BBST (Hons) in Agronomy & Irrigation Technology (Hons)

Course Overview

Course Structure and Curriculum The program is structured to provide a comprehensive understanding of agronomy and irrigation principles, with a strong emphasis on hands-on learning and practical application. Core modules include: Plant Science Fundamentals: This core area lays the foundation for understanding crop growth and development, covering plant physiology, morphology, and ecology. Students gain in-depth knowledge of factors influencing plant growth such as light, water, nutrients, and temperature. Soil Science and Management: This module explores the physical, chemical, and biological properties of soil, along with sustainable practices for soil fertility management and conservation. Students learn about soil health, tillage techniques, and strategies to combat soil degradation. Crop Production and Management: This core area delves into the principles and practices of agronomic management for various crops. Students explore planting techniques, crop scouting for pests and diseases, weed control, and harvesting methods specific to different agricultural systems. Irrigation Systems and Management: This module focuses on the design, operation, and maintenance of modern irrigation systems. Students learn about water sources, sprinkler and drip irrigation methods, and efficient water management strategies. Precision agriculture technologies like soil moisture sensors and irrigation scheduling will also be covered. Agroecology and Sustainable Agriculture: This core module explores the principles of sustainable agriculture, promoting practices that maintain ecological balance alongside crop production. Students learn about integrated pest management, crop rotations, cover cropping, and minimizing environmental impacts of agricultural practices. Elective Modules and Specialization. The program offers a diverse range of elective modules allowing students to tailor their studies to specific interests and career aspirations. These electives may encompass areas such as: Precision Agriculture Applications, Turfgrass Management, Greenhouse Technology and Controlled Environment Agriculture, Water Resources Management, Geographic Information Systems (GIS) in Agriculture.

• Laboratory and Field Experiences: A cornerstone of the Agronomy and Irrigation Technology program is its commitment to experiential learning. Students participate in dedicated lab courses and field experiences to gain practical skills in: Soil analysis techniques such as texture and pH determination. Plant identification and characterization. Conducting field trials and collecting agronomic data. Operating and maintaining different irrigation systems. Setting up and managing greenhouse systems
• Capstone Experience and Career Opportunities: The program culminates in a year-long capstone project where students choose a research topic related to agronomy or irrigation technology in consultation with faculty advisors. This allows students to showcase their knowledge and apply their skills to conduct independent research, analyze data, present their findings in a thesis. Additionally, students may opt for a capstone focused on designing and implementing a sustainable irrigation system.
• Graduates of the Agronomy and Irrigation Technology program are equipped for a variety of rewarding careers in the agricultural sector. These may include: Agronomists: Providing field-level expertise to farmers on crop selection, production techniques, and soil fertility management. Irrigation Specialists: Designing, installing, and maintaining irrigation systems for farms, golf courses, and other land applications. Crop Production Managers: Overseeing all aspects of crop.