Bachelor of Agricultural Engineering is a future-focused programme designed to prepare graduates for the evolving world of modern agriculture. By combining agricultural science, technology, innovation, and practical learning, the programme equips students with the knowledge and skills needed to drive smarter, more sustainable agricultural practices.

Students are exposed to a dynamic learning experience that blends classroom knowledge with laboratory work, field activities, industrial training, and project-based learning. This approach helps them develop strong technical competency, problem-solving ability, teamwork, communication skills, and hands-on experience with technologies relevant to today’s agricultural sector.

With strong emphasis on industry relevance, sustainability, and real-world application, the programme prepares graduates to contribute confidently to agrotechnology industries, research institutions, government agencies, and the wider agricultural ecosystem. It is an ideal pathway for students who aspire to become innovative professionals capable of shaping the future of agriculture.

Graduates of the Bachelor of Agricultural Technology have strong career prospects across Malaysia’s agriculture, agrofood, plantation, research, and agritech sectors. As Malaysia continues to emphasize food security, smart agriculture, and sustainable agrofood development, there is growing demand for graduates who can combine agricultural knowledge with practical technology and innovation. The National Agrofood Policy 2021–2030 specifically highlights a high-technology, sustainable, and resilient agrofood sector, with emphasis on modernization and smart agriculture.

This programme prepares graduates for roles such as agricultural technologist, agritech executive, farm or plantation executive, research assistant, technical officer, precision agriculture specialist, agropreneur, and food production or processing executive. These roles are increasingly relevant in Malaysia as the industry adopts digital tools, automation, precision farming practices, and more efficient production systems. Malaysia’s agrofood terminology and policy materials also reflect growing focus on areas such as precision agriculture and modern agricultural technology.

Graduates may find opportunities in government agencies, research institutions, plantations, commercial farms, agro-based companies, food production industries, technology providers, and agricultural startups. Organizations such as MARDI play an important role in research, technology development, training, consultancy, and innovation for the food, agriculture, and agro-based industry, showing the breadth of opportunities available in the local ecosystem.

With a combination of technical knowledge, hands-on skills, and industry exposure, graduates are well positioned to contribute to Malaysia’s agricultural transformation and to support a more productive, innovative, and sustainable future for the sector.

Year 1

In the first year, students develop a strong foundation in science, engineering, and agricultural fundamentals. Subjects introduced at this stage include:

• Engineering Mathematics I
• Engineering Statics
• Computer Aided Drafting
• Geomatic Engineering
• Agricultural Production Systems
• Plant and Animal Sciences
• Physical Science

Year 2

In the second year, students move into core agricultural and engineering applications, with greater emphasis on mechanics, materials, soil, and water-related knowledge. Subjects include:

• Fluid Mechanics I
• Heat and Mass Transfer
• Hydrology and Water Resources Engineering
• Irrigation and Drainage Engineering
• Engineering Properties of Biological Materials
• Instrumentation, Measurement and Control
• Soil Engineering

Year 3

In the third year, the curriculum focuses more on applied agricultural technology, machinery, design, management, and integrated learning. Students are exposed to subjects such as:

• Farm Structural Design
• Energy and Power
• Machine Design
• Farm Machinery
• Agricultural Integrated Design Project I
• Design of Automation Systems
• Modelling and Simulation
• Management for Engineers
• Industrial Training

Year 4

In the final year, students strengthen their specialization through advanced courses, final year project work, and elective subjects that reflect current industry and technology trends. Subjects include:

• Agricultural Integrated Design Project II
• Final Year Project I
• Final Year Project II
• Precision Agriculture
• Controlled Environment Agriculture
• Professional Engineer
• Remote Sensing
• Biowaste Management and Technology
• Bioproduct Manufacturing
• Artificial Intelligence for Agriculture
• Renewable Energy
• Postharvest Engineering

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The Bachelor of Agricultural Technology programme aims to produce graduates who, within a few years after graduation, are expected to:

PEO 1

Demonstrate career advancement in the field of agricultural engineering or related engineering fields.
This includes graduates who progress to higher positions or take leadership roles in projects, organizations, or technical teams.

PEO 2

Be actively involved in professional bodies or societies.
Graduates are encouraged to participate in professional organizations and learned societies relevant to engineering, agriculture, and technology.

PEO 3

Pursue lifelong learning and continuous professional development.
This includes graduates who continue their studies, obtain professional certifications, or participate in relevant training, courses, and development programmes.

Upon completion of the programme, graduates are expected to be able to:

PO1 – Engineering Knowledge

Apply knowledge of mathematics, science, engineering fundamentals, and agricultural-related disciplines to solve relevant technical problems.

PO2 – Problem Analysis

Identify, analyse, and formulate solutions to complex problems related to agriculture, technology, and engineering systems.

PO3 – Design and Development of Solutions

Design appropriate solutions, systems, processes, or components to meet identified needs in agricultural and related fields.

PO4 – Investigation

Conduct investigations, analyse data, and interpret results to support technical decisions and problem solving.

PO5 – Tool Usage

Use appropriate modern tools, techniques, and technologies in agricultural and engineering applications.

PO6 – The Engineer and the World

Understand the broader impact of engineering and technology solutions on society, the environment, and sustainable development.

PO7 – Ethics

Demonstrate professional ethics, integrity, and responsibility in academic, technical, and workplace settings.

PO8 – Individual and Collaborative Teamwork

Function effectively as an individual and as a member or leader in diverse teams.

PO9 – Communication

Communicate effectively in written, verbal, and presentation forms with technical and non-technical audiences.

PO10 – Project Management and Finance

Apply appropriate project management principles and basic financial considerations in technical and professional practice.

PO11 – Lifelong Learning

Recognise the need for lifelong learning and continuously enhance knowledge and skills in response to evolving technologies and industry needs.