Master of Technology in Agriculture Engineering Syllabus
The M.Tech in Agriculture syllabus focuses on advanced agricultural practices, biotechnology, and sustainable farming. It covers key areas like crop production, irrigation, soil management, and agricultural machinery, preparing students for careers in agricultural research,development, and industry. The program combines theoretical learning with practical applications and research.
Year 1: Semester 1
Subjects
Description
Advanced Soil and Water Conservation
Study of soil conservation methods and water management practices.
Hydrology and Watershed Management
Focus on water resources and watershed development strategies.
Advanced Agricultural Engineering
Application of advanced engineering principles in agriculture.
Research Methodology and Statistics
Techniques for research and statistical analysis in agriculture.
Lab Work and Practical Training
Hands-on training in lab experiments and field practices.
Year 1: Semester 2
Subjects
Description
Farm Machinery Design and Development
Study of machinery used in farming and their innovations.
Irrigation Systems and Techniques
Advanced methods of irrigation and water distribution.
Crop Process Engineering
Focus on processing, storage, and value addition of crops.
Remote Sensing and GIS in Agriculture
Use of satellite imagery and GIS tools for agricultural applications.
Seminar/Project Work
Presentations and preparation for a minor research project.
Year 2: Semester 3
Subjects
Description
Advanced Food Processing Technology
Study of food preservation and processing techniques.
Sustainable Agriculture Engineering
Focus on sustainable agricultural practices and technologies.
Renewable Energy in Agriculture
Study of renewable energy sources like solar and biomass in farming.
Elective Subject
Choose a specialization (e.g., Plant Biotechnology, Soil Mechanics).
Major Project: Phase 1
Begin research on a chosen topic under faculty supervision.
Year 2: Semester 4
Subjects
Description
Post-Harvest Technology
Techniques for reducing post-harvest losses and quality improvement.
Climate Change and Agriculture
Impact of climate change on agriculture and mitigation strategies.
Thesis/Dissertation
Complete and submit a detailed research thesis.
Viva Voce
Oral defense of the thesis in front of an academic panel.
Internship/Fieldwork
Gain practical exposure in the agricultural engineering industry.
Key Features of the Syllabus:
Includes theory, practicals, and research-based projects.
Covers modern agricultural technologies, sustainable practices, and advanced engineering applications.
Provides a strong foundation in research methodologies and technical innovations for agriculture.
