Projects

Project Objective
Development of a data logger device for collecting vehicle performance data and location information for testing and diagnostic processes.
Challenges & Solutions
- ●Real-time accurate vehicle data and position logging
- ●Design of data storage system and central server transmission
- ●EMI/EMC standards compliance
- ●Security and information dashboard design and management
Outcome
The system was successfully implemented and utilized in vehicle testing projects, particularly at Pishran Khodro Kar Speedar company for Yuz vehicles.

Project Objective
A smart irrigation system designed for home greenhouses and indoor plants, providing an innovative solution for managing water and light resources. The system connects to the home Wi-Fi network, allowing users to control irrigation and lighting via a dedicated app. In the absence of an internet connection, the system automatically continues its operation using a timer.
Challenges & Solutions
- ●Ensuring seamless Wi-Fi connectivity and remote control functionality
- ●Designing an intuitive app for irrigation and lighting control
- ●Implementing an automatic timer for irrigation and lighting
- ●Ensuring low cost and ease of use
- ●Providing online management from any location
Outcome
The system has been successfully implemented in home greenhouses and for indoor plants, particularly for individuals with limited time for plant care.

Project Objective
An intelligent plant growth management system that uses soil moisture and temperature sensors to automatically adjust watering and lighting needs, optimizing plant growth conditions. The system allows users to remotely manage their plants through a dedicated app. It also supports managing multiple units and defining access levels for users.
Challenges & Solutions
- ●Ensuring accurate soil moisture and temperature readings
- ●Designing an intuitive app for remote management
- ●Supporting multiple units and access levels
- ●Reducing water consumption while maintaining plant health
- ●Providing detailed reporting and analytics
Outcome
The system has been successfully implemented in greenhouses, reducing water consumption and improving plant growth, as well as in homes and apartments, preventing issues related to improper watering and lighting.
Project Objective
Design and implement an intelligent vehicle camera system with dual cameras for cabin and exterior monitoring, capable of analyzing driver states (fatigue, distraction) and recording road incidents in real-time.
Challenges & Solutions
- ●Real-time face recognition and state analysis
- ●Secure data transmission to central servers
- ●Integration with vehicle CAN BUS system
- ●Encrypted cloud data storage
Outcome
A reliable intelligent platform for driver monitoring and environmental event recording to enhance safety, reduce accidents, and provide cloud-based services to transportation companies.
Project Objective
Develop a portable, accurate testing device for 4-wire oxygen sensors to diagnose heater resistance, ground faults, and signal voltage without requiring ECU or vehicle connection.
Challenges & Solutions
- ●Precision measurement in millivolts range
- ●Compact portable design for field use
- ●Compatibility with all 4-wire sensors in market
- ●User-friendly OLED interface
Outcome
A practical testing solution that reduces diagnostic time, prevents unnecessary part replacement, and improves repair accuracy for automotive workshops and quality control units.
Project Objective
Create a modular architecture platform for connected vehicles offering real-time monitoring, operational security, data analysis, and remote management through mobile apps and web panels.
Challenges & Solutions
- ●Integration with multiple vehicle networks (CAN, LIN, K-Line)
- ●Emergency intervention system development
- ●MQTT protocol implementation for cloud communication
- ●AI server connectivity for advanced analytics
Outcome
A comprehensive solution for vehicle connection, management, and data analysis suitable for personal, organizational, and commercial use in connected vehicle services.
Project Objective
Develop an intelligent platform for environmental monitoring in agriculture, smart homes, museums, and industrial settings with LoRa network support and cloud-based analytics.
Challenges & Solutions
- ●Long-range low-power communication
- ●Multi-sensor central management
- ●Environmental condition-based automation
- ●User-friendly mobile application
Outcome
A reliable smart solution for environmental data collection and analysis that optimizes resource consumption and improves user experience across various applications.
Project Objective
Create a specialized portable device for testing multimedia system units independently from vehicles, covering audio/video functions and input/output ports.
Challenges & Solutions
- ●Comprehensive interface testing (USB, AUX, camera inputs)
- ●Compact industrial design for workshop use
- ●Reducing vehicle-dependency for testing
- ●Development for future module compatibility
Outcome
An accurate testing tool that improves quality control processes in production lines, after-sales services, and repair operations for automotive multimedia systems.
Project Objective
Design a smart testing device for vehicle AUX/USB cables that quickly identifies faults in customized automotive cables without requiring vehicle connection.
Challenges & Solutions
- ●Detection of specific automotive cable configurations
- ●Differentiating between short circuits, opens, and noise issues
- ●Generating detailed test reports
- ●Compact field-use design
Outcome
An innovative tool that increases testing accuracy, reduces returns, and improves quality control in cable manufacturing and service centers.
Project Objective
Develop an intelligent tester for complete vehicle wiring harness evaluation through ISO connectors, including speaker resistance, short circuits, and network analysis (CAN, LIN, K-Line).
Challenges & Solutions
- ●Comprehensive harness testing before multimedia installation
- ●Vehicle network protocol analysis
- ●Bluetooth/Wi-Fi connectivity for mobile app integration
- ●Remote debugging capabilities
Outcome
A smart testing solution that reduces equipment damage risks, speeds up installation QC, and enables remote support for automotive service providers.
Project Objective
Create a compact OBD device with mobile app for simple, secure vehicle key programming without specialized equipment or technical knowledge.
Challenges & Solutions
- ●Compatibility with diverse vehicle protocols (CAN, K-Line)
- ●Secure Bluetooth/Wi-Fi connection
- ●User-friendly step-by-step app guidance
- ●Remote firmware updates
Outcome
An affordable, fast solution for key programming that serves locksmiths, repair shops, and emergency services with minimal equipment requirements.
Project Objective
Develop a complete testing system for TMAP sensors that simulates real operating conditions to verify pressure, temperature, leaks, and response parameters.
Challenges & Solutions
- ●Creating standardized test environments
- ●Using reference sensors for validation
- ●Integrated hardware/software control
- ●Automatic test reporting
Outcome
A quality improvement solution that reduces returns, accelerates QC processes, and provides traceability for TMAP sensor production lines.
Project Objective
Build an accurate, user-friendly system for complete TPMS sensor evaluation before market deployment, with wireless display of critical information.
Challenges & Solutions
- ●Comprehensive sensor function verification
- ●Simple operator interface
- ●High-reliability fault detection
- ●Production line integration
Outcome
A testing solution that improves quality control accuracy for TPMS sensors, enhancing vehicle safety by preventing defective sensor installations.