Engineering (Agricultural Engineering)

Engineer in Agricultural Engineering at the University of Southern Queensland is a comprehensive program designed to equip students with the knowledge and skills necessary to innovate and improve agricultural systems. This degree provides a strong foundation in engineering principles, combined with specialized training in agricultural systems, environmental management, and sustainable practices. Students will explore topics such as crop production, soil and water management, machinery design and operation, and the application of technology in agriculture. The curriculum integrates theoretical coursework with practical experience, enabling graduates to address real-world challenges faced by the agricultural industry. Through laboratory work, industry projects, and fieldwork placements, students develop hands-on skills that are essential for designing, implementing, and managing agricultural solutions. The program emphasizes sustainable development, encouraging students to consider ecological impacts and resource efficiency in their engineering designs. Graduates of this program are prepared for diverse careers in agricultural machinery design, irrigation system management, farm planning, and environmental consultancy. The program also emphasizes teamwork, communication, and problem-solving skills, preparing students for leadership roles in the agriculture sector. With access to state-of-the-art facilities and expert faculty, students will have the opportunity to engage in innovative research and collaborative projects. The degree is structured to meet industry needs, ensuring graduates are workforce-ready and capable of contributing to the development of sustainable agricultural practices worldwide. Upon completion, graduates may also pursue further studies or specialized certifications in related fields. The program reflects the University of Southern Queensland’s commitment to practical learning, industry engagement, and fostering sustainable innovation within the agricultural engineering field.

Program structure

Courses to be studiedUnits

Core Courses13

Plus 19 x major courses19

Plus 9 x practice courses (0 unit value)0

Total    32

Course codeCourse name

Year 1 Courses:

CIV1501Engineering Statics

ENG1002Introduction to Engineering and Spatial Science Applications

ENG1100Introduction to Engineering Design

ENG1101Introduction to Engineering Problem Solving

ENG2102Engineering Problem Solving and Analysis

ENM1600Engineering Mathematics

MEC1201Engineering Materials

SVY1500Spatial Science for Engineers

Year 2 Courses:  

AGR2301Agricultural Science

AGR2302Agricultural Machinery 

CIV2403Geology and Geomechanics 

ENG2002Technology, Sustainability and Society 

ENG3104Engineering Simulations and Computations

ENM2600Advanced Engineering Mathematics

ENV2103Hydraulics I 

MEC2402Stress Analysis 

Year 3 Courses:  

AGR3303Agricultural Materials and Post-Harvest Technologies 

AGR3304Soil Science 

AGR3305Precision and Smart Technologies in Agriculture 

ENG4110Engineering Research Methodology

ENV3104Hydraulics II 

ENV3105Hydrology 

MEC2401Dynamics I 

 One Electives - see Electives 

Year 4 Courses:  

AGR4305Agricultural Soil Mechanics 

ENG3003Engineering Management 

ENG4111Research Project Part 1 

ENG4112Research Project Part 2 

ENV4106Irrigation Science 

 Three Electives - see Electives 

Practice Courses:  

AGR2902Field Practice 

AGR3903Soil and Water Engineering Practice 2 

AGR3905Agricultural Engineering Practice 

CIV2901Geology and Geomechanics Practice 

ENG1901Engineering Practice 1 

ENG3902Professional Practice 1 

ENG4903Professional Practice 2 

ENG4909Work Experience - Professional 

ENV2902Hydraulics Practice 

Electives:  

CIV3403Geotechnical Engineering 

ELE1301Computer Engineering 

ELE2103Linear Systems and Control

ENG4004Engineering Project and Operations Management 

ENV2201Land Studies 

ENV4107Water Resources Engineering 

ENV4203Public Health Engineering 

ENV4204Environmental Technology 

GIS1402Geographic Information Systems 

MEC2202Manufacturing Processes 

MEC2301Design of Machine Elements 

MEC3203Materials Technology 

MEC3302Computational Mechanics in Design 

MEC3303System Design 

MEC4406Robotics and Machine Vision 

REN1201Environmental Studies 

Entry requirements

• Subject pre-requisites: Year 12 English (4SA) and Mathematics B (4SA) or equivalent
• Recommended study: Year 12 Physics (4SA)

English Language Requirements

Domestic and international students from a non-English speaking background are required to satisfy English Language requirements. This program requires a minimum of IELTS 6.0 or equivalent.

If you do not meet the English language requirements you may apply to study a University-approved English language program.

OP/Rank

The 2015 OP/Rank for this program is: 10/79

International entry requirements

English Language Requirements

Domestic and international students from a non-English speaking background are required to satisfy English Language requirements. This program requires a minimum of IELTS 6.0 or equivalent.

If you do not meet the English language requirements you may apply to study a University-approved English language program.

Pre-requisites

Year 12 Senior Certificate or equivalent from a recognised institution. Find your country's level of qualificationand minimum entry requirements for this program.

• A-level Mathematics or equivalent
• A-level Physics is recommended

Want to improve your English level for admission?

Prepare for the program requirements with English Online by the British Council.

• ✔️ Flexible study schedule
• ✔️ Experienced teachers
• ✔️ Certificate upon completion

📘 Recommended for students with an IELTS level of 6.0 or below.

Enroll in the course

The University of Southern Queensland offers various financial support options to assist students enrolled in the Bachelor of Engineering (Agricultural Engineering) program. Tuition fees for domestic students are set annually and are competitive within the region, with detailed information available on the university's official website. International students are required to pay higher tuition fees, which are also published annually and are subject to review each academic year. The university provides several scholarship opportunities aimed at supporting students financially, including merit-based scholarships, equity scholarships, and regional scholarships, which can significantly reduce overall study costs. Additionally, students are encouraged to explore external funding sources such as government loans, student grants, and financial aid programs available in Australia. The university offers flexible payment plans that enable students to pay their tuition fees in installments, easing the financial burden during their studies. Work-integrated learning options and part-time employment possibilities on or near campus are available to help students gain practical experience while supporting themselves financially. International students may also access specific scholarship programs designed to attract talented students from around the world. Financial counseling services are accessible to assist students in planning and managing their finances effectively throughout their academic journey. It is recommended that prospective students review the latest tuition fee schedules, scholarship opportunities, and financial assistance programs published on the University of Southern Queensland’s official website or contact the university’s admissions office for personalized advice. Overall, the university is committed to making agricultural engineering education accessible and affordable through comprehensive financial support mechanisms, allowing students to focus on their studies and future careers in the engineering field.

The Bachelor of Engineering (Agricultural Engineering) at the University of Southern Queensland is a comprehensive undergraduate program designed to equip students with the essential skills and knowledge required to address contemporary challenges in the agricultural sector. The program combines theoretical foundations with practical applications, focusing on sustainable farming practices, the development of innovative agricultural machinery, water resource management, soil and crop engineering, and environmental protection. Students are exposed to a multidisciplinary curriculum that integrates principles of mechanical, civil, environmental, and electrical engineering tailored specifically to agricultural contexts. The coursework includes topics such as farm structures, irrigation systems, renewable energy solutions for farms, precision agriculture technologies, and pest management systems. Emphasis is placed on the application of engineering design, problem-solving, and project management in real-world agricultural settings.

The program also offers opportunities for hands-on learning through laboratory work, field trips, internships, and industry partnerships, ensuring students gain practical experience and industry insights. Students can participate in research projects, contribute to sustainable agricultural innovations, and engage with industry stakeholders, preparing them for diverse roles within the agricultural sector. Graduates of this program are well-positioned for careers in agricultural engineering consultancy, farm management, environmental consultancy, and roles in government agencies overseeing agricultural development and sustainability initiatives. The university's facilities include modern laboratories, simulation tools, and industry-standard equipment. The program is structured to foster critical thinking, innovation, and environmental stewardship, aligning with the global demand for sustainable agricultural practices. The University of Southern Queensland also supports students with career services, industry connections, and continued professional development opportunities, ensuring graduates are competitive in the evolving landscape of agricultural engineering.