Electronics & Communication Engineering

Category: B-Tech

Course Offered

Course Course Code Duration
B.Tech in Electronics & Communication Engineering EC 4 Years


Network Communication, Large Scale Electronics, VLSI Design, Internet of Things, Control Systems & Robotics, Mechatronics, Embedded Systems, Remote Sensing, Signal Processing, Nano Technology, Medical Electronics, Micro Electronics.


Telecom Sector, Defense Industry, Electronics Industry, Fast Moving Consumer Goods Sector, Marine Sector, Oil and Gas, Power Generation Industry, Railways.


Department Location Year of Establishment Total number of Classrooms Total number of Laboratories
First Floor, Room No. 206, Divisional Block A B. Tech in Electronics and Communication Engineering -2011 3 5


Assistant Professor


Name of HOD: Ms. Rekha M

Area of Specialization: Embedded Systems

Email Id : [email protected], [email protected]

About Department:

Electronics and communication engineering is a dynamic and exciting branch of engineering that provides excellent career opportunities in various areas of technology like Mobile Communications, VLSI, IT, Space Research, Embedded Systems, Robotics & Artificial Intelligence, Bio-medical, Industrial Automation etc.

Faculty members of department of Electronics and Communication Engineering (ECE) of Universal Engineering college are committed to teach our students the fundamental concepts and the latest trends via smart teaching and learning process. The students are also taught with critical thinking and problem-solving skills as they accommodate their future with confidence.

Our students are guided and motivated to implement the principles learnt in classrooms practically through experimentations in the laboratories and through projects on Embedded Systems, Robotics, Internet of Things etc.

ECE department conducts various workshops, Add-on courses, expert talks, Faculty Development Programs and Project exhibitions & competitions on recent trends in Electronics and Communication Engineering in collaboration with industries for the benefit of faculty and students.

The student projects are conducted in-house with the guidance of department faculty and industrial trainers.

The students get opportunities to expand their ideas through different type of club like Innovation Projects, Music, Arts, Sports etc.

ECE Department provides healthy environment to students and faculty members to carry out inter department collaborative research projects.

Having undergone such a robust academic Programme under the supervision of highest quality faculty members, I am sure that all passing out students of the department are capable of visualizing, planning and developing big projects of commercial and research interests in their respective field of expertise.


Department of Electronics & Communication Engineering

Room No.206,First Floor ,Divisional Block A,

Universal Engineering College

Vallivattom, Konathukunnu, Via,

P.O, Mathilakam, Kerala 680123



Provide excellent engineering education in the area of electronics and communication through intellectual team work with strong ethical values for the development and welfare of the nation and mankind


Branch Sl.No. Mission
ECE 1 To enhance the creative capabilities of the students.
ECE 2 Establishing unique learning environment to enable the students to face the challenges and to make them productive in their respective fields.
ECE 3 Upbringing students to make them socially committed engineers with a strong hold to their ethnicity.


Program Sl.No. Objective(s)
ECE PEO1 Graduates will gain solid establishment in basic science, calculus and computing knowledge and get benefits in their expert vocation or advanced education and research.
ECE PEO2 Graduates will have break down the patterns needing electronics engineering, plan suitable Framework to give arrangements that are actually stable, financially attainable and socially worthy.
ECE PEO3 Graduates will have the moral disposition, successful relational abilities, and collaboration to adjust ongoing patterns by participating in deep rooted learning.


Program Sl.No. Outcome(s)
ECE PO1 Ability to apply the knowledge of mathematics, science ,engineering fundamentals, engineering specialization for obtaining solutions of real time problems on electronics.
ECE PO2 Ability to identify, formulate research literature and analyze complex engineering problems reaching substantiated conclusion using first principle of mathematics, natural science and engineering science.
ECE PO3 Ability to design solutions for complex engineering problems and design electronic system that needs the specify needs with appropriate considerations for public health, safety, cultural societal and environmental considerations.
ECE PO4 To have the ability to analyze the circuits with necessary design and synthesis with research based knowledge.
ECE PO5 Ability to apply appropriate techniques, resources and modern engineering tools for the modeling of engineering activities with an understanding of the limitations.
ECE PO6 To illustrate an awareness about social and economical issues and argued to make actions with professional qualities and responsibilities.
ECE PO7 Understand the impact of professional engineering solutions in societal & environmental contexts and demonstrate the knowledge for the need of sustainable development.
ECE PO8 Ability to apply ethical principles and commit to professional ethics & responsibilities and norms of the engineering practice.
ECE PO9 Effective partitioning of works and projects in teams and present the work with individual contributions.
ECE PO10 An effective link between industry and society in large scale completely based on engineering aspects.
ECE PO11 Solutions to project based works and resources individually by the application of engineering ideas and studies.
ECE PO12 Identification and modifications in design process respective to the variations in technology.


Program Sl.No. Outcome(s)
ECE PSO1 Use signal processing concepts and tools to provide solutions to real time problems.
ECE PSO2 Use embedded system concepts for developing IoT applications.
ECE PSO3 Use the concepts of analog and digital electronics to determine the frequency of oscillation.

Yearly Syllabus:


1 ECE 2015 60
2 ECE 2016 60 53
3 ECE 2017 60 61
4 ECE 2018 60 39
5 ECE 2019 60 24
6 ECE 2020 60 24

1 2011-15 SEETHAL ECE Department Topper
2 2012-16 GEETHU P R ECE Department Topper
3 ECE 2013-17 FATHIMA C S Department Topper
4 ECE 2014-18 ARCHANA C A Department Topper
5 ECE 2015-19 GREESHMA P MENON Department Topper
6 ECE 2016-20 AYISHA V A Department Topper


SL.NO Name Programme Year Company Name
1 Nadhirsha ECE 2016 Technopark
2 Carolin Antony ECE 2016 Sahrdaya College of Advance Studies
3 Delwin Davis ECE 2016 Rottery Engineering
4 Anjali Theres ECE 2016 Delight Logistics
5 Ann Zenna Sajan ECE 2018 Delight Infotech
6 Mohammed Hasif K H ECE 2018 Alnoor Technical College ITI
7 Sinu Siraj ECE 2018 Delight Infotech
8 Ranjitha Raj ECE 2018 Delight Infotech
9 Alma Nawal ECE 2018 Delight Infotech
10 Fatima Bint Shams ECE 2018 Delight Infotech
11 Winsor Wilson ECE 2019 Impex
12 Mohammed Rafi ECE 2019 Impex
13 Shani Zaif ECE 2019 GJ Infotech
14 Sreelakshmy T P ECE 2019 Sutherland
15 Greeshma P Menon ECE 2019 Keltron
16 Juvairiya P M ECE 2019 Keltron
17 Nimitha Manaf ECE 2019 Keltron
18 Jishnu P V ECE 2019 Poweron Electronics System
19 Ashwin Ta ECE 2019 Poweron Electronics System
20 Mayukh V M ECE 2019 Skillgenics
21 Haseeb ECE 2019 Zoom Technology
22 Charan Shekhar ECE 2020 TCS
23 Athira T S ECE 2020 Accenta
24 Naurin K A ECE 2019 Accenta

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