Precision Farming Validation Platform
Sri Eshwar College of Engineering
UN SDG 15 - Life On Land
Coimbatore
Pain Points
Lack of a practical setup for students to explore modern irrigation technologies.
No Proof of Crop Performance Before Scale-Up
New seeds, irrigation methods, or agri-tech devices are introduced without proper validation. Farmers end up investing in untested solutions that may fail in the field.
Data Collection is Manual and Inconsistent
Soil, water, and yield data is still logged on paper or in isolated systems. This makes it nearly impossible to compare results, analyze long-term patterns, or build trustable benchmarks.
Slow Adoption of Climate-Smart Practices
Although climate-resilient farming practices exist, farmers hesitate to adopt them without proof of yield and cost-benefit in conditions similar to their own farms.
Our Offerings
Delivered an IoT-based soil analytics and autonomous irrigation platform.
Comprehensive Soil Monitoring
Installed moisture, pH, and EC sensors to provide real-time data for research and projects.
Rule-Based Irrigation System
Integrated automated irrigation triggered by soil thresholds for experimental studies.
Remote Control Capability
Allowed students to operate and monitor irrigation via a web-based interface.
Programmable Scheduling
Enabled timed irrigation cycles and configurable scenarios for laboratory exercises.
Outcomes
Enhanced Research Capabilities
Provided a practical environment for academic studies on soil behavior and irrigation efficiency.
Student Skill Development
Improved understanding of IoT systems, automation logic, and data-driven decision-making.
Industry-Ready Learning
Equipped students with practical knowledge, preparing them for careers in agritech.
Curriculum Modernization
Integrated testbed-based assignments, making the program more application-oriented.
Precision agriculture is powered by real-time soil analytics and irrigation control.
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