Merging Tradition with Technology

The newly formed association aims to lead initiatives in smart and sustainable agriculture, focusing on merging traditional farming practices with modern engineering applications. Faculty members emphasized the department’s role in equipping students with the skills to address real-world agricultural challenges.

Planned activities for the year include:

• Technical events showcasing agri-tech advancements

• Field projects for hands-on experience

• Guest lectures from industry and research experts

• Research studies aligned with India’s agricultural transformation

Strengthening Rohini’s Leadership in Agricultural Education

Through leadership roles, practical exposure, and academic excellence, the Agricultural Engineering department continues to reaffirm why Rohini College of Engineering is among the most sought-after Agricultural Engineering Colleges in Kanyakumari.

The department’s commitment to developing skilled agricultural engineers reflects the institution’s broader vision — to mould professionals who can balance technological innovation with environmental responsibility.

The main aim of this department at Rohini College of Engineering and Technology are:

• To promote and give comprehensive knowledge in agricultural engineering through efficient teaching and learning techniques.

• To encourage the development of cutting-edge innovations in the field of agricultural engineering for the benefit of society.

• To provide instruction in life and business skills to improve employability.

Certification Courses offered by Agricultural Engineering Department

• Basics of Python:

Data structures, conditionals, loops, variables, and functions are some of the fundamental programming concepts that are introduced to the students. This course gets students working rapidly and provides an overview of the various tools available for writing and executing Python.

• Principles of Organic Farming:

Nutrient management involves using crop nutrients as efficiently as possible to improve productivity while protecting the environment. Balancing soil nutrient inputs with crop needs is the fundamental idea behind nutrient management. A NMP's objectives are: to sufficiently provide nutrients for plant growth. to effectively use manure or organic by-products as a source of plant nutrients. to reduce the impact of agriculture on groundwater and surface water resources.

• Crop Nutrient Management:

Unquestionably, using agrochemicals extensively in agriculture has increased the production of agricultural products, but these chemicals also have negative effects that are readily apparent in the soil structure, soil microflora, water quality, food, feed, and food products. The use of biofertilizers instead of chemical fertilisers has environmental and economic advantages for farmers through improved soil fertility and health. Organic farming is undoubtedly a solution for producing a safe, good, and clean environment.