Centurion University of Technology & Management

Smart Agriculture

Smart Farming for a Sustainable Future

7Core Courses
29Credits
90Students
5+Lab Facilities
Domain Course Objectives

What This Domain Aims to Achieve

Building tomorrow's agri-professionals through cutting-edge education and hands-on experience.

01

Optimize resource use efficiency by strengthening precision crop management.

02

Promote sustainable crop production under changing climatic conditions using cutting-edge technologies in agriculture.

03

Boost high-value crop production and quality under controlled environmental conditions.

Domain Course Outcomes

What Students Will Be Able to Do

Graduates emerge as highly competent agri-tech professionals equipped with modern skills.

01

Utilize precision tools such as IoT, sensors, and data analytics to optimize resource use and enhance crop management efficiency.

02

Develop sustainable farming models using smart technologies to address the adverse effects of climate change on agriculture.

03

Develop skills to manage and enhance the production and quality of high-value crops in controlled environmental conditions.

04

Gain hands-on experience in designing, setting up, and managing hydroponic systems for optimized crop growth.

05

Integrate advanced technologies like drones, AI, and automation to promote innovation and efficiency in modern agriculture.

Key Technologies & Focus Areas

Core Technology Pillars

Five integrated domains of smart agriculture technology defining this curriculum.

🛸

Precision Agriculture

  • UAV/drone-based crop monitoring
  • Multispectral & hyperspectral imaging
  • GPS and sensor-based farming
  • Smart irrigation systems
  • Mobile app-based crop management
🌐

IoT & Automation

  • IoT-enabled automated polyhouses
  • Sensor-based irrigation scheduling
  • Climate & microclimate management
  • Automated fertigation systems
🏡

Protected Cultivation

  • Polyhouse & greenhouse farming
  • Cut flower cultivation
  • Exotic vegetable production
  • Controlled environment agriculture
💧

Soilless Farming

  • Hydroponics
  • Aeroponics
  • Vertical farming
💻

Digital Agriculture

  • QGIS & ArcGIS
  • ENVI & PIX4D
  • RStudio & SPSS
  • Python & DSSAT
Infrastructure

Laboratories & Facilities

State-of-the-art infrastructure enabling real-world learning experiences.

🌿 Smart Agriculture Facilities

  • Automated polyhouses
  • Hydroponics units
  • Drone training facilities
  • Smart farm machinery laboratories
  • GIS and remote sensing laboratories
  • Sensor-enabled irrigation systems

🚜 Farm Machinery Laboratory

  • Tractors and power tillers
  • Smart weeders and planters
  • Drone systems
  • CATIA simulation tools
  • SOLIDWORKS simulation tools
Applications of Software & Tools

Digital Toolkit for Smart Agriculture

Industry-standard software across spatial analysis, crop modelling, statistical computing, and drone processing.

DSSAT
Crop Growth Simulator
Simulation of crop growth, yield prediction, and management scenarios for decision-making.
NE
Nutrient Expert
Site-specific fertilizer recommendation and nutrient management.
RCM
Rice Crop Manager
Field-specific rice crop advisory and management.
QGIS
GIS & Spatial Analysis
Spatial analysis, mapping, and geospatial data visualization.
ArcGIS
Advanced GIS Platform
Professional geospatial analysis and cartographic mapping.
ENVI
Remote Sensing
Processing and interpretation of remote sensing imagery.
RStudio
Statistical Analysis
Statistical analysis, predictive modelling, and data visualization.
Python
Programming & AI
Automation, machine learning, data analytics, and scientific computing.
PIX4D
Drone Image Processing
Drone image processing for 2D mapping and 3D modelling.
CROPWAT
Irrigation Planning
Crop water requirement estimation and irrigation scheduling.
Hands-on Training

Practical Exposure & Field Training

Extensive practical training bridging classroom theory with real-world agri-tech applications.

✈

Drone piloting and flight planning for agricultural applications.

📡

Aerial image acquisition and processing using PIX4D for crop monitoring and field mapping.

📟

Handling GPS devices, soil sensors, crop sensors, weather instruments, and nutrient diagnostic tools.

🔧

Calibration, testing, and field demonstrations of modern agricultural machinery and farm equipment.

🗺

GIS and remote sensing applications using QGIS, ArcGIS, and ENVI.

📊

Data analysis, modelling, and statistical analysis using DSSAT, RStudio, SPSS, and Python.

🔬

Product development and technology validation for precision agriculture solutions.

🌱

Decision-support and analytical skill development for sustainable farming practices.

Industry & Field Exposure

Real-World Industry Connect

Connecting students with the agri-tech ecosystem through structured exposure programs.

🏭

Agro-industrial attachment programs for real-world operational exposure.

🎓

Workshops on smart agriculture technologies and emerging innovations.

☀

Summer internships with leading agri-tech enterprises.

🤖

AI and Python training workshops for digital agri-tech competency.

🌍

Training programs extended to students from other universities.

🛸

Real-time field monitoring and drone-based crop assessment activities.

Domain Highlights

Why This Domain Stands Out

A unique interdisciplinary curriculum that is future-ready and industry-aligned.

Integrates precision farming, controlled environment agriculture, and digital decision-support technologies within a single interdisciplinary curriculum.
Provides practical exposure to drones, IoT sensors, hydroponics, GIS, remote sensing, AI, and crop simulation models.
Aligns training with agri-tech companies, precision farming enterprises, and protected cultivation industries.
Encourages practical projects, technology validation, and prototype development among students.
Develops innovation, entrepreneurship, and problem-solving skills for the agri-tech workforce.
Addresses agricultural challenges: climate variability, input optimization, and sustainable intensification.
Prepares graduates for emerging opportunities in the rapidly evolving agri-tech sector.
Course Structure

Curriculum at a Glance

Seven thoughtfully designed courses totalling 29 credits spanning theory, practicals, and a project.

Course CodeCourse TitleCreditsL+P+Project
CUAG2297Raising Crops under Automated Polyhouse31+2+0
CUAG2298Soil-less Farming and Hydroponics Technology31+2+0
CUAG2299Smart Irrigation and Nutrient Management31+2+0
CUAG2300Management of High Value Cut Flowers and Vegetables under Controlled Environments30+3+0
CUAG2294Management of Crops in Hydroponics30+3+0
CUAG2295Use of Smart Tools for Precision Crop Management30+3+0
CUAG2296AELP Project110+0+11
Career, Startup & Industry Opportunities

Where Will You Go From Here?

An expansive horizon of opportunities in the rapidly growing agri-tech ecosystem.

🎯 Career Opportunities
  • Precision Agriculture Specialist
  • GIS and Remote Sensing Analyst
  • Drone / UAV Application Expert
  • Hydroponics & Protected Cultivation Manager
  • Irrigation and Fertigation Consultant
  • Agricultural Data Analyst
  • Research Associate
  • Technical Officer in Agri-tech Companies
🚀 Startup Opportunities
  • Hydroponic & vertical farming units
  • Drone-based crop monitoring services
  • IoT-based smart irrigation systems
  • Digital crop advisory platforms
  • Soil & plant health diagnostics
  • Protected cultivation consultancy
🏢 Industry Opportunities
  • Agri-tech startups
  • Precision farming companies
  • Drone service providers
  • Greenhouse & hydroponic tech companies
  • GIS and remote sensing firms
  • Agricultural input companies
  • Automation & sensor technology companies
  • R&D organizations
Video Resources

See Smart Agriculture in Action

Click any video to watch on YouTube — demonstrations, field visits, and student activities.

Smart Agriculture Video 1
YouTubeSmart Agriculture – Demo Video 1
Smart Agriculture Video 2
YouTubeSmart Agriculture – Demo Video 2
Smart Agriculture Video 3
YouTubeSmart Agriculture – Demo Video 3
Domain Coordinator

Meet the Domain Lead

Dr. Lalichetti Sagar
Dr. Lalichetti Sagar
Assistant Professor, Department of Agronomy and Agroforestry
Centurion University of Technology and Management
Paralakhemundi, Odisha
📞 7006505360