B.Tech. Agricultural Engineering
B.Tech. Agricultural Engineering
Affiliation:
Anna University, Chennai
Duration:
4 Years
About the Department
The Department of Agricultural Engineering at Sri Ramakrishna College of Engineering is dedicated to advancing modern agricultural practices through engineering innovation, scientific research, and hands-on training. Established with a vision to strengthen the agricultural sector, the department focuses on creating technically skilled agricultural engineers capable of addressing real-world challenges related to crop production, irrigation, mechanization, post-harvest technologies, and sustainable resource management.
With a blend of classroom learning, practical field exposure, laboratory-based experiments, and farm-based training, the department plays a vital role in modernizing agriculture and empowering students with the knowledge needed to shape the future of India’s agro-industry. The department is supported by expert faculty, advanced laboratories, a dedicated training farm, and an industry-aligned curriculum.
Vision
- To create agricultural engineers with a wealth of knowledge who can satisfy the demand for their abilities nationally and serve society to attain food and nutritional security.
Mission
- To facilitate lifelong learning by providing agriculturally focused academic programs.
- To promote agrarian reforms through research based agricultural policy
- To disseminate knowledge to the community through extension and out reach
Programme Highlights
- Curriculum aligned with emerging agricultural technologies and industry requirements.
- Extensive field training through a dedicated 3-acre instructional farm.
- Practical exposure to modern farm machinery, irrigation systems, and soil testing techniques.
- Hands-on learning through well-equipped agricultural engineering laboratories.
- Training in post-harvest and food processing technologies.
- Industrial visits to agro-industries, farms, and research centres.
- Faculty with strong expertise in agricultural sciences, engineering, and research.
- Opportunities for student research, model development, and participation in seminars.
- Personality development, soft skills, and pre-placement training.
- Strong career support in both core agriculture and multidisciplinary industries.
About the Curriculum
The curriculum integrates theory, experimentation, and real-world agricultural applications. Students learn to design, manage, and optimize systems used in agriculture.
Skill-Based Components
- Field training in crop cultivation (Seed-to-Harvest model)
- Farm mechanization workshops
- Hands-on irrigation system installation
- Industrial training at agro-based industries
- Mini projects & final year capstone research
- Online certifications in AgriTech, GIS, Food Technology, Sustainability
Electives & Advanced Courses
- Food Processing & Preservation
- Precision Farming
- Agricultural Waste Management
- Greenhouse Technology
- Advanced Irrigation Systems
- Climate Smart Agriculture
Core Subjects
- Soil Science & Technology
- Fluid Mechanics
- Farm Machinery & Power
- Irrigation & Drainage Engineering
- Soil & Water Conservation Engineering
- Agricultural Process Engineering
- Strength of Materials
- Crop Production Technology
- Post-Harvest Technology
- Hydrology & Water Resources Engineering
- Renewable Energy in Agriculture
- Remote Sensing & GIS Applications
The curriculum ensures students understand agriculture from both engineering and scientific perspectives.
Labs & Facilities
The department offers specialized laboratories and a working instructional farm:
- Fluid Mechanics Laboratory
- Soil Science Laboratory
- Farm Machinery Laboratory
- Tractors & Farm Engines Lab
- Post-Harvest Technology Laboratory
- Strength of Materials Laboratory
- Irrigation Field Laboratory
- Remote Sensing & GIS Laboratory
- Renewable Energy Laboratory
- CAD Laboratory (Agriculture Machinery Design)
- 3-Acre Agricultural Farm for Field Practicals
Students gain hands-on experience in ploughing, sowing, irrigation, harvesting, soil analysis, and machinery operation.
Faculty List
Career Pathways
Agricultural Engineering graduates can pursue careers in:
- Irrigation & Water Resource Engineering
- Farm Machinery & Equipment Manufacturing
- Food Processing & Post-Harvest Technology
- Soil & Water Conservation Departments
- Agricultural Research Institutions
- Agri-based Industries & Fertilizer Companies
- Government Departments (Agriculture, Forestry, Rural Development)
- Farm Management & Agri-Consultancy
- Agro-Tech Startups
- GIS & Remote Sensing Units
- Irrigation System Design & Installation Firms
Opportunities exist in government, private sector, NGOs, and international development agencies.
Higher Studies Opportunities
Graduates can pursue:
M.E./M.Tech in:
- Agricultural Engineering
- Soil & Water Conservation Engineering
- Farm Machinery Engineering
- Food Process Engineering
- Irrigation & Drainage Engineering
- Water Resource Engineering
- M.Tech in Renewable Energy / Environmental Engineering
- MBA in Agribusiness / Rural Management
- M.S. Abroad (AgriTech, Food Tech, GIS, Sustainability)
- Competitive exams like GATE, ICAR-JRF, UPSC, TNPSC, SSC
- Opportunities for funded research and Ph.D. programmes