Agricultural Engineering in BSc program
Agricultural Engineering in BSc program, the individual possesses a broad and in-depth knowledge base spanning mathematical techniques, numerical methods, and various branches of science including mechanics, physics, chemistry, biology, and agricultural sciences. They are well versed in core agricultural engineering topics such as farm machinery design, testing, and maintenance; renewable energy utilisation; post-harvest processing; animal feed processing; irrigation and drainage systems; and soil and water conservation. Additionally, they demonstrate proficiency in system analysis, electrical installations, fluid mechanics, hydrology, watershed and environmental management, as well as the planning, design, and execution of agricultural infrastructure. Complementing their technical expertise, the individual exhibits strong practical skills in research, sales, marketing, and technology development to enhance agricultural productivity. They are capable of managing and supervising various agricultural operations, including machinery use, food and feed processing, and environmental impact assessments. Their skill set is further reinforced by solid communication, computational, reasoning, and managerial abilities—ranging from technical report writing and GIS-based decision-making to financial analysis and project management. They uphold high occupational ethics, emphasising teamwork, confidentiality, respect, and integrity in the professional environment.
Soil and water Conservation Engineering in MSc program
Soil and water Conservation Engineering in MSc program, Graduates of the MSc in Soil and Water Conservation Engineering program emerge as skilled professionals capable of addressing challenges related to water scarcity, soil erosion, land degradation, and sustainable agricultural development. With a mix of theoretical knowledge and practical expertise, they are well-prepared to work in research institutions, governmental and non-governmental organisations, consulting firms, and international development agencies. Based on the outlined knowledge areas, the MSc in Soil and Water Conservation Engineering program equips graduates with a robust, interdisciplinary foundation designed to tackle critical environmental and agricultural challenges related to land and water resources.
A PhD graduate in Agricultural Engineering is expected to:
Possess knowledge to teach, conduct research, and engage in community service. Address and manage policy issues related to agricultural engineering, including soils & water conservation, watershed management, and farm power/mechanisation. Have advanced expertise to design and implement: Precision agriculture technologies and information systems. Farm power and mechanisation systems for optimised performance. Variable rate application technologies in farm mechanisation. Renewable energy solutions (solar, wind, geothermal, hydro-power, biomass) for farm power.
Be skilled in designing, planning, and executing: Agricultural mechanisation, soil/water conservation projects, and agricultural engineering research. Consulting activities and energy resource management. Possess advanced technical writing, presentation, and data analysis skills. Be proficient in computational skills, including GIS, simulation techniques, and decision support systems. Demonstrate strong reasoning skills for problem-solving and decision-making. Show professional ethics in teaching, research, and community service, with a creative, socially conscious, and responsible approach to national development goals.
PhD graduates in Natural Resource Engineering and Management
PhD graduates in Natural Resource Engineering and Management are trained to plan, design, implement, and manage infrastructure related to soil and water resources, while also advising on their evaluation and management. They are equipped to conduct both basic and applied research in areas such as water resources, irrigation, environment, and soil conservation. Additionally, these graduates are involved in policy formulation, research, and development activities. They are expected to use an integrated, multi-disciplinary approach to collaborate effectively on teams, developing practical and cost-effective solutions to complex natural resource challenges. They will also play a key role in generating essential data for policy drafting and strategy development, helping to explore and manage the untapped potential of natural resources.
Graduates of the program will contribute to sustainable resource use and help bridge the gap in qualified manpower in the field by replacing expatriates in local institutions. They will validate and adapt existing models for resource management, ensuring they work under specific national conditions. Moreover, they will test and disseminate new technologies related to natural resource management, leading research efforts and generating knowledge in the field. As practitioners, these graduates are expected to take on leadership roles, actively participating not only in technical and professional societies but also in shaping policy and strategic development in natural resource management.
