The GNITS syllabus of G. Narayanamma Institute of Technology & Science (GNITS) for B.Tech programs is structured under updated academic regulations such as R-22 and R-25, aligned with industry requirements and modern technologies. The curriculum emphasizes core fundamentals, practical labs, projects, and emerging technologies.
Overview of GNITS B.Tech Curriculum 2026
- Duration: 4 Years (8 Semesters)
- Programs: CSE, ECE, EEE
- Structure:
- 1st Year: Common foundation subjects
- 2nd Year: Core branch subjects begin
- 3rd Year: Advanced core + electives
- 4th Year: Specialization + projects
GNITS continuously updates its syllabus to include AI, Data Science, IoT, Embedded Systems, Power Systems, etc.
GNITS CSE Syllabus 2026 (Year-wise): 1st Year (Common Engineering Subjects)
| Subjects |
Description |
| Mathematics-I & II |
Calculus, Linear Algebra |
| Engineering Physics |
Mechanics, Optics |
| Engineering Chemistry |
Materials, Electrochemistry |
| Programming for Problem Solving |
C Programming |
| Basic Electrical Engineering |
Circuits, Laws |
| Engineering Graphics |
Drawing & CAD |
| English Communication |
Soft skills |
2nd Year (Core Computer Science)
| Subjects |
Topics Covered |
| Data Structures |
Arrays, Linked List, Trees |
| Digital Logic Design |
Boolean Algebra, Circuits |
| Computer Organization |
CPU, Memory |
| Object-Oriented Programming |
Java/C++ |
| Discrete Mathematics |
Graph Theory, Logic |
| Operating Systems |
Process, Scheduling |
3rd Year (Advanced Core + Electives)
| Subjects |
Topics Covered |
| Database Management Systems |
SQL, Normalization |
| Computer Networks |
OSI, TCP/IP |
| Software Engineering |
SDLC, Testing |
| Theory of Computation |
Automata |
| Artificial Intelligence |
ML Basics |
| Web Technologies |
HTML, CSS, JS |
4th Year (Specialization & Projects)
| Subjects |
Focus |
| Machine Learning / Data Science |
Algorithms, Models |
| Cloud Computing |
AWS, Virtualization |
| Cyber Security |
Cryptography |
| Major Project |
Industry-based |
| Internship |
Practical Exposure |
GNITS ECE Syllabus 2026 (Year-wise)
1st Year (Common Subjects)
(Same as CSE first year)
2nd Year (Core Electronics)
| Subjects |
Topics Covered |
| Electronic Devices & Circuits |
Diodes, Transistors |
| Signals & Systems |
Fourier, Laplace |
| Network Analysis |
Circuit Theorems |
| Digital Electronics |
Logic Gates |
| Electromagnetic Theory |
Fields |
3rd Year (Advanced Electronics)
| Subjects |
Topics Covered |
| Analog Communications |
AM, FM |
| Digital Communications |
Modulation |
| Microprocessors & Microcontrollers |
8086, ARM |
| VLSI Design |
CMOS, IC Design |
| Control Systems |
Stability |
4th Year (Specialization)
| Subjects |
Focus |
| Embedded Systems |
IoT Devices |
| Wireless Communication |
5G Basics |
| DSP (Digital Signal Processing) |
Signals |
| Major Project |
Hardware/Software |
| Internship |
Industry Training |
GNITS EEE Syllabus 2026 (Year-wise)
1st Year (Common Subjects)
(Same as other branches)
2nd Year (Electrical Core)
| Subjects |
Topics Covered |
| Electrical Circuits |
Network Analysis |
| Electrical Machines-I |
Transformers |
| Analog Electronics |
Amplifiers |
| Engineering Mathematics |
Advanced Math |
| Signals & Systems |
Basics |
3rd Year (Advanced Electrical)
| Subjects |
Topics Covered |
| Power Systems |
Generation, Transmission |
| Control Systems |
Feedback |
| Power Electronics |
Converters |
| Electrical Machines-II |
Motors |
| Measurements & Instrumentation |
Devices |
4th Year (Specialization)
| Subjects |
Focus |
| Renewable Energy Systems |
Solar, Wind |
| Electric Vehicles |
EV Technology |
| Smart Grid |
Automation |
| Major Project |
Industrial Problem |
| Internship |
Practical Work |
GNITS Syllabus 2026 Semester-wise
Here is a semester-wise detailed GNITS B.Tech syllabus 2026 (CSE, ECE, EEE) based on latest R22/R25 curriculum structure. GNITS follows a 4-year (8 semester) CBCS pattern with ~160 credits, where 1st year is common and later semesters are branch-specific
1st Year – Semester 1 (Common for All Branches)
| Subjects |
Key Topics |
| Mathematics-I |
Matrices, Calculus, Differentiation |
| Engineering Physics |
Mechanics, Waves, Optics |
| Programming for Problem Solving |
C Programming Basics |
| Basic Electrical Engineering |
Circuits, Ohm’s Law |
| Engineering Graphics |
Drawing, CAD Basics |
| English Communication |
Grammar, Writing Skills |
| Physics Lab / Programming Lab |
Practical Experiments |
1st Year – Semester 2 (Common)
| Subjects |
Key Topics |
| Mathematics-II |
Differential Equations, Laplace |
| Engineering Chemistry |
Materials, Corrosion |
| Basic Electronics Engineering |
Diodes, Transistors |
| Data Structures Basics |
Arrays, Linked Lists |
| Environmental Science |
Ecology, Sustainability |
| Workshop Practice |
Mechanical Tools |
| Chemistry / Electronics Lab |
Practical Skills |
GNITS CSE Semester-wise Syllabus: 2nd Year – Semester 3
| Subjects |
Topics |
| Data Structures |
Stacks, Queues, Trees |
| Discrete Mathematics |
Graphs, Logic |
| Digital Logic Design |
Boolean Algebra |
| Computer Organization |
CPU, Memory |
| OOP (Java/C++) |
Classes, Inheritance |
| Data Structures Lab |
Implementation |
Semester 4
| Subjects |
Topics |
| Operating Systems |
Processes, Scheduling |
| Database Management Systems |
SQL, Normalization |
| Design & Analysis of Algorithms |
Sorting, Greedy |
| Software Engineering |
SDLC, Agile |
| Microprocessors |
8086 Basics |
| DBMS Lab / OS Lab |
Practical |
3rd Year – Semester 5
| Subjects |
Topics |
| Computer Networks |
OSI, TCP/IP |
| Theory of Computation |
Automata |
| Artificial Intelligence |
ML Basics |
| Web Technologies |
HTML, JS |
| Professional Elective-I |
AI/DS/Cloud |
| Mini Project |
Development |
Semester 6
| Subjects |
Topics |
| Machine Learning |
Regression, Classification |
| Compiler Design |
Parsing |
| Data Mining |
Clustering |
| Cyber Security |
Encryption |
| Open Elective |
Interdisciplinary |
| Internship |
Industry Exposure |
4th Year – Semester 7
| Subjects |
Topics |
| Cloud Computing |
Virtualization |
| Big Data Analytics |
Hadoop |
| Professional Electives |
Advanced AI/IoT |
| Project Phase-I |
Design |
Semester 8
| Subjects |
Topics |
| Major Project |
Implementation |
| Seminar |
Presentation |
| Internship / Industry Training |
Real-world |
GNITS ECE Semester-wise Syllabus
2nd Year – Semester 3
| Subjects |
Topics |
| Electronic Devices |
Diodes, BJT |
| Network Analysis |
Theorems |
| Signals & Systems |
Fourier |
| Digital Electronics |
Logic Gates |
| Electronic Lab |
Circuits |
Semester 4
| Subjects |
Topics |
| Analog Circuits |
Amplifiers |
| Electromagnetic Theory |
Fields |
| Probability & Random Variables |
Stats |
| Linear IC Applications |
Op-Amps |
| Microcontrollers |
Basics |
| Analog Lab |
Practical |
3rd Year – Semester 5
| Subjects |
Topics |
| Analog Communication |
AM, FM |
| Digital Communication |
Modulation |
| Control Systems |
Stability |
| Microprocessors |
8086 |
| VLSI Design |
CMOS |
| Mini Project |
Hardware |
Semester 6
| Subjects |
Topics |
| Digital Signal Processing |
Signals |
| Embedded Systems |
IoT |
| Antennas & Wave Propagation |
Radiation |
| Professional Elective |
VLSI/Embedded |
| Internship |
Industry |
4th Year – Semester 7
| Subjects |
Topics |
| Wireless Communication |
4G/5G |
| Radar Systems |
Basics |
| Professional Electives |
Advanced |
| Project Phase-I |
Design |
Semester 8
| Subjects |
Topics |
| Major Project |
Implementation |
| Seminar |
Research |
| Internship |
Industry Training |
GNITS EEE Semester-wise Syllabus
2nd Year – Semester 3
| Subjects |
Topics |
| Electrical Circuits |
Network Analysis |
| Electrical Machines-I |
Transformers |
| Analog Electronics |
Amplifiers |
| Signals & Systems |
Basics |
| Lab Work |
Practical |
Semester 4
| Subjects |
Topics |
| Electrical Machines-II |
Motors |
| Power Systems-I |
Generation |
| Control Systems |
Feedback |
| Power Electronics |
Converters |
| Measurements |
Instruments |
3rd Year – Semester 5
| Subjects |
Topics |
| Power Systems-II |
Transmission |
| Electrical Drives |
Motors |
| Renewable Energy |
Solar, Wind |
| Microprocessors |
Basics |
| Mini Project |
Design |
Semester 6
| Subjects |
Topics |
| High Voltage Engineering |
Testing |
| Smart Grid |
Automation |
| Power System Protection |
Relays |
| Professional Elective |
EV/Power |
| Internship |
Industry |
4th Year – Semester 7
| Subjects |
Topics |
| Electric Vehicles |
EV Systems |
| HVDC Transmission |
Power |
| Professional Electives |
Advanced |
| Project Phase-I |
Planning |
Semester 8
| Subjects |
Topics |
| Major Project |
Implementation |
| Seminar |
Technical |
| Internship |
Practical |
Key Highlights of GNITS Syllabus 2026
- Industry-oriented curriculum (AI, IoT, EV, Cloud)
- Strong lab & project-based learning
- Mandatory internships
- Electives for specialization
- Updated under modern regulations (R-22 / R-25)
GNITS Syllabus 2026 PDF Download link
Get the full and detailed Syllabus From this Official Link: Syllabus UG* PG
Conclusion
The GNITS B.Tech syllabus 2026 for CSE, ECE, and EEE is designed to build a strong technical foundation in the first year, followed by core specialization, advanced technologies, and real-world exposure in later years. With a balanced mix of theory, labs, and projects, students are well-prepared for placements, higher studies, and industry demands.
About The Author
Brajesh (MCA, M.Tech (IT)) is a passionate education and career content creator with a strong academic background in Computer Applications (MCA) and Technology (M.Tech). With years of hands-on experience in exam preparation strategies, syllabus analysis, and government job updates, he helps students and aspirants navigate their academic and professional journeys with clarity and confidence.
