Earn Agricultural Engineering Degree

Why Choose Agricultural Engineering?

1. Innovation in Farming Technology: Learn to develop and implement advanced technologies such as precision farming, automated machinery, and sustainable irrigation systems to optimize agricultural processes.

2. Sustainability Focus: Address environmental concerns with sustainable farming practices, renewable energy integration, and resource management techniques that minimize ecological impact.

3. Hands-On Experience: Gain practical experience through internships, fieldwork, and research projects that prepare you for real-world challenges and opportunities.

4. Career Diversity: Enter a versatile job market with opportunities in agricultural machinery manufacturing, agribusiness, consulting, research institutions, government agencies, and more.

5. Global Impact: Contribute to global food security and agricultural development by applying engineering principles to improve crop production, soil conservation, and food processing.

Program Highlights

• Core Curriculum: Study fundamental engineering principles alongside specialized courses in agricultural systems, bioresource engineering, soil and water management, and agricultural machinery design.

• Research Opportunities: Collaborate with faculty on research projects that explore innovative solutions to enhance agricultural productivity and sustainability.

• Internships and Industry Partnerships: Gain valuable hands-on experience through internships with industry leaders and partnerships with agricultural enterprises, preparing you for a successful career upon graduation.

Career Paths

Agricultural Engineering graduates are in high demand across various sectors:

• Machinery and Equipment Design: Develop and improve agricultural machinery and equipment to enhance efficiency and productivity.

• Environmental and Resource Management: Implement sustainable practices for soil and water conservation, waste management, and renewable energy integration.

• Food Processing Technology: Innovate food processing techniques and technologies to improve quality, safety, and efficiency in food production.

• Consulting and Advisory Services: Provide expertise to farmers, agribusinesses, and governmental organizations on agricultural engineering solutions and strategies.

Why Oneida University?

• State-of-the-Art Facilities: Access advanced laboratories, research centers, and technology platforms dedicated to agricultural engineering.

• Expert Faculty: Learn from experienced professors and industry professionals who are leaders in their fields.

• Career Support: Benefit from career counseling, networking opportunities, and job placement services tailored to agricultural engineering students.