School of Electronics Engineering (SENSE)

Transcription

1 School of Electronics Engineering (SENSE) B.Tech (Electronics & Communication Engineering) CURRICULUM [Curriculum for Applied Learning (CAL)] Sl. No Category Total number of Credits 1 University Core (UC) 70 2 Program Core (PC) 59 3 Program Elective (PE) 39 4 University Elective (UE) 12 Total Number of Credits 180 Discipline % Credits UC PC PE UE Engineering Science Humanities Management Total i

2 No University Core- 70 Credits Title L T P J C Area 1 CHY1701 Engineering Chemistry Science 2 CHY1002 Environmental Science Science 3 CSE1001 Problem solving and programming Engineering Problem solving with Object Oriented 4 CSE1002 Programming Engineering 5 ECE3099 Industrial Internship Engineering Tech Answers for Real world Problems 6 ECE3999 (TARP) Engineering 7 ECE4098 Comprehensive Examination Engineering 8 ECE4099 Co-op / Capstone Project Engineering 9 ENG1011 English for Engineers Humanities Personality Development(extra & co - 10 EXC4097 curricular activities) Management 11 FLC4097 Foreign Language basket Humanities 12 HUM1021 Ethics and Values Humanities 13 MAT1011 Calculus for Engineers Science 14 MAT2001 Statistics for Engineers Science 15 MGT1022 Lean Start-up Management Management 16 PHY1701 Engineering Physics Science 17 PHY1999 Introduction to Innovative Projects Science 18 STS4097 Soft Skills Humanities TOTAL 70 ii

3 Program Core- 59 Credits L- Lecture T Tutorial P Practical J Project C - Credits No. Title L T P J C Category Pre-Requisite 1. ECE1001 Fundamentals of Electrical Engineering None 2. ECE1002 Semiconductor Devices and Engineering None 3. ECE1003 Electromagnetic Field Theory Science PHY ECE1004 Signals and Science MAT ECE1005 Sensors and Instrumentation Engineering PHY ECE2001 Network Theory Engineering ECE ECE2002 Analog Electronic Engineering ECE ECE2003 Digital Logic Design Engineering ECE ECE2004 Transmission lines and Engineering ECE1003 Waveguides 10. ECE2005 Probability Theory and Science ECE1004 Random Processes 11. ECE2006 Digital Signal Processing Engineering ECE ECE3001 Analog Communication Engineering ECE ECE3002 VLSI System Design Engineering ECE ECE3003 Microcontroller and its Engineering ECE2003 applications 15. ECE4001 Digital Communication Engineering ECE MAT2002 Applications of Differential and Science MAT1011 Difference Equations 17. MAT3004 Applied Linear Algebra Science MAT2002 iii

4 Program Elective- 39 Credits L- Lecture T Tutorial P Practical J Project C - Credits No. Title L T P J C Category Pre- Requisite 1 CSE2003 Data Structures and Algorithms Engineering None 2 CSE2005 Operating Engineering CSE1001 Introduction to Nano Science and 3 ECE1006 Nano Technology Engineering PHY ECE1007 Optoelectronics Engineering PHY ECE1008 Electronics Hardware Trouble Shooting Engineering None 6 ECE2008 Robotics and Automation Engineering ECE ECE2010 Control Engineering ECE ECE3004 Computer Organization and Architectures Engineering ECE ECE3005 Digital Image Processing Engineering ECE ECE3009 Neural Networks and Fuzzy Control Engineering ECE ECE3010 Antennas and wave propagation Engineering ECE ECE3011 Microwave Engineering Engineering ECE ECE3013 Linear Integrated Engineering ECE ECE4002 Advanced Microcontrollers Engineering ECE ECE4003 Embedded System Design Engineering ECE ECE4004 Embedded C and Linux Engineering ECE ECE4005 Optical Communication and Networks Engineering ECE ECE4007 Information Theory and Coding Engineering ECE ECE4008 Computer Communication Engineering ECE ECE4009 Wireless and Mobile communication Engineering ECE ECE4010 Satellite Communication Engineering ECE ECE4011 Wireless Sensor Networks Engineering ECE ECE4013 Cryptography and Network Security Engineering ECE MAT3005 Applied Numerical Methods Engineering MAT PHY1002 Material Science Science PHY1001 iv

5 University Electives- 12 Credits University Electives are meant to develop interdisciplinary skills among the students. So the students can take any courses other than their University and Program core courses as their University elective courses. Student should have completed minimum of 12 credits under university electives to fulfill their requirements to complete their B.Tech Degree. v

6 Program Migration Requirements No Title L T P J C Category Prerequisite 1 ECE ECE1002 Fundamentals of Electrical Semiconductor Devices and Engineering None Engineering None Minor in Electronics Engineering (Choose any five courses from the list) No Title L T P J C Category Prerequisite 1 ECE1002 Semiconductor Devices and Engineering None 2 ECE2002 Analog Electronic Engineering ECE ECE2003 Digital Logic Design Engineering ECE ECE3013 Linear Integrated Engineering ECE ECE3003 Microcontroller and its Applications Engineering ECE ECE3002 VLSI System Design Engineering ECE2003 vi

7 No Minor in Communication Engineering (Choose any five courses from the list) Title L T P J C Category Prerequisite 1 ECE1002 Semiconductor Devices and Engineering None 2 ECE2002 Analog Electronic Engineering ECE ECE3001 ECE ECE4007 Analog Communication Digital Communication Information Theory and Coding Engineering ECE Engineering ECE Engineering ECE ECE4008 Computer Communication Engineering ECE ECE4009 Wireless and Mobile communication Engineering ECE4001 B. Tech - ECE (Honors) (Choose any five courses from the list) No Title L T P J C Category Prerequisite 1 ECE2008 Robotics and Automation Engineering ECE ECE3005 Digital Image Processing Engineering ECE ECE3009 Neural Networks and Fuzzy Control Engineering ECE ECE4010 Satellite Communication Engineering ECE ECE4011 Wireless Sensor Networks Engineering ECE ECE4013 Cryptography and Network Security Engineering ECE2005 vii