Dive into the comprehensive curriculum, highlighting courses that will shape your knowledge of sustainable agriculture and alternative energy sources, preparing you for a dynamic career.
Syllabus and subjects in B.Tech Agriculture Solar & Alternate Energy
A Bachelor of Technology (B.Tech) program in Agriculture Solar and Alternate Energy typically provides students with a comprehensive curriculum focused on the intersection of agriculture and renewable energy sources. The syllabus generally includes core courses in subjects such as solar energy systems, wind energy, biomass energy, and geothermal energy in the context of agriculture. Students also study agricultural practices, crop management, and rural development with a focus on sustainable and energy-efficient approaches. Practical training is a crucial component, often involving fieldwork, solar panel installation, and energy system design projects. Additionally, students may explore topics related to energy policy, environmental sustainability, and emerging technologies in the field. The B.Tech in Agriculture Solar and Alternate Energy program aims to produce graduates who can contribute to the integration of renewable energy solutions in agriculture, promoting sustainability and efficiency in the farming sector while reducing its environmental footprint
Syllabus of Bachelor of Technology (B.Tech.) in Agriculture Solar & Alternate Energy
S.No
| Subjects
|
1
| Basic Electrical Engineering
|
2
| Engineering Mechanics
|
3
| Digital Systems and Microprocessors
|
4
| Digital Systems and Microprocessors
|
5
| Embedded Systems
|
6
| Introduction to Nuclear Security
|
7
| Introduction to Nuclear Security
|
8
| Applied Chemistry
|
| 9 | Applied Mathematics
|
10
| Applied Physics
|
11
| Biology for Engineers
|
Year 2
S.No
| Subjects
|
1
| Material Science
|
2
| Basic Thermal Engineering and Statistical Methods
|
| 3 | Circuits for Renewable Energy Systems
|
| 4 | Elements of Biochemistry
|
| 5 | Fundamentals of Physics of Solids
|
| 6 | Semiconductor Device Fabrication Technology
|
| 7 | Solar Thermal Engineering Processes
|
| 8 | Advanced Material Science: Theory and Applications
|
Year 3S.No
| Subjects
|
1
| Characterization Techniques in Material Science
|
2
| Bio Fuel Cell Engineering
|
3
| Solar Cell Engineering
|
4
| Introduction to Dye-sensitized Solar Cells
|
5
| Renewable and Alternate Energy Lab
|
Year 4S.No
| Subjects
|
1
| Alternate Technologies for Renewable Energy
|
2
| Hydrogen as Future Energy Source
|
3
| Design and Simulation of Solar Cells
|
4
| New Technologies for Renewable Energy Sources
|
4 Years
Under Graduate
Engineering
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