viewing as a payroll engine.
- Do not claim cryptographic digital signatures unless cryptographic implementation is documented.
- Do not claim automated winner/selection logic for unrelated auction systems unless verified.
- Do not imply every V2 capability existed historically.
Clearly distinguish:
Historical Implementation
vs.
Modern V2 Architecture
Master Career Narrative
The strongest way to present this family of projects is:
I did not build eight unrelated applications. I developed a reusable industrial-management platform and gradually decomposed its growing business scope into clearer modules as the system expanded.
The platform demonstrates an architectural progression:
Single Application
↓
Reusable Backend
↓
Integrated Business Platform
↓
Feature Growth
↓
Domain Separation
↓
Modular Product Architecture
That evolution is as important as any individual feature.
Final Portfolio Statement
The Comprehensive Industrial Management Platform started as a practical solution for one industrial organization.
As the number of workflows grew, it became a reusable application foundation covering the full lifecycle from:
CUSTOMER
↓
CRM
↓
COMMERCIAL RULES
↓
PRODUCT CONFIGURATION
↓
QUOTATION
↓
CONTRACT
↓
PROCUREMENT
↓
PRODUCTION
↓
QUALITY
↓
DELIVERY
↓
AFTER-SALES
The platform's most important architectural characteristic was reuse.
Shared enterprise capabilities were built once and then composed into different customer solutions.
The later separation of large modules into independent business domains was a deliberate architectural response to real system growth.
This project family represents the transition from building individual applications to building a reusable enterprise product platform.