Students who have passed Karnataka 2nd PUC/ 12th Std, / 10+2 / Intermediate or equivalent exam with Physics & Mathematics along with Chemistry/ Computer Science / Biology and any other optional subject with English as one of the languages of study and should have obtained a minimum of 45% marks. For SC/ST & other backward classes of Karnataka students only, the minimum marks is 40% in aggregate in the optional subjects in the qualifying examination, irrespective of marks obtained in the Common Entrance Test / COMED-K/ AIEEE.(Eligibility as per the Govt. Norms from time to time.)
ECE or Electronics and Communication Engineers play a pivotal role in designing and developing the systems that power our modern world in the various job roles.
VLSI Design Engineer
Network Engineer
IoT Engineer
Integrated Circuit (IC) Designing
Electronic Design Engineer
Analog applications Engineer
Embedded Systems Analyst
Robotics Engineer
Program Fees
Duration
4 Years
Program
Electronics and Communication Engineering
Type
SNQ
CET
COMED-K
Management
Amount
Rs. 46,360/-
Rs. 1,22,495/-
Rs. 3,070,87/-
Rs. 2,65,000/-
Admission Process
Students who have passed Karnataka 2nd PUC / 12th std / 10+2 / Intermediate or equivalent exam with Physics & Mathematics along with Chemistry / Computer Science / Biology and any other optional subject with English as one of the languages of study and should have obtained a minimum of 45% marks.
For SC/ST & Other backward classes of Karnataka students only, the minimum marks is 40% in aggregate in the optional subjects in the qualifying examination, irrespective of marks obtained in the Common Entrance Test / COMED-K / AIEEE / any other equivalent entrance examinations. (Eligibility as per the Govt. Norms from time to time).
Programme Educational Objectives (PEOs)
PEO-1
To acquire strong knowledge in Basic Science and mathematics and the ability to apply this knowledge in the relevant fields of E&CE
PEO-2
To develop technical competence and uplift research ability to solve real-time problems.
PEO-3
To obtain professional Excellency through lifelong learning and produce graduates with professional values.
Program outcomes (POs)
PO 1
Engineering knowledge
Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
PO 2
Problem analysis
Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using the first principles of mathematics, natural sciences, and engineering sciences.
PO 3
Design/development of solutions
Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for public health and safety, and cultural, societal, and environmental considerations.
PO 4
Conduct investigations of complex problems
Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
PO 5
Modern tool usage
Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
PO 6
The engineer and society
Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal & cultural issues and the consequent responsibilities relevant to the professional engineering practice.
PO 7
Environment and sustainability
Understand the impact of professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
PO 8
Ethics
Apply ethical principles and commit to professional ethics & responsibilities and norms of the engineering practice.
PO 9
Individual and team work
Function effectively as an individual, and as a member or leader in diverse teams, and in multi-disciplinary settings.
PO 10
Communication
Communicate effectively on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
PO 11
Project management and finance
Demonstrate knowledge and understanding of the engineering and management principles and apply these to one's work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
PO 12
Life-long learning
Recognize the need for, and have the preparation and ability to engage in independent & life-long learning in the broadest context of technological change.
Programme Specific Outcomes
PSO 1
To understand the principles, processes, techniques, and design aspects of electronic devices, circuits, and communication systems.
PSO 2
To apply, analyze, and design electronic circuits, communication systems, and embedded systems by using higher engineering mathematical foundations, computational principles, and network modeling skills.
PSO 3
To develop electronic hardware and software systems for universal requirements using sensors, embedded controllers, signal processors, and analog and digitally integrated chips.
Program Curriculum 2022 Scheme
SN
Course Code
Course Name
1
22MATE11
Mathematics for EEE Stream-I
2
22PHYE12
Physics for EEE stream
3
22EEE13
#Element of Electrical Engineering
Or
22BEE13
##Basic Electronics
4
22EDC14X
Engineering Science Course-I
5
22ETC15X
Emerging Technology Course-I
Or
22PLC15X
Programming Languages Course-I
6
22ENG16
Communicative English
7
22KSK17/22KBK17
Samskrutika Kannada/ Balake Kannada
Or
22ICO17
Indian Constitution
8
22IDT18
Innovation and Design Thinking
Or
22SFH18
Scientific Foundations of Health
(ESC-I) Engineering Science Course-I
(ETC-I) Emerging Technology Course-I
Code
Title
Code
Title
22ESC141
Introduction to Civil Engineering
22ETC15A
Smart Materials and Systems
22ESC142
Introduction to Electrical Engineering
22ETC15B
Green Buildings
22ESC143
Introduction to Electronics Engineering
22ETC15E
Renewable Energy Sources
22ESC144
Introduction to Mechanical Engineering
22ETC15F
Drone Technology
22ESC145
Introduction to C Programming
22ETC15G
Introduction to Sustainable Engineering
22ETC15H
Introduction to Internet of Things (IoT)
22ETC15I
Waste Management
22ETC15J
Introduction to Cyber Security
(PLC-I) Programming Language Courses-I
Code
Title
22PLC15A
Introduction to Web Programming
22PLC15B
Introduction to Python Programming
22PLC15C
Basics of JAVA Programming
22PLC15D
Introduction to C++ Programming
SN
Course Code
Course Name
1
22MATE21
Mathematics for EES-II
2
22CHEE22
Chemistry for EES
3
22CED23
Computer-Aided Engineering Drawing
4
22ESC24X
Engineering Science Course-II
5
22PLC25X
Programming Languages Course-II
Or
22ETC25X
Emerging Technology Course-II
6
22PWS26
Professional Writing Skills in English
7
22ICO27
Indian Constitution
Or
22KSK27/22KBK27
Samskrutika Kannada/ Balake Kannada
8
22FH28
Scientific Foundations of Health
Or
22IDT28
Innovation and Design Thinking
(ESC-II) Engineering Science Course-II
(ETC-II) Emerging Technology Course-II
Code
Title
Code
Title
22ESC241
Introduction to Civil Engineering
22ETC25A
Smart Materials and Systems
22ESC242
Introduction to Electrical Engineering
22ETC25B
Green Buildings
22ESC243
Introduction to Electronics Engineering
22ETC25E
Renewable Energy Sources
22ESC244
Introduction to Mechanical Engineering
22ETC25F
Drone Technology
22ESC245
Introduction to C Programming
22ETC25G
Introduction to Sustainable Engineering
22ETC25H
Introduction to Internet of Things (IoT)
22ETC25I
Waste Management
22ETC25J
Introduction to Cyber Security
(PLC-II) Programming Language Courses-II
Code
Code
22PLC25A
Introduction to Web Programming
22PLC25B
Introduction to Python Programming
22PLC25C
Basics of JAVA Programming
22PLC25D
Introduction to C++ Programming
SN
Course Code
Course Name
1
22BB31
Biology for Engineers
2
22EC32
Digital Circuit Design using Verilog
3
22EC33
Network Analysis
4
22EC34
Analog Electronic Circuits
5
22ECL35
Analog Electronic Circuits Laboratory
6
22EC361
ESC/ETC/PLC (Computer Organization and Architecture)
7
22SC37
Social Connect and Responsibility
8
22EC381
Ability Enhancement Course/Skill Enhancement Course – III Department specific ability enhancement course (Programming with Hardware Controllers)
9
22NS39
National Service Scheme (NSS)
22PE39
Physical Education (PE) (Sports and Athletics)
22YO39
Yoga
Additional Mathematics for Lateral Entry Students
1
22MATDIP31
Additional Mathematics-I
SN
Course Code
Course Name
1
22MEE41
Applied Mathematics for Electrical and Electronics Engineering
2
22EC42
Engineering Electromagnetics
3
22EC43
Control Systems
4
22EC44
Communication Systems- I
5
22ECL45
Communication Laboratory-I
6
22EC46x
ESC/ETC/PLC
7
22PSW47
Ability Enhancement Course / Skill Enhancement Course – IV (Professional Skills for the Work Place)
8
22UH48
Universal human values course
9
22NS49
National Service Scheme (NSS)
22PE49
Physical Education (PE) (Sports and Athletics)
22YO49
Yoga
Additional Mathematics for Lateral Entry Students
1
22MATDIP41
Additional Mathematics-II
Engineering Science Course (ESC/ETC/PLC)
1
22EC461
8051 Microcontroller
2
22EC462
Oops using C++
SN
Course Code
Course Name
1
22EC51
Principles of Management & Economics
2
22EC52
Fundamentals of VLSI Design
3
22EC53
Communication Systems- II
4
22ECL54
Communication Laboratory-II
5
22EC55X
Professional Elective Course
6
22ECMN56
Mini Project
7
22ADA57
Ability Enhancement Course/Skill Development Course - V (Advanced aptitude)
8
22ES58
Environmental Studies
9
22NS59
National Service Scheme (NSS)
22PE59
Physical Education (PE) (Sports and Athletics)
22YO59
Yoga
Professional Elective Course
1
22EC551
Embedded Systems & Applications
2
22EC552
Sensors and actuators for Engineering Applications
After the announcement of the reopening date of the college, the candidates have to register for the admission with an application enclosing all the photos copies of previous semesters marks card/s through their department HOD and they have to pay the applicable Tuition Fees / Registration Fees within a week of reopening the institute for class work.
The students who fail to register within the first week of re-opening, the student will be charged a penalty
The names of the students will be deleted, in case they fail to register as per the schedule
Any financial matters are required to be referred to the principal only
Once the student is admitted he/she will be under the guidance of the department and all the academic matters should be addressed through the Head of the department only.
Students are expected to maintain discipline in the college campus & not to indulge in “Ragging Activities”.
FAQs
Electronics and Communication Engineering is a branch of engineering that deals with the design, development, and application of electronic devices, circuits, communication systems, and networks. It covers digital electronics, communication systems, signal processing, embedded systems, microprocessors, and VLSI (Very Large Scale Integration).
The major areas of study in ECE include:
Analog and Digital Electronics
Communication Systems (Wireless, Optical, Satellite, Mobile Networks)
Signal Processing (Image, Audio, Video)
Embedded Systems and Microcontrollers
VLSI Design
Control System
Power Electronics
Electromagnetic Theory
RF and Microwave Engineering
Internet of Things (IoT)
Robotics and Automation
The ECE department typically offers BE in Electronics and Communication Engineering
Some essential skills for students pursuing ECE are:
Strong foundation in mathematics, physics, and computer science
Problem-solving and analytical thinking
Knowledge of circuit design and simulation tools
Familiarity with programming languages like C, C++, Python, or MATLAB
Understanding of communication protocols and networking
Hands-on experience with hardware ( Microcontrollers, sensors, etc.)
Teamwork and communication skills for collaborative projects
ECE graduates have a wide range of career opportunities in various industries, including:
1. Core Electronics and Communication Roles
Embedded Systems Engineer: Work on embedded systems and microcontrollers, often in industries like automotive, aerospace, and IoT.
VLSI Design Engineer: Design complex integrated circuits and chip design, often in semiconductor companies.
RF Engineer: Specialize in radio frequency engineering, essential for wireless communications, satellite systems, and telecommunications.
Telecommunication Engineer: Focus on network design, maintenance, and improvement of telecommunication systems, including cellular networks.
Network Engineer: Maintain and optimize network infrastructure for businesses, often in ISPs or IT companies.
Signal Processing Engineer: Work with signal processing algorithms and applications in fields like audio processing, image processing, and communications.
2. Software and IT Roles
Software Developer/Engineer: Develop software applications, with a focus on software engineering, coding, and debugging.
Data Scientist/Analyst: Analyze and interpret complex data; ECE students often have good problem-solving skills for data science roles.
Machine Learning Engineer: Design and implement machine learning algorithms, using programming and analytical skills.
Cybersecurity Analyst: Work on protecting systems and networks from cyber threats, an area of growing importance.
3. Control Systems and Automation
Control Systems Engineer: Work on automation in manufacturing, robotics, and industrial processes.
Instrumentation Engineer: Focus on designing and maintaining control instruments in industries such as oil, gas, and power.
4. Research and Development (R&D)
Research Engineer: Engage in research activities, especially in innovative areas like quantum computing, communication systems, and AI.
R&D Scientist: Work with research labs or academia on advanced technologies, publishing research and developing new technologies.
5. Sales and Consulting Roles
Technical Sales Engineer: Serve as a bridge between customers and technical teams, especially for high-tech products.
Consultant: Provide consultancy in technology, helping companies leverage new advancements in electronics and communications.
6. Government and Public Sector Jobs
Public Sector Jobs (PSUs): Many government-owned companies (like BHEL, ISRO, DRDO, BSNL) hire ECE graduates.
Defense Services: Roles in technical arms of the defense sector, including electronics, communications, and radar systems.
7. Higher Studies and Academia
Higher Education (M.Tech/PhD): Pursue advanced studies and specialize in a particular area, opening doors to teaching and high-level R&D roles.
Professor/Lecturer: A teaching career in universities or colleges, guiding the next generation of engineers.
8. Entrepreneurship
Startups and Innovation: Leverage skills to start a business, particularly in technology-driven areas like IoT, AI, or hardware startups.
ECE graduates have opportunities across multiple sectors, making it a versatile degree.
Some of the current trends in ECE include:
Internet of Things (IoT)
Artificial Intelligence and Machine Learning in Electronics
5G and 6G Communication Networks
Quantum Computing and Communication
Autonomous Vehicles and Smart Transportation
Edge Computing and Cloud Computing
Wearable Technology and Health Monitoring
Smart Cities and Smart Grid Technologies
The ECE department typically conducts research in the following areas:
Signal Processing (audio, video, speech recognition)
Wireless Communication (5G, IoT, satellite systems)
Embedded Systems (IoT devices, real-time systems)
VLSI Design and Fabrication
Microwave and RF Engineering
Machine Learning in Electronics
Biomedical Electronics
The ECE department typically provides the following lab facilities:
Circuit Theory and Electronics Lab
Communication Systems Lab
Microprocessor and Microcontroller Lab
Signal Processing Lab
Embedded Systems and IoT Lab
VLSI Design Lab
Digital Logic Design Lab
Antenna and RF Lab
Optical Fiber Communication Lab
Robotics and Automation Lab
Yes, ECE students have, access to internship opportunities with leading tech companies, telecom firms, and research organizations. The department also has strong industry connections for campus placements. Placement opportunities include roles in software development, electronics design, network engineering, research and development, and more.
The ECE department fosters student development through:
