JNTUH R25 B.Tech EEE 2nd Year I Semester (2-1) Syllabus
Complete subject overview, credits, labs, official syllabus and video.
Overview
This semester builds a strong foundation in electrical engineering through machines, power systems, electromagnetic fields, electronics, measurements, laboratories and AutoCAD-based design.
Subjects
| Code | Subject | Credits |
|---|---|---|
| EE301PC | Electromagnetic Fields | 3 |
| EE302PC | Electrical Machines – I | 3 |
| EC303PC | Electronic Devices and Circuits | 3 |
| EE304PC | Power Systems – I | 3 |
| EE305PC | Electrical Measurements and Sensors | 2 |
| MS306HS | Innovation and Entrepreneurship | 2 |
| EE307PC | Electrical Machines – I Lab | 1 |
| EE308PC | Electrical Measurements and Sensors Lab | 1 |
| EE309PC | Electronic Devices and Circuits Lab | 1 |
| EE310SD | Design of Electrical Systems using AutoCAD | 1 |
| VA300ES | Environmental Science | 1 |
Watch the Video
Official Syllabus PDF
Preparation Tips
- Master Electrical Machines and Power Systems.
- Practice numerical problems in EMF and Measurements.
- Perform labs sincerely.
- Learn AutoCAD basics.
FAQ
Who is this for? JNTUH R25 EEE students.
Does it include labs? Yes.
Is the official PDF linked? Yes.
JNTUH R25 B.Tech EEE II Year I Semester (R25) Complete Guide
This comprehensive guide explains the JNTUH R25 B.Tech Electrical and Electronics Engineering Second Year First Semester syllabus. It is intended to help students understand every subject, laboratory, skill development course, credit distribution, and preparation strategy. The semester introduces core concepts in electromagnetic fields, electrical machines, electronic devices, power systems, measurements, innovation, and practical laboratory work. Understanding these courses builds the technical foundation required for higher semester subjects, internships, competitive examinations, and industrial careers.
EE301PC Electromagnetic Fields
Covers electrostatics, magnetostatics, Maxwell equations, transmission concepts and engineering applications. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE302PC Electrical Machines I
Focuses on magnetic circuits, transformers, DC machines, testing, efficiency and performance. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EC303PC Electronic Devices and Circuits
Introduces semiconductor physics, diodes, transistors, amplifiers and basic analog circuits. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE304PC Power Systems I
Explains generation fundamentals, transmission, distribution and system components. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE305PC Electrical Measurements and Sensors
Describes instruments, measurement techniques, transducers and sensors. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
MS306HS Innovation and Entrepreneurship
Develops creativity, problem solving, startup awareness and entrepreneurial thinking. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE307PC Electrical Machines I Lab
Hands-on transformer and DC machine experiments. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE308PC Electrical Measurements and Sensors Lab
Practical experience with measuring instruments and sensors. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE309PC Electronic Devices and Circuits Lab
Experiments on diodes, BJTs, FETs and amplifiers. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
EE310SD Design of Electrical Systems using AutoCAD
Electrical drafting and CAD based design skills. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
VA300ES Environmental Science
Environmental sustainability and responsible engineering. Students should understand theory, solve numerical problems, perform laboratory exercises and connect classroom knowledge with practical engineering applications. Regular revision, note preparation and previous question paper practice improve confidence and examination performance.
Preparation, Career and Resources
Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units. Preparation Tips: Make a weekly timetable, revise formulas, practice derivations, complete laboratory records on time, watch concept videos, discuss doubts with faculty, and solve university question papers. Recommended books include P.S. Bimbhra, C.L. Wadhwa, Boylestad, Sawhney and Sadiku depending on the subject. This semester also supports preparation for GATE, PSU recruitment, state electricity board examinations and technical interviews. Learning MATLAB, Scilab and AutoCAD alongside the syllabus further strengthens practical skills. Students should focus on conceptual clarity rather than memorization. Consistent study habits, active participation in laboratories and project-oriented learning lead to better academic performance. The official syllabus should always be used as the primary reference for course outcomes and unit-wise topics. Use the embedded YouTube explanation for an overview and download the official PDF for detailed units.
