Purdue University

Overview

The Bachelor of Science in Agricultural Engineering at Purdue University equips students with the skills to design and enhance technologies that foster sustainable food systems, efficient water management, and resilient agricultural practices. This program integrates engineering principles with biological and environmental sciences through a combination of hands-on laboratory work and design-centric coursework.

What you'll study

The curriculum is designed to establish a strong foundation in engineering before transitioning into specialized agricultural engineering topics. Students will engage in a variety of subjects that may include:

• Computations for Engineering Systems
• Thermodynamics Principles of Engineering and Biological Systems
• Physical Properties of Biological Materials
• Design of Electronic Systems
• Solid Modeling, Simulation, and Analysis
• Soil and Water Resource Engineering

Throughout the program, students will develop:

• Engineering analysis skills through mathematical problem-solving and simulation techniques.
• Design capabilities for creating agricultural systems and equipment.
• Applied science foundations that are pertinent to biological and environmental contexts.
• Technology and instrumentation expertise, focusing on sensors and electronics crucial for precision agriculture.

A capstone project or design experience is typically an integral part of the program, allowing students to apply their knowledge in a comprehensive manner. For details on specific requirements, students should consult Purdue’s official degree plan.

Entry requirements

While specific GRE, GMAT, or GPA requirements for the Agricultural Engineering program are not detailed, prospective students should review the latest admission standards directly on Purdue’s official website. Additionally, proficiency in English is essential, and applicants may need to provide evidence through recognized testing methods.

Career prospects

Graduates of the Agricultural Engineering program can pursue diverse career opportunities across various sectors, including agricultural technology, environmental consulting, and sustainable development. The skills acquired during the program prepare students to contribute effectively to the advancement of modern agricultural practices and resource management solutions.