About

College of Agricultural Engineering and Technology, Punjab Agricultural University is commonly known as CAET or COAE&T and is located in Ludhiana, Punjab. It is a constituent college of Punjab Agricultural University and focuses on agricultural engineering, technology, research and allied technical education. Punjab Agricultural University was established in 1962 and was formally inaugurated by Prime Minister Pt. Jawahar Lal Nehru in 1963. The university developed on the U.S. Land Grant System model and was established to integrate teaching, research and extension in agriculture and allied disciplines. Official PAU history identifies Dr. P.N. Thapar as the university's first Vice-Chancellor; the available official sources do not identify a separate founder or trust for the College of Agricultural Engineering and Technology.

The College of Agricultural Engineering and Technology is situated within the Punjab Agricultural University campus at Ludhiana, Punjab – 141004. The university's main Ludhiana campus covers about 1,221 acres, while additional research infrastructure is spread across regional research stations, fruit research stations, Krishi Vigyan Kendras and seed farms. The campus provides an academic and research-oriented environment with engineering laboratories, smart classrooms, computer facilities, workshops, testing centres and specialised learning facilities. Its location within PAU gives students access to a broad agricultural research and extension ecosystem.

The College is a constituent college of Punjab Agricultural University rather than an independently affiliated college. Its academic programmes operate within the university's academic and regulatory framework and include undergraduate, postgraduate and doctoral education in agricultural engineering and related disciplines. PAU's programmes are regulated with reference to relevant bodies and academic requirements, including ICAR, UGC and AICTE where applicable. PAU has also received recognition for its contribution to agricultural education, research and extension; its official history records that it was adjudged Best Agricultural University in India in 1995, while older official material records national agricultural-university rankings for 2017.

The College includes departments covering Civil Engineering, Electrical Engineering and Information Technology, Farm Machinery and Power Engineering, Mechanical Engineering, Processing and Food Engineering, Renewable Energy Engineering, Soil and Water Engineering, and the School of Digital Innovations for Smart Agriculture (S-DISA). These departments support teaching and research across agricultural machinery, food processing, irrigation, renewable energy, engineering design, digital agriculture, automation and related fields. The College also has training and testing facilities and works as part of PAU's wider network of constituent colleges, departments, schools and research centres.

The College offers education at undergraduate, postgraduate and doctoral levels. The principal undergraduate programme includes B.Tech. in Agricultural Engineering, while postgraduate and research programmes cover specialised areas of agricultural engineering and its allied disciplines. The College's current academic offerings also include newer programmes through S-DISA, such as M.Tech. in Artificial Intelligence & Data Science in Agriculture, M.Tech. in Robotics and Automation, and PG Diploma in Robotics and Mechatronics in Agriculture. Admission requirements vary by programme. The official PAU material states that B.Tech. Agricultural Engineering admission has been based on JEE Main, while postgraduate admission may involve a PAU written test, interview and merit; current programme-specific admission rules should be checked for the relevant admission year.

The College provides a broad range of infrastructure and academic facilities, including an air-conditioned computerized library, smart classrooms with interactive flat panels, conference facilities, computer laboratories, counselling facilities, a dedicated Training and Placement Cell, CAD/CAM and CNC laboratories, research halls, the Farm Machinery Testing Centre, pilot plants for rice milling and fruits and vegetable processing, and fully equipped laboratories and workshops. The College also has specialised facilities such as the PAU-TAFE Advanced Learning Centre, New Holland Training Lab and a NABL-accredited Submersible Pump Testing Centre. Hostel accommodation is also available within the university system.

The College has a dedicated Training and Placement Cell that supports students in career development, training and employment opportunities. PAU's official material states that the College's placement cell has a track record of students being employed by multinational companies and government departments. The academic environment also provides opportunities for internships, practical training, research projects and exposure to agricultural engineering applications. Students can pursue careers in agricultural machinery, food processing, irrigation and water management, renewable energy, precision agriculture, robotics, automation, consulting, research and government services.

College of Agricultural Engineering and Technology, Punjab Agricultural University provides an integrated environment for agricultural engineering education, research and practical training. Its combination of specialised engineering departments, laboratories, testing centres, agricultural research facilities and university-level academic resources makes it suitable for students interested in technology-driven agriculture. The College's programmes cover traditional agricultural engineering as well as emerging areas such as smart agriculture, robotics, automation and artificial intelligence, providing students with opportunities to develop technical and research-oriented skills.

Industry-Driven Curriculum

The College provides an engineering-oriented curriculum designed around the technical requirements of agriculture and allied industries. Students study areas such as farm machinery, food processing, soil and water engineering, mechanical engineering, renewable energy and digital agriculture. Practical courses, laboratory work, field-oriented training and specialised engineering subjects help students connect classroom concepts with real agricultural applications. The curriculum also includes emerging areas such as robotics, automation, artificial intelligence and precision agriculture. This combination allows students to develop both fundamental engineering knowledge and specialised agricultural technology skills.

Strong Industry Connect

The College has academic and practical facilities that connect students with agricultural engineering applications, machinery, processing technologies and technology-based farming systems. Its Training and Placement Cell supports career and employment activities, while specialised facilities such as the PAU-TAFE Advanced Learning Centre, New Holland Training Lab and Farm Machinery Testing Centre provide exposure to professional technologies. Students can also gain experience through projects, practical training and research activities. These facilities help create opportunities to understand how engineering solutions are applied in agriculture and allied industries.

Modern Infrastructure

The College provides modern academic and technical infrastructure for undergraduate, postgraduate and research students. Facilities include smart classrooms, a computerized library, computer laboratories, CAD/CAM and CNC laboratories, research halls and specialised testing centres. The College also maintains fully equipped laboratories and workshops containing engineering equipment and instruments. Pilot plants for rice milling and fruits and vegetable processing provide practical exposure to processing technologies. These facilities support classroom teaching, laboratory learning, research projects and technical skill development.

Experienced Faculty

The College has faculty members working across several specialised engineering departments and academic areas. Faculty expertise covers subjects including soil and water engineering, farm machinery and power, civil engineering, mechanical engineering, processing and food engineering, renewable energy and digital agricultural technologies. The official faculty directory lists professors, associate professors and assistant professors across the College. Faculty members are involved in teaching, research, student guidance and technical projects, providing students with opportunities to learn from specialists in different areas of agricultural engineering.

Placement Opportunities

The College has a dedicated Training and Placement Cell that facilitates career-related activities and employment opportunities. Official PAU information notes that students have been employed by multinational companies and government departments. The broad nature of agricultural engineering education also opens career areas in farm machinery, food processing, irrigation, renewable energy, precision agriculture, agricultural robotics, consulting and research. Students can further develop employability through practical laboratory work, technical projects, internships and specialised training.

Focus on Practical Learning

Practical learning is an important part of agricultural engineering education at the College. Students work with laboratories, workshops, testing centres, pilot plants and specialised engineering facilities to understand the practical application of technical concepts. Courses include practical components and skill-enhancement activities in areas such as machinery operation, repair and maintenance, agro-processing and agricultural technology. This approach enables students to gain experience beyond conventional classroom teaching and understand engineering challenges associated with farming and food systems.

Global Exposure

The College operates within Punjab Agricultural University's wider academic and research ecosystem, which supports interaction with researchers, institutions and technology-oriented organisations. Agricultural engineering is a multidisciplinary field with applications in international agriculture, food systems, water management, renewable energy and smart farming. Students can therefore develop technical knowledge that is relevant to national as well as international agricultural technology challenges. Research-oriented programmes and specialised areas further support academic development and exposure to contemporary engineering practices.

Multidisciplinary Approach

Agricultural engineering brings together engineering, agriculture, computer science, environmental science, food technology and other technical disciplines. The College reflects this multidisciplinary character through departments covering civil engineering, mechanical engineering, electrical engineering and information technology, farm machinery, processing and food engineering, renewable energy and soil and water engineering. S-DISA further adds areas such as artificial intelligence, data science, robotics and smart agriculture. This broad academic structure allows students to explore interconnected technologies used in modern agricultural systems.

Innovation & Research

Research and innovation are central components of the College's academic environment. Its specialised testing centres, laboratories, research halls, pilot plants and engineering facilities support research and experimentation in agricultural technology. Current academic initiatives also include robotics, artificial intelligence, data science, precision agriculture and automation. Faculty members participate in research projects and guide postgraduate and doctoral students. Such an environment enables students to work on practical problems related to agricultural productivity, resource management, machinery, processing and smart farming.

Career-Oriented Programs

The College offers programmes that prepare students for technical careers across agriculture and allied industries. Along with B.Tech. Agricultural Engineering and postgraduate programmes, current offerings include specialised programmes in artificial intelligence and data science in agriculture, robotics and automation, and robotics and mechatronics in agriculture. Career areas include agricultural robotics engineering, precision agriculture, smart farming, agricultural data analysis, research and development and agricultural equipment services.

Vision

• To advance agricultural engineering education, research and extension for sustainable agricultural development.
• To develop technically skilled professionals capable of addressing emerging agricultural and rural challenges.
• To promote innovation and technology in agriculture, food processing, natural-resource management and smart farming.
• To contribute to sustainable use of agricultural resources through engineering solutions.
• To support modernisation and technological transformation of agriculture.

Mission

• Provide quality education in agricultural engineering and allied technologies.
• Promote practical, field-oriented and research-based learning.
• Develop advanced technologies for agriculture and food systems.
• Encourage innovation in machinery, irrigation, renewable energy, processing and digital agriculture.
• Strengthen research and collaboration with industry, government and agricultural organisations.
• Prepare graduates for careers in industry, research, entrepreneurship and public-sector services.

Admission to the College varies according to the programme. For undergraduate Agricultural Engineering admission, official PAU material states that admission has been made on the basis of JEE Main. For postgraduate programmes, the College's published information indicates admission through a combination of a PAU written test, interview and merit, depending on the programme. Newer S-DISA programmes have programme-specific requirements; for example, M.Tech. in AI & Data Science in Agriculture uses merit and interview, while M.Tech. in Robotics and Automation requires a relevant B.Tech./B.E. degree with the prescribed marks. Applicants should check the current PAU admission notification for the applicable year before applying.

Admission Criteria

Ph.D 

Admission Process

• Candidates must apply through the Punjab Agricultural University (PAU) admission process.
• Admission is based on the prescribed PAU entrance test and/or merit criteria, as applicable to the programme.
• Candidates must meet the eligibility requirements for the chosen Ph.D specialization.
• Shortlisted candidates may be called for counselling/interview as per PAU admission rules.
• Final admission is granted after document verification and payment of the prescribed fees.

Eligibility

• A relevant Master’s degree such as M.Tech. from a recognized university.
• Minimum 7.00 OCPA out of 10.00 or 70% marks in the Master’s degree, wherever prescribed.
• A relevant Bachelor’s degree with minimum 6.00 OCPA or 60% marks, wherever applicable.
• Eligibility may vary according to the Ph.D specialization.

B.Tech 

Admission Process

• Candidates must submit an application through the PAU admission process.
• Admission is made according to the applicable entrance examination/merit criteria prescribed by PAU.
• Candidates must satisfy the required academic and subject eligibility.
• Shortlisted candidates participate in counselling and seat allocation.
• Admission is confirmed after document verification and fee payment.

Eligibility

• Candidates should have passed 10+2 or equivalent from a recognized board.
• Required subjects and minimum marks must be as prescribed by PAU for the B.Tech programme.
• Candidates must meet the applicable entrance examination requirements, where prescribed.
• Eligibility may vary for B.Tech Agricultural Engineering and B.Tech Food Technology.

M.Tech 

Admission Process

• Candidates must apply through the PAU postgraduate admission process.
• Selection is carried out according to the PAU admission rules and applicable merit/entrance criteria.
• Candidates must possess the required undergraduate degree in the relevant discipline.
• Shortlisted candidates may be called for counselling/interview, depending on the programme.
• Final admission requires document verification and payment of the prescribed fees.

Eligibility

• Candidates should hold a B.Tech./B.E. degree in the relevant discipline from a recognized university.
• The qualifying degree must be relevant to the selected M.Tech specialization.
• Minimum marks/OCPA requirements are as prescribed by PAU for the particular programme.
• Additional eligibility conditions may apply for specialized programmes such as AI & Data Science, Robotics & Automation, Irrigation and Drainage, Soil & Water Conservation, and Remote Sensing & GIS.

Students of the College may be eligible for scholarships, fellowships, financial assistance and other awards according to Punjab Agricultural University's applicable rules and government or institutional schemes. Eligibility can vary according to academic merit, category, programme, financial circumstances and the specific scholarship scheme. Postgraduate and research students may also have access to fellowships or assistantship opportunities where applicable. Students should check the latest PAU prospectus, scholarship notifications and concerned college or university office for the current academic year's eligibility, amount, application procedure and deadlines rather than relying on older scholarship figures.

The College has a dedicated Training and Placement Cell that supports students with career development, training and recruitment activities. Official PAU information states that the College's placement cell has a track record of students being employed by multinational companies and government departments. Career opportunities are available across agricultural machinery, food processing, irrigation and water management, renewable energy, precision agriculture, robotics, automation, smart farming, research and development and agricultural technology services. The College also provides practical training and research exposure that can support students in preparing for professional employment or higher studies.

The College of Agricultural Engineering and Technology offers extensive academic, technical and student-support facilities. Its infrastructure includes an air-conditioned computerized library, smart classrooms equipped with interactive flat panels, an air-conditioned conference hall, computer laboratories, counselling facilities, a dedicated Training and Placement Cell, committee rooms, hostel accommodation, the PAU-TAFE Advanced Learning Centre, New Holland Training Lab, CAD/CAM Lab, CNC Lab, research hall, Farm Machinery Testing Centre, pilot plants for rice milling and fruits and vegetable processing, and fully equipped laboratories and workshops. A NABL-accredited Submersible Pump Testing Centre adds specialised testing capability, while the College's research and training infrastructure supports practical education and technology development.

Hostel accommodation is available as part of the College and Punjab Agricultural University's residential infrastructure. Students staying on campus can benefit from proximity to classrooms, laboratories, library facilities, research areas and other university amenities. Residential facilities provide a convenient environment for students who come from outside Ludhiana and need campus accommodation during their studies. The exact hostel allocation, room category, fee, availability and facilities can vary by academic year and student category, so current details should be confirmed with the university hostel administration. PAU's College page specifically lists hostel accommodation among its facilities.

The College benefits from its location within the Punjab Agricultural University campus in Ludhiana and the wider university transportation and campus infrastructure. Students commuting to the campus can use available university and local transport options subject to applicable routes, schedules and charges. The campus's established road connectivity and location in Ludhiana provide access to the surrounding city and nearby educational and research institutions. Students should confirm current university transport routes, passes and timings directly with PAU before making travel arrangements.