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Kian Service Group – Service Website

**Kian Service** is a comprehensive service and repair platform developed with **Python and Django**. The system provides structured management of services, technicians, customers, service requests, pricing, content, an…

Overview

About the Project

**Kian Service** is a comprehensive service and repair platform developed with **Python and Django**. The system provides structured management of services, technicians, customers, service requests, pricing, content, and administrative workflows. It includes dedicated panels for customers and technicians, service-order management, an integrated content and SEO system, and a scalable architecture for handling service-based business processes. I was responsible for the **backend development, business logic, database design, and administrative panels** of the project.

Case Study

Project Case Study

Challenges, solutions, outcomes, technical highlights, architecture, and project scale.

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Challenges

One of the main challenges was implementing complex business logic connecting services, technicians, customers, and service orders.
Designing a multi-level service structure and managing the relationships between different service entities required careful data modeling.
The pricing system also needed flexible business logic to calculate costs based on different coefficients and conditions.
Managing roles, permissions, and technician approval workflows was another important challenge.
The customer, technician, and administrative panels also needed to work together consistently across the platform.
Building the content management, articles, FAQs, and SEO features added another layer of complexity to the system.
The overall architecture was designed to remain maintainable and extensible as new service processes and features are introduced.

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Solutions

The complex service structure was handled through relational data modeling and well-defined relationships between Django entities.
Business logic for orders, technicians, and customers was implemented in a modular way across dedicated application components.
The pricing system was designed around configurable coefficients and related tables to provide flexible cost calculations.
Access control and authorization rules were implemented to manage user permissions across different areas of the system.
Dedicated interfaces were provided for customers, technicians, and administrators while sharing common backend business logic.
The content management and SEO functionality was implemented as a separate component to simplify content and page management.
The overall project structure was kept modular to improve maintainability and make future feature development easier.

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Outcomes

Built a comprehensive platform for managing service operations, from customer requests to order processing and service delivery.
Implemented an integrated structure for managing services, technicians, customers, and their related business processes.
Developed a flexible pricing system capable of calculating service costs based on different coefficients and conditions.
Created dedicated panels for customers, technicians, and administrators with role-specific workflows and access levels.
Implemented an integrated content management and SEO system for structured management of website pages and content.
Established an extensible foundation that allows new services, processes, and features to be added without major changes to the core structure.
The project demonstrates practical experience in designing and developing a real-world service platform with complex, multi-layered business logic.

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Technical Highlights

Backend development using Python and Django with custom business logic tailored to the project's service workflows.
Database modeling and relationship design for services, technicians, customers, orders, and pricing structures.
Implementation of a multi-level service architecture connecting main services, sub-services, and detailed service information.
Development of a coefficient-based pricing system with configurable parameters for flexible service cost calculation.
Implementation of access control and role-specific workflows for customers, technicians, and administrators.
Development of administrative interfaces and AJAX-based operations to perform various actions without full page reloads.
Integration of content management, articles, FAQs, and SEO-related functionality alongside the core service platform.

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Architecture

The project follows a modular Django architecture, with different system capabilities organized into dedicated applications.
Separate modules are used for user accounts, services and technicians, technician panels, orders, site profiles, and content management.
The model layer manages core entities and database relationships, while request processing and business workflows are handled through Django views and related components.
HTML templates and static assets are kept separate from backend logic to improve maintainability and frontend development.
Communication between different modules is handled through Django models, queries, and shared business logic.
URL patterns are also organized around the different functional areas of the platform.
This structure provides a foundation for gradual development and allows new modules and features to be added without major changes to the core system.

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Project Scale

This project is a relatively large service platform consisting of multiple independent modules and a wide range of business workflows.
The system is structured around several Django applications covering users, services, technicians, orders, content, and administrative processes.
It contains more than 100 HTML templates and hundreds of Python and migration files, representing a substantial amount of implemented functionality and code.
The project includes numerous models for managing services, technicians, orders, pricing, content, communication, and administrative workflows.
It provides dedicated panels for customers, technicians, and administrators, along with multiple approval and data management processes.
The combination of multi-level services, configurable pricing, SEO content management, and service-order workflows makes the project a realistic business-oriented platform.
Its current structure also provides room for adding new services, workflows, and modules as the platform evolves.

Stack

Technologies

Bootstrap Django Django REST Framework HTML/CSS JavaScript MySQL PostgreSQL Python SQLite
Categories

Categories

Startup Platform Online Service Platform Admin Panel / Dashboard CRM System Reservation System Appointment System Corporate Website
Industry

Industry

Technical Services & Repairs — Online Service Platform — Technician & Customer Management — Service
Scope

Scope

Technical Services, Repairs, Professional Services & Order Management
Statistics

Project Statistics

20
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⭐ Rating
Metrics

Custom Metrics

Key performance indicators of the project

8+ Django Apps
100+ HTML Templates
120+ Python Functions
30+ Database Models
7+ Core Modules
3 Management Panels
10+ Core Systems
Team

Project Team

People who collaborated on this project

حسن کاظمی
Hasan Kazemi
Full Stack Developer
Links

Useful Links

Visuals

Project Images

Parts of the project environment and UI

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