THE ENGINEER BEHIND THE FARM
Turning Codes into Crops
Navid is an agritech innovation architect and industrial automation specialist who has been working in the field of designing and implementing various industrial automation systems for many years. He has also worked on many projects as a technical director, lecturer, research technical expert, and electrical and electronics project manager at the Karaj Sugar Production Company International Comprehensive University of Applied Sciences and as well as the Azin Khodro Production Company Comprehensive University of Applied Sciences. Among his projects is the integration of artificial intelligence and industrial automation in the field of vertical farming. Navid is the founder of Neshat Private Academy, technical director of Shams Sanat Company, and a lecturer of open courses in universities and schools in Iran. For several years, he has been working as the automation manager of Rad Rouyesh Ayandeh Company, where he succeeded in designing and implementing the first mobile vertical farming system in Iran and the first mobile system capable of being deployed on ships.
- B.Sc. in Automation Engineering
- PLC & SCADA Specialist
- IoT & Smart Farming Architect
Why Automate?
Precision Control
Eliminate human error in pH and temperature control.
Labor Reduction
Reduce labor costs by 60% with automated systems.
Data-Driven Decision
Make decisions based on data, not guesswork.
Energy Efficiency
Optimize water and energy consumption using smart sensors.
Smart Climate Ecosystem
Our system dynamically adjusts light intensity to hit precise DLI targets. It customizes the spectrum by applying blue-rich light during the vegetative phase for structural growth, and shifting to red-dominant recipes to trigger and boost flowering.
Automated Nutrient Delivery
The system continuously monitors pH and Electrical Conductivity (EC) levels in real-time. Precision pumps automatically inject micro-doses of nutrient stock solutions and pH adjusters to maintain exact setpoints, ensuring a perfectly balanced root environment.”
Spectral Control
Our system dynamically adjusts light intensity to hit precise DLI targets. It customizes the spectrum by applying blue-rich light during the vegetative phase for structural growth, and shifting to red-dominant recipes to trigger and boost flowering.