[Latest 2025] GTU ME Electronics and Communication (Communication System Engineering) Sem 1 Syllabus

GTU Latest 2025 Electronics and Communication (Communication System Engineering) Sem 1 Syllabus for all subjects pdfs download.

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The GTU ME Electronics and Communication (Communication System Engineering) Syllabus for the year 2025 has been recently published by Gujarat Technical University (GTU), covering all semesters and subjects. This latest 2025 updated syllabus is essential for students as they prepare for their semester exams, providing them with a clear understanding of the topics to be covered and the distribution of marks for theory and practical exams.

GTU Electronics and Communication (Communication System Engineering) Syllabus Sem 1

L=lectures, T=tutorial, P=Practical, E=TheoryExternal, M=TheoryInternal, I=Practical Internal, V=Practical External, ESE – End Semester Examination, PA – Progressive Assessment
Effective From: 2024-25 -


Subject CodeSubject NameCreditsPapersCategoryTeaching SchemeExamination MarksTotal Marks
LTPTheory MarksPractical Marks
ESE (E)PA (M)PA (I)ESE Viva (V)
ME01005021Image Processing0Professional Elective - I302470302030
ME01005011Wireless Sensor Networks0-Professional Elective - I302470302030
ME01000351DSP Architecture0-Professional Elective - II302470302030
ME01000341RF and Microwave Circuit Design0Professional Elective - II302470302030
ME01000331Cognitive Radio0-Professional Elective - II302470302030
ME01000321Optical Networks0Professional Elective - I302470302030
ME01000311Advanced Digital Signal Processing0Professional Core Courses302470302030
ME01000301Wireless and Mobile Communication0Professional Core Courses302470302030
ME01000021Technical Report Writing0Mandatory Non-Credit Courses - Audit Course200050000
ME01000011Research Methodology and IPR0-Mandatory Learning Course (Bridge Course)1022002080
Effective From: 2018-19 +


Subject CodeSubject NameCreditsPapersCategoryTeaching SchemeExamination MarksTotal Marks
LTPTheory MarksPractical Marks
ESE (E)PA (M)PA (I)ESE Viva (V)
3710515DSP Architecture0Program Elective II302470302030
3710514RF and Microwave Circuit Design0Program Elective II302470302030
3710513Cognitive Radio0Program Elective II302470302030
3710512RTL Simulation and Synthesis with PLDs0Program Elective I302470302030
3710511Wireless Sensor Networks0Program Elective I302470302030
3710510Statistical Information Processing0Program Elective I302470302030
3710509Optical Networks0Program Elective I302470302030
3710508Wireless and Mobile Communication0Core II302470302030
3710506Advance Image Processing0Program Elective II302470302030
3710501Advanced Digital Signal Processing0Core I302470302030
3710001Research Methodology and IPR0-MLC1022002080
3700005Constitution of India0Audit Course200050000
3700001English for Research Paper Writing0Audit Course200050000
Effective From: 2014-15 +


Subject CodeSubject NameCreditsPapersCategoryTeaching SchemeExamination MarksTotal Marks
LTPTheory MarksPractical Marks
ESE (E)PA (M)PA (I)ESE Viva (V)
2710507ASIC Design0Major Elective - I302470302030
2710506Advanced Image Processing0Major Elective - I302470302030
2710505Telecom Switching System, Networks and Network Management0Major Elective - I302470302030
2710504RF and Microwaves0Major Elective - I302470302030
2710503Fiber Optic Communication0Core II422670302030
2710502Information Theory & Coding0Core I422670302030
2710501Digital Signal Processing Algorithms0Core (Application based Maths)302470302030
2710001Research Skills0-Compulsory1202002080
Effective From: 2010-11 +


Subject CodeSubject NameCreditsPapersCategoryTeaching SchemeExamination MarksTotal Marks
LTPTheory MarksPractical Marks
ESE (E)PA (M)PA (I)ESE Viva (V)
710428NRecent topics in Modern Communication Engineering0Major Elective I320470302030
710427NSoft Computing Technique and its Application in Engineering0Major Elective I302470302030
710426NLinear Systems Theory0-Major Elective I320470302030
710425NRobotics and Intelligent Systems0-Major Elective I320470302030
710424NMachine Learning0-Major Elective I320470302030
710423NNeuro Computing and Applications0Major Elective I320470302030
710422NDigital Signal Processing and Applications0Major Elective I302470302030
710421NComputer Aided Design for VLSI0-Major Elective I302470302030
710419NAntenna Engineering and Design0-Major Elective I302470302030
710418NSatellite Communication0Major Elective I320470302030
710417NMicroelectronics chip fabrication0-Major Elective I320470302030
710413NR F Microelectronics0-Major Elective I302470302030
710412NDigital VLSI Design0Major Elective I302470302030
710411NRF and Microwave Engineering0-Major Elective I302470302030
710410NIntroduction to Artificial Intelligence0-Major Elective I302470302030
710409NEmbedded System Design0Major Elective I302470302030
710407NBiomedical Signal Processing0-Major Elective I302470302030
710406NSpeech Processing0Major Elective I302470302030
710405NFiber Optic Communication0Major Elective I302470302030
710404NImage Processing0Institute Elective I302470302030
710403NASIC Design0Compulsory402570302030
710402NInformation Theory and Coding0Compulsory402570302030
710401NStatistical Signal Analysis0Compulsory320470302030
710001NCommunication and Research Skills0Compulsory22037030200
Effective From: 2009-10 +


Subject CodeSubject NameCreditsPapersCategoryTeaching SchemeExamination MarksTotal Marks
LTPTheory MarksPractical Marks
ESE (E)PA (M)PA (I)ESE Viva (V)
710428Recent topics in Modern Communication Engineering0-Elective320460201010
710427Soft Computing Technique and its Application in Engineering0-Elective302460201010
710426Linear System Theory0-Elective320460201010
710425Robotics and Intelligent Systems0-Elective320460201010
710424Machine Learning0-Elective320460201010
710423Neuro Computing and Applications0Elective320460201010
710422Digital Signal Processing and Applications0Elective302460201010
710421Computer Aided Design for VLSI0-Elective302460201010
-710420Peripheral System Design & Interfacing0-Elective302460201010
710419Antenna Engineering and Design0-Elective302460201010
710418Satellite communication0Elective320460201010
710417Microelectronics chip fabrication0-Elective320460201010
-710416Adaptive signal Processing0-Elective320460201010
-710415Applied Linear Algebra in Engineering0-Elective320460201010
-710414Optimization Techniques0-Elective320460201010
710413RF Microelectronics0-Elective302460201010
710412Digital VLSI Design0Elective302460201010
710411RF and Microwave Engineering0-Elective302460201010
710410Introduction to Artificial Intelligence0Elective302460201010
710409Embedded System Design0Elective302460201010
-710408Computer Vision0-Elective302460201010
710407Biomedical Signal Processing0Elective302460201010
710406Speech Processing0Elective302460201010
710405Fiber Optic Communication0Elective302460201010
710404Image Processing0Elective302460201010
710403ASIC Design0Compulsory402560201010
710402Information Theory and Coding0Compulsory402560201010
710401Statistical Signal Analysis0Compulsory320460201010
710001Communication and Research Skills0Compulsory22036020200

GTU ME Electronics and Communication (Communication System Engineering) Syllabus

From the below table, students can download GTU Electronics and Communication (Communication System Engineering) Branch's other semester syllabus PDFs too. To download other semesters syllabus PDFs, click on any of the semesters from the below table.

No. GTU ME Electronics and Communication (Communication System Engineering) Syllabus PDFs
1. GTU ME Electronics and Communication (Communication System Engineering) Syllabus Sem 1
2. GTU ME Electronics and Communication (Communication System Engineering) Syllabus Sem 2
3. GTU ME Electronics and Communication (Communication System Engineering) Syllabus Sem 3
4. GTU ME Electronics and Communication (Communication System Engineering) Syllabus Sem 4

Conclusion

In conclusion, the GTU ME Electronics and Communication (Communication System Engineering) Syllabus for 2025 plays a vital role in guiding students at Gujarat Technical University towards academic success. By providing a comprehensive outline of the subjects, mark distribution, and learning objectives for each subject, the syllabus equips students with the necessary knowledge and understanding to excel in their exams.

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