ICAR JRF Agricultural Engineering & Technology (Code 10) — farm machinery, soil & water conservation, food engineering, irrigation, renewable energy, PYQ quizzes 2026–2026.
ICAR JRF Agricultural Engineering usually covers agricultural engineering mathematics, electrical and computer basics, thermodynamics and fluid mechanics, soil and water engineering, irrigation and drainage, processing and food engineering, farm machinery and power, and renewable energy engineering.
Agricultural Engineering and Technology is commonly listed as Code 10 in the ICAR AIEEA PG subject groups. Students often search this code first to confirm the correct syllabus stream.
Most students prioritize soil and water conservation, irrigation and drainage, processing and food engineering, farm machinery and power, and renewable energy, while also maintaining the mathematics and engineering-basics foundation.
Yes. Farm machinery and power is one of the most repeatedly tested areas because it covers mechanization, tractors, tillage, field capacity, power transmission, maintenance, and cost or efficiency concepts.
A practical approach is to revise irrigation methods, hydraulics basics, crop-water relationships, canal and pipeline concepts, drainage principles, wells and pumps, and water-management calculations through short formula sheets and problem sets.
Yes. Processing and food engineering is a core scoring area because students are often tested on unit operations, drying, handling, storage, heat and mass transfer, and equipment-related concepts.
Yes. Renewable energy is usually smaller than machinery or irrigation, but it often gives easier marks through topics like solar energy, biogas, biomass, wind energy, and energy-conversion basics.
Yes. Previous year questions help students identify recurring themes such as formulas, machine components, irrigation relationships, renewable-energy definitions, and numerical problem patterns.
Most students revise fastest with unit-wise formula sheets, machinery and irrigation concept tables, engineering short notes, and focused PYQ plus numerical practice instead of rereading the full syllabus.