BEng (Hons) Agricultural Engineering

4 Years On Campus Bachelors Program

Harper Adams University

Program Overview

The BEng (Hons) Agricultural Engineering at Harper Adams University combines engineering principles with agricultural applications to design and improve farming systems. It suits students interested in technology, machinery, and sustainable innovation in agriculture.

Curriculum Structure:

Year 1:
Students begin with core modules such as Engineering Principles, Mathematics for Engineers, and Introduction to Agricultural Mechanisation. This year builds technical and analytical foundations essential for understanding machinery and production systems.

Year 2:
Modules like Soil Mechanics and Hydraulics, Power and Machinery Systems, and Automation and Control deepen knowledge of applied engineering in agriculture. Students also gain hands-on experience in workshops and field settings.

Placement Year:
The compulsory placement year provides industry experience with engineering firms, machinery manufacturers, or agricultural operations, enhancing professional and practical skills.

Year 3:
Final-year modules such as Advanced Agricultural Machinery Design, Sustainable Energy Systems, and an Individual Engineering Project allow students to apply technical knowledge to innovative and real-world challenges.

Focus Areas: "Agricultural machinery, automation, power systems, sustainability"

Learning Outcomes: "Graduates develop the ability to design, test, and manage advanced agricultural technologies for sustainable production."

Professional Alignment (Accreditation): Accredited by the Institution of Agricultural Engineers (IAgrE), supporting progress toward Chartered Engineer status.

Reputation (Employability Rankings): Harper Adams University is among the UK's top institutions for agriculture and engineering employability, with consistently high graduate employment rates.

Experiential Learning (Research, Projects, Internships etc.)

This programme focuses on applying engineering principles to solve real-world agricultural challenges using the University's extensive farm estate and specialist engineering facilities. Students develop practical skills in machinery design, automation, and precision farming technology through hands-on projects. This applied approach is delivered through:

The Harper Adams Engineering Centre: Access to dedicated workshops with welding bays, CNC machinery, and 3D printing labs for prototyping and building agricultural machinery.
Precision Farming Technology: Hands-on experience with GPS guidance systems, autonomous vehicle platforms, drone technology, and farm management software for data-driven engineering solutions.
The University Farm: A 400-hectare commercial farm serving as a living laboratory for testing and implementing new technologies and machinery.
Substantial Group Project: A major final-year project where student teams design, build, and test a full-scale agricultural machine to address a current industry challenge.

Progression & Future Opportunities

Graduates of Harper Adams University’s BEng (Hons) Agricultural Engineering develop advanced skills in designing and improving agricultural machinery, precision farming technologies, and sustainable production systems. They are well-prepared for careers such as Agricultural Engineer, Precision Farming Specialist, Machinery Design Engineer, and Environmental Consultant:

The Careers and Employability Service offers personalised employment support, including industry placement coordination, career coaching, and networking opportunities through the university’s Agri-EPI Centre and extensive industry links.
Graduate data reports 98% employability within 15 months post-graduation, with average starting salaries around £28,000, reflecting strong demand in the agriculture and engineering sectors.
The program benefits from partnerships with global leaders, including TAFE (India’s third largest tractor manufacturer) and Agri-EPI; collaboration projects focus on innovation in autonomous farming, energy efficiency, and precision agriculture.
Accredited by the Institution of Agricultural Engineers (IAgrE) on behalf of the Engineering Council, the course fully meets the academic requirements for Incorporated Engineer registration and partial requirements for Chartered Engineer status.
Graduates typically transition into roles developing next-generation agricultural technology, precision systems, and machinery support, contributing to sustainable, efficient farming solutions.

Further Academic Progression: Graduates can advance into MSc programs in Agricultural Engineering, Sustainable Systems Engineering, or Precision Agriculture at Harper Adams or other institutions. They may also pursue Chartered Engineer status through professional development and engage in PhD research on agricultural machinery innovation or environmental engineering.