Skip to main content
Harper Adams University logo

    Staff Directory

    Mr A K M Abdullah Al Amin

    Elizabeth Creak Fellow (PhD Researcher)

    Photograph of A K M Abdullah

    Researcher Profile

    Mr. A. K. M. Abdullah Al-Amin is an Elizabeth Creak Fellow working as a PhD researcher at Harper Adams University (HAU) in the United Kingdom. Mr. Al-Amin is a Former Visiting Scholar at Purdue University, West Lafayette, Indiana, United States. He is on the staff of the Bangladesh Agricultural University (BAU), Mymensingh, Bangladesh as an Assistant Professor. Mr. Al-Amin was recognised as “Outstanding Graduate Student 2022” by the International Society of Precision Agriculture (ISPA). In Bangladesh he was awarded the “University Prize” and “Prime Minister Gold Medal-2014” for his excellent academic performance at Bachelor level. His research interests encompass: Agri-Tech Economics, especially Precision Agriculture focused on Autonomous Crop Machines, Farm Management, Agroecological Farming, Cropping Systems, Farming Systems, Climate Change Adaptation,  and Environmental Conservation.

    Mr. Al-Amin’s PhD research focuses on the "Economic Assessment of Autonomous Equipment for Field Crops". His research hypothesizes that autonomous crop machines are an economically feasible alternative to conventional machinery with human operators, subject to field size and shape, field biodiversity enhancement, and environmental sustainability. In the last decades, owing to population and economic growth, agricultural labour scarcity, technological advancement, increasing requirements of operational efficiency and productivity, and the environmental footprint of agriculture, agricultural automation and robotics have received substantial attention. Even though robotic systems for livestock and protected environment have developed more rapidly, the development of autonomous crop machines for arable farming has primarily concentrated on establishing technical feasibility, and more specifically on the development of computer optimization models and software tools for on-field operations. Considering the complexity of crop field operations, it is important to focus on the overall systems analysis and understand the economics of autonomous crop machines, as economic implications would play a crucial role in attracting investment, guiding adoption decisions, and further understanding of environmental and social benefits.

    Professional Memberships

    International Society of Precision Agriculture (ISPA)

    Global Institute for Agri-Tech Economics (GIATE)

    Bangladesh Economic Association (BEA)

    Bangladesh Agricultural Economists Association (BAEA)

    Prize & Honours

    "Elizabeth Creak Fellow" at Harper Adams University, United Kingdom (September 2020 to Present).

    “Outstanding Graduate Student 2022” by the International Society of Precision Agriculture (ISPA). 

    "Prime Minister Gold Medal 2014" by University Grants Commission of Bangladesh.

    "University Prize" by Bangladesh Agricultural University, Mymensingh, Bangladesh.

    "EXIM Bank Scholar" at Bachelor and MS levels by EXIM Bank Limited.

    "National Science and Technology (NST) Fellowship 2014-2015" by Ministry of Science and Technology, People’s Republic of Bangladesh.

    "Best Publication Award 2020" by Bangladesh Agricultural University Teachers Association.

    "Annual Workshop 2020-2021 Award" for Publication by Bangladesh Agricultural University Research Systems (BAURES) .

    Further Details

    Home University Website:

    Academic Department: Food, Land and Agribusiness Management

    Twitter: @alamins_heed

    Office: JAG 26 Jubilee Adams, Tudor Lodge and NW Building

    Research profile: ORCID

    Research profile:


    Other publications



    Cookies on the Harper Adams University website

    We use cookies to ensure that we give you the best experience on our website. If you continue without changing your settings, we'll assume that you are happy to receive all cookies on the website. However, you can change your cookie settings at any time.