THE ACADEMIC PROGRAMME OF THE INSTITUTION MAINLY CONSISTS OF SECTIONS ‘A & B’ EXAMINATIONS, POPULARLY KNOWN AS THE AMIIE EXAMINATION.
AMIIE in Agricultural engineering
Information For:
- Home
- Examination
- R&D
- Application Status
- Apply Membership Online
- RTI Information & Reply
- Awards
- Become Student's Chapter
- Online Verification
- Placement Service
- Alumni Association
- Approval & Recognition
- AMIIE(B.Tech./B.E.)
- DIPIIE-DMIIE-TMIIE(Diploma)
- List of Student's Chapter
- Our Vision
- Circular/Notice/Tender
- Hall Ticket
- Examination Result
- Vacancy & Career
- Global Linkage
- Downloads
Key Highlights of the AMIIE
- Project based learning through industry collaborations.
- Focus on skill building & practical implementations.
- Interactive sessions with industry experts through Student's Chapter.
About
Agricultural engineering combines engineering principles with agricultural sciences to develop solutions for farming and food production. Agricultural engineers work on designing equipment, improving irrigation systems, and managing resources efficiently to ensure sustainable farming practices. They focus on areas like soil and water conservation, crop production, and the development of technologies to increase agricultural productivity. Aspiring agricultural engineers typically pursue a bachelor’s degree in agricultural engineering or a related field. Advanced positions may require further study or certifications, and some roles may also demand a Professional Engineering (PE) license for more specialized work.
Career
To become an agricultural engineer, individuals must typically complete a bachelor’s degree in agricultural engineering or a closely related field, accredited by the Accreditation Board for Engineering and Technology (ABET). These programs usually take about 4-5 years to complete. Students begin their education by taking core courses in subjects like mathematics, biology, and chemistry. They also gain practical experience through lab work, where they apply engineering principles to real-world agricultural challenges such as irrigation, soil management, and crop production.
After finishing the core courses, students can focus on more advanced topics, including farm machinery design, water resource management, and environmental sustainability. These courses may also cover the development of technologies to improve crop yields and reduce the environmental impact of farming. In addition, students often study the mechanics of equipment used in agriculture, including irrigation systems, tractors, and harvesters.
These projects may involve creating prototypes or models to test the effectiveness of their designs. Students also typically present their findings to faculty or industry professionals, showcasing their ability to apply engineering knowledge to agricultural practices.
Job Prospects
- Government Agencies – Work on sustainability and resource management.
- Equipment Manufacturers – Design farming machinery and tools.
- Food Production – Improve agricultural processes and efficiency.
- International Organizations – Contribute to global agriculture and sustainability projects.
Remuneration
According to the U.S. Bureau of Labor Statistics (BLS), agricultural engineers have a wide range of earning potential depending on their industry and experience. As of May 2015, the median annual salary for agricultural engineers was $77,110. Those working in management, scientific research, or technical consulting typically earn higher salaries. Experience, education, and geographic location can also influence earnings in this field.
Section-A
- MATHEMATICS III
- INTRODUCTION OF COMPUTER PROGRAMMING
- ELEMENTS OF MECHANICAL AND CIVIL ENGINEERING
- ENGINEERING DRAWING
- SOIL AND FLUID MECHANICS
- STRENGTH OF MATERIALS & DESIGN OF STRUCTURES
- FARM POWER AND RENEWABLE ENERGY SOURCES
- SOIL AND WATER CONSERVATION AND STRUCTURES
- CROP PROCESS & DRYING & STORAGE ENGINEERING
Section-B
- THEORY OF MACHINES
- CROP PRODUCTION TECHNOLOGY
- FARM MACHINERY AND EQUIPMENT
- GROUND WATER, WELL AND PUMPS
- DATA BASE MANAGEMENT AND INTERNET
- IRRIGATION AND DRAINAGE ENGINEERING
- TRACTOR SYSTEMS AND CONTROLS
- DAIRY AND FOOD ENGINEERING
- AGRICULTURAL STRUCTURES & ENVIRONMENT CONT.
- FOOD PACKAGING TECHNOLOGY
- FOOD PROCESSING PLANT DESIGN AND LAYOUT
- SYSTEM ENGINEERING
- ENVIRONMENTAL ENGINEERING
- DESIGN AND MAINTENANCE OF GREENHOUSE
- MICRO IRRIGATION SYSTEM DESIGN
- REMOTE SENSING AND GIS APPLICATION
- HYDRAULIC DRIVE AND CONTROLS
- MECHANICS OF TILLAGE AND TRACTION
- PROJECT WORK
What Is AMIIE?
Full form of AMIIE is “Associate Member of the Indian Institution of Engineers”. AMIIE is a professional certification given by Indian Institution of Engineers (IIE).