Electronics and Communication Engineering College in Mangalore

CET Code - E129 PGCET Code : MBA - B300 MCA -C484

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Electronics and Communication Engineering

Top Electronics & Communication Engineering Programme

Leverage the concepts of Electronics and Communication Engineering to build Innovative and Efficient Technologies.

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About the Electronics and Communication Engineering Programme

The Department of Electronics and Communication Engineering at SJEC was established in 2002 with the aim of integrating theory with real-world smart technologies. We have an industry-oriented curriculum that provides students with advanced knowledge of VLSI, 5G/6G, IoT, Artificial Intelligence, and Robotics. Our unorthodox learning method is through our unique program, the “Innovate” initiative, which mentors students on early, practical capstone projects by expert faculty members.

This is enabled by a combination of advanced laboratories, including industry tools such as Cadence and MATLAB, with strategic industry MoUs and rigorous placement training to equip graduates with the technical skills and confidence necessary to build successful careers in core electronics, product design, and modern communication sectors.

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STUDENTS

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WORTH SOFTWARE TOOLS

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WORTH HARDWARE TOOLS

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PLACEMENT (LAST 5 YEARS AVERAGE)

  • Active and student-centric learning strategies
  • Strong support mechanisms for difficult subjects through bridge courses
  • Hands-on, laboratory-driven learning
  • Industry exposure through workshops, internships, and expert talks
  • Strong alumni and industry engagement
  • Emphasis on research, innovation, and interdisciplinary projects
  • Unique faculty–student mentorship system
  • Core company placement training
  • Encouragement for product-based and research-oriented projects
  • Collaborative, problem-based assignments with rubric-based evaluation

To Excel in Electronics and Communication Engineering Education and Research, focusing on the needs of Industry and Society, with professional ethics

  • Provide opportunities to deserving students for quality professional education in the field of Electronics and Communication.
  • Design and deliver curricula to meet the changing needs of industry through student centric learning methodologies to excel in their profession.
  • Recruit, Nurture and Retain best faculty and technical manpower.
  • Consolidate the state-of-art infrastructure and equipment for teaching and research activities.
  • Promote all round personality development of the students through interaction with alumni, academia and industry.
  • Strengthen the Educational Social Responsibilities of the institution.

  • PEO-1: Develop a strong foundation in science and engineering, gain proficiency in modern tools and technologies, and apply analytical and design skills to create innovative solutions for real-world problems.
  • PEO-2: Demonstrate professionalism, ethics, and effective communication while demonstrating leadership, excelling in teamwork and multidisciplinary collaboration.
  • PEO-3: Cultivate strong interpersonal skills, adaptability to evolving technologies, and a commitment to lifelong learning

Graduates of Electronics and Communication Engineering are able to:

  • PO1: Engineering Knowledge: Apply knowledge of mathematics, natural science, computing, engineering fundamentals and an engineering specialization as specified in WK1 to WK4 respectively to develop solutions to complex engineering problems.
  • PO2: Problem Analysis: Identify, formulate, review research literature and analyze complex engineering problems reaching substantiated conclusions with consideration for sustainable development. (WK1 to WK4)
  • PO3: Design/Development of Solutions: Design creative solutions for complex engineering problems and design/develop systems/components/processes to meet identified needs with consideration for public health and safety, whole-life cost, net zero carbon, culture, society and environment. (WK5)
  • PO4: Conduct Investigations of Complex Problems: Conduct investigations of complex engineering problems using research-based knowledge including design of experiments, modelling, analysis & interpretation of data to provide valid conclusions. (WK8)
  • PO5: Engineering Tool Usage: Create, select and apply appropriate techniques, resources and modern engineering & IT tools, including prediction and modelling, recognizing their limitations to solve complex engineering problems. (WK2 and WK6)
  • PO6: The Engineer and The World: Analyze and evaluate societal and environmental aspects while solving complex engineering problems for their impact on sustainability with reference to economy, health, safety, legal framework, culture and environment. (WK1, WK5, and WK7)
  • PO7: Ethics: Apply ethical principles and commit to professional ethics, human values, diversity and inclusion; adhere to national & international laws. (WK9)
  • PO8: Individual and Collaborative Team Work: Function effectively as an individual, and as a member or leader in diverse/multi-disciplinary teams.
  • PO9: Communication: Communicate effectively and inclusively within the engineering community and society at large; comprehend and write effective reports and design documentation, and make effective presentations considering cultural, language and learning differences.
  • PO10: Project Management and Finance: Apply knowledge and understanding of engineering management principles and economic decision-making to manage projects as a member or leader in multidisciplinary environments.
  • PO11: Life-Long Learning: Recognize the need for and have the preparation and ability for (i) independent and life-long learning, (ii) adaptability to new and emerging technologies, and (iii) critical thinking in the broadest context of technological change. (WK8)

Graduates of Electronics and Communication Engineering are able to:

  • PSO-1. Analyze and develop solutions in the areas of Signal Processing and Communication Systems.
  • PSO-2. Apply knowledge of Embedded Systems and VLSI to design and develop solutions for societal problems.

The department embraces modern pedagogies of engagement to create a conducive environment for teaching- learning. The curriculum is delivered through a right mixture of curricular, co-curricular and extra-curricular activities to ensure that the students are imbibed with the Graduate attributes that would aid in shaping successful careers.

The department embraces modern pedagogies of engagement to create a conducive environment for teaching- learning. The curriculum is delivered through a right mixture of curricular, co-curricular and extra-curricular activities to ensure that the students are imbibed with the Graduate attributes that would aid in shaping successful careers.

The Instructional Methods and Pedagogical Initiatives of the department

  1. Laboratory Demonstrations and Experimental-Based Learning Laboratory sessions and experimental demonstrations are regularly integrated into the curriculum to reinforce theoretical concepts through practical engagement.
  2. Project and Problem-Based Learning (P2BL) (Including Mini Projects) Students are continuously engaged in project and problem-based tasks that promote innovation, critical thinking, and application of technical knowledge.
  3. Chalk and Talk (Traditional Board Lecturing) Traditional board-based lecturing remains an effective method for delivering structured content and encouraging interactive discussions, especially for mathematical based courses.
  4. Information and Communication Technology (ICT) Tools and Seamless Internet Access ICT tools and internet-enabled classrooms are consistently used to enhance teaching with multimedia content, online resources, and collaborative platforms.
  5. Online Applications and Simulation Tools (e.g., Multisim Live, MATLAB Online, Cadence) Simulation tools are regularly employed to enable students to model, analyze, and visualize complex systems and design solutions in a virtual environment.
  6. Use of Learning Management Systems All core and elective courses are delivered through Learning Management Systems like Google Classroom and Canvas, enabling structured content delivery, assignment tracking, and active student engagement.
  7. Usage of Charts, Models and Visual Aids Visual aids such as models, charts, and diagrams are routinely used to improve comprehension of abstract and complex engineering concepts.
  8. Active Learning Strategies (Think-Pair-Share, One-Minute Paper, Brainstorming, Flipped Classrooms) Active learning techniques are embedded within classroom sessions to increase student participation, encourage reflection, and deepen understanding.
  9. Group Discussions and Peer Learning Structured group discussions and peer-led learning activities are regularly conducted to foster collaboration, knowledge exchange, and communication skills.
  10. Student Seminars and Presentations Students are encouraged to present seminars on technical topics, enabling them to explore beyond the curriculum and build confidence in public speaking.
  11. Case Studies Case-based discussions are adopted to help students relate engineering principles to real-world contexts, enhancing analytical and decision-making abilities.
  12. Virtual Labs Virtual lab platforms are actively used to complement physical laboratory sessions and provide remote access to experiments and simulations.
  13. Soft Skills and Aptitude Training (Including Mock Interviews) Training in soft skills and aptitude is provided through training vendors and mock interviews are conducted with the help of Industry partners and alumni, equipping students for placements and professional environments.
  14. Industry-Led Workshops and Seminars The department regularly organizes expert-led workshops and seminars to expose students to current trends, technologies, and industry practices.
  15. Adjunct Faculty Adjunct faculty with industry and academic expertise are engaged to enrich course delivery with practical insights and specialized knowledge.
  16. Industry/Research Internships Students are consistently encouraged and supported to take up internships that provide hands-on experience and exposure to industrial or research environments.
  17. Industrial Visits Industrial visits are organized periodically to help students understand practical applications of engineering concepts in real-time settings.
  18. Open Ended experiments Students are presented with open-ended problem statements that extend beyond standard lab experiments or programming tasks. They collaborate in teams to explore solutions and submit a comprehensive report documenting their approach and outcomes.
  19. Recorded Lectures and Educational YouTube Channels Faculty-developed recorded lectures and recommended educational videos are made available to support self-paced learning and revision.

Course Highlights

Ranked the best among ECE programs in the region, this course blends academic depth with the practical knowledge required of Electronics and Communication Engineering professionals.

Industry-Standard Software Tools
Modern Autonomous Curriculum
Hands-on Laboratory Training
IoT and Wireless Communication Modules
Advanced Lab Facilities
Industrial Visits & Internships

Duration

4 Years | 8 Semesters

Eligibility Criteria

  • The Requirement: You must have completed 10+2/PUC (or equivalent) with Physics and Mathematics as core subjects. You also need one elective, Chemistry, Biology, Computer Science, or Electronics, with a minimum score of 45% (40% for SC/ST & OBC candidates from Karnataka). This eligibility standard is consistent across reputable electrical and communication engineering programs.

  • Diploma pass with minimum 45% aggregate (5th & 6th sem) eligible for B.E. 3rd semester lateral entry; 40% for SC/ST/OBC Karnataka candidates

  • Entrance Criteria: Admission is granted based on your performance and qualifying rank in the KCET, COMEDK UGET, or JEE Main examinations.

Admission Process

Online Enquiry

Online Enquiry

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Entrance Examination

Entrance Examination

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Application Submission

Application Submission

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Counselling & Merit Selection

Counselling & Merit Selection

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Document Verification

Document Verification

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Fee Payment

Fee Payment

Online Enquiry

Online Enquiry

Entrance Examination

Entrance Examination

Application Submission

Application Submission

Counselling & Merit Selection

Counselling & Merit Selection

Document Verification

Document Verification

Fee Payment

Fee Payment

Launch Your Engineering Career in ECE

Apply for Admissions Talk to the Admission Team

Why Choose This Institution for ECE Engineering?

Why Is It Suitable for You?

SJEC is known for its discipline, academic quality and student-centred learning culture, making it a trusted destination for B.E in Electronics and Communication Engineering studies.

Experiential Learning

Theory is the starting point, not the destination. Students gain direct experience through internships, lab-based projects, and expert-led sessions in active fields of Electronics and Communication Engineering.

Resources

We provide access to modern laboratories and advanced simulation tools to ensure your technical development in E&C engineering remains up to date and relevant.

Career Assistance

The Placement Cell, along with a faculty mentor, offers professional advice crucial to finding your way in the Electronics and Communication Engineering industry.

Your Mentors for Success

The experienced faculty members will provide both academic support and technical guidance throughout the program.

Testimonials

Student Success Stories

Most of our alums attribute their educational experience with us as the stepping stone to success in Semiconductor, VLSI, Telecommunications, Electronics Design, and AI-ML-related career opportunities that characterise the Electronics and Communication Engineering environment today.

Aaron D’Souza
Aaron D’Souza

"Studying Electronics and Communication Engineering at SJEC provided strong technical knowledge and practical exposure that prepared me well for industry challenges."

Prathika Shetty
Prathika Shetty

"My college journey helped shape me into a confident professional through academic learning, cultural experiences, and constant support from faculty and staff."

Leswin Pinto
Leswin Pinto

"The EEE program at SJEC laid the foundation for my successful career by helping me develop strong technical skills and real-world exposure."

Shashank Devadiga
Shashank Devadiga

"The EEE program at SJEC shaped my career. Strong faculty support and industry-focused training helped me begin my professional journey through campus placement."

Head of Department

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Dr Dayakshini

Professor & HOD

I am an Academician with over 25 years of teaching/research experience and an active researcher in Biomedical Engineering. Passionate about nurturing young minds, I strive to provide students with a strong academic foundation while encouraging self-learning and lifelong learning. I am equally committed to mentoring students for successful placements and higher education opportunities at premier institutions.

B.E, M.Tech, M.I.S.T.E, MIEEE. Ph.D

dayakshini@sjec.ac.in

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Frequently Asked Questions

Electrical Engineering is primarily concerned with power generation, power transmission, and high-voltage systems, whereas Electronics and Communication Engineering (ECE) focuses on intelligent systems and control technologies. An example of this is in a wind-turbine system, where the Electrical Engineers are in charge of the generator and power distribution, and the E&C engineering is in charge of the sensor, microcontrollers and wireless communication sub-systems that detect and control functions. This distinction is clearly seen in the curriculum offered by SJEC.

Indeed. At SJEC engineering college in mangalore, students pursuing Electronics and Communication Engineering gain practical experience as part of the academic system. The curriculum includes internships to ensure that students can work in corporate settings, solve practical engineering problems, and understand how industries operate before graduating.

Yes, students who have pursued Electronics and Communication Engineering from SJEC are always backed by rigorous training in technical skills in electronics and IT through the organised Campus to Corporate training programme, while at the same time acquiring the necessary professional skills, including communication and interview skills. This comprehensive training prepares students to take jobs at well-known corporations such as Bosch, Intel, and other technological giants.

SJEC supports entrepreneurship by providing access to SJEC-STEP (Science and Technology Entrepreneurs Park) and AICTE IDEA Lab. These centres help students to develop ideas into working electronic models. Students are able to transform academic projects into startup ventures with the help of mentorship and innovation support.

Yes. The E&C Engineering Programme is accredited by the National Board of Accreditation (NBA), a mark of high-quality academic engineering training. Moreover, the institution has an NAAC A + rating. These accolades ensure that the degree meets both national and international academic requirements, enabling global employment and further education.

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