MSc Soil Science & Agriculture Chemistry

MSc Agriculture (Soil Science) at Shoolini University offers in-depth knowledge about developing sustainable agricultural production strategies. Aspirants learn to research and monitor the properties of soils, study physical attributes of soil, biological composition and chemical makeup, determine the best crops to grow in a specific soil at a given place and time, and above all, use their findings to help solve a wide range of soil-management issues.

Shoolini University is located at the foothills of the Himalayas. Located at a short distance from Solan town, we enjoy clean air and a rural setting. This offers the apt environment for study of agriculture.

Faculty members come from leading campuses across the world, including Oxford, NIH and IIT.

Research Opportunities

Global Links

Academic collaborations with universities in USA, UK, Korea, Taiwan, etc.

Real-Life Projects

Crop cafeteria and milk unit for field practicals. Kalaghat Farm for research and demonstration purposes.

Agri-Careers

Diverse, high-paying career paths in sectors like agribusiness, agricultural research, and sustainable practices.

VISION OF THE PROGRAM

To strengthen soil science research through interdisciplinary approaches and to encourage high-quality education in various soil science fields in order to maximise resource utilisation for improved agricultural practices for the betterment of the society.

MISSION OF THE PROGRAM

To give students a top-notch education that equips them with the knowledge and skills necessary to apply the basic concepts of soil science and natural resource management.

To use Indigenous knowledge to have insights into soil management practices that are environmentally friendly and resource efficient.

To enhance the understanding of soil science and how it relates to plant growth, nutrition, and environmental quality.

PROGRAM EDUCATIONAL OBJECTIVES

PEO1: The students will be able to exhibit an in-depth understanding of soil science along with competence in applying advanced techniques for analysing and interpreting soil, applying scientific approaches to expand knowledge and enhance soil health.
PEO2: A strong foundation of both verbal and written competence will enable students to effectively communicate challenging concepts in soil science to an array of audiences. They will also be able to thrive effectively in interdisciplinary teams, interacting with the public, legislators, and farmers to impart knowledge, address challenges related to soil, and encourage sustainable practices.
PEO3: Students will use their expertise to address real-world problems such soil deterioration, erosion, and nutrient management. They will be crucial in enhancing long-term soil health and conservation via thoughtful decision-making and ethical concerns.

PROGRAM OUTCOME/ PROGRAM SPECIFIC OUTCOME

PO1: Empowerment of the students to contribute towards improvements in crop productivity, using their knowledge of improved agronomic practices, seed science, diseases and insect/pest management, resource use, marketing, and resource conservation.
PO2: Hands-on experience to apply modern tools and techniques for sustainable agriculture for improving farmers’ welfare.
PO3: Capacity building for entrepreneurship and employability of the students in their chosen field of agriculture.
PO4: Ability of the students to engage in critical thinking for furthering the goals of agricultural education and research.
PSO1/PO5: Strengthening of the student skill set in the chosen fields of specialization for optimal resource use in agriculture.
PSO2/PO6: Development of industry-ready technical human resource.
PSO3/PO7: Sharpened ability to suggest scientific solutions for various production and protection problems in different crops.