B.Tech in Electronics and Communication Engineering

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Overview

Electronics and Communication Engineering is one of the most sought-after disciplines of engineering courses. With the increasing demand for digitization in every sphere of life, there is a great demand for skilled manpower in the field of Electronics and Communication Engineering.

During the study of ECE, the student will go through the subjects like Digital electronics, IOT, Programming languages, Analog and digital communication, database management systems, Microwave engineering, Antenna and propagation, VLSI, Neural network and fuzzy logic, signal, and systems, Power electronics. The graduates of the department venture out for a wide range of organizations, including reputed MNCs, PSUs, Armed Forces, and Indian Engineering Services (IES). The students are also successfully seeking admissions to reputed universities all around the world for further studies and global exposure.

Course Highlights

Course level Graduate
Duration 4 Years
Average Salary Package INR 3, 90,000
Highest Salary Package INR 22, 00,000
Examination Type Semester System
Program Eligibility 10+2 or equivalent with a minimum of 45% marks
Top Recruiting Organizations Infosys, TCS, Capgemini, Wipro, Accenture, Tekion,& many more

Educational Objectives

  • Apply the learning for the design & development of systems by the applications of fundamentals of mathematics, science, and computing in the field of Electronics and Communication Engineering.

  • To enrich students’ intellectual skills to analyze and solve electronic circuits.

  • Apply the knowledge of Electronics and Communication engineering to solve problems of social relevance and pursue higher education and research.

  • Work effectively as an individual and team member through industry-oriented training programs.

  • Engage in lifelong learning and career enhancement and adapt to changing professional and societal needs through human values.

ECE Placements

Byju'S

Optum

TCS (Digital Profile)

PLANET

SPARK Biz4

Verzeo

Capgemini

Icici Pru Life Insurance

Johari Digital

Infosys

Top Recruiters

Celebal Technology

UltraTech

ISRO

DRDO

IIT Jodhpur

CADC

Tata motors

NBC

All India

CEERI pilani

About ECE

+ Vision

+ Mission

  • M1: To provide state-of-the-art technical education in Electronics and Communication at undergraduate and postgraduate levels.
  • M2: To impart education and updated knowledge to make students competent in areas of Electronics & Communication Engineering by providing quality education and training in global perspectives with an optimal mix of inputs pertaining to various domains like Optical Communication Systems, RF Electronics, and Analog & Digital Communication systems.
  • M3: To foster a culture of higher education, entrepreneurship, and ethical future.
  • M4: To provide updated facilities and environment to students, faculty members, and stakeholders for continuous improvement.

+ Program Educational Objectives (PEOs)

  • PEO 1: Apply learning for the design & development of systems by applying fundamentals of mathematics, science, and computing in the field of Electronics and Communication Engineering.
  • PEO 2: Enrich students’ intellectual skills to analyze and solve electronic circuits.
  • PEO 3: Work effectively as an individual and as a team member through industry-oriented training programs.
  • PEO 4: Apply knowledge of Electronics and Communication engineering to solve problems of social relevance and/or pursue higher education and research.
  • PEO 5: Engage in lifelong learning and career enhancement and adapt to changing professional and societal needs through human values.
  • Apply theoretical concepts for analyzing and designing Electronics & Communication Engineering systems to solve real-world problems.
  • Acquire standard practices and skills that lead to solutions for academia/industry.
  • Acquire & apply modern/recent Electronics & Communication Engineering tools through projects, seminars, and interactions with industrial experts to meet future challenges.
  • Connect learning to blend aptitude and attitude by embedding moral values & ethics, becoming the candidate of first choice for placements, higher education, or becoming a successful entrepreneur.

+ Program Outcomes (POs)

  • a. Engineering knowledge: Apply knowledge of Mathematics, Science, and Engineering to solve complex engineering problems in analog and digital electronic systems.
  • b. Problem analysis: Ability to design electronic circuits, and communication systems, conduct experiments, analyze and process data to report results.
  • c. Design/development of solutions: Ability to design digital, analog, and hybrid systems to meet specific requirements.
  • d. Conduct investigations of complex problems: Ability to investigate complex problems using appropriate experiments, analysis, interpretation of data, and synthesis of information to reach valid conclusions.
  • e. Modern tool usage: Ability to use modern tools to design and analyze the performance of Electronics and Communication systems.
  • f. The engineer and society: Apply engineering in global and societal contexts and develop eco-friendly products and solutions with awareness of contemporary issues.
  • g. Environment and sustainability: Understand the impact of engineering solutions in a Global, Economic, Environmental, and Societal context.
  • h. Individual and Teamwork: Function effectively as an individual and as a member or leader in diverse teams and multidisciplinary settings.
  • i. Ethics: Understand and demonstrate professional and ethical responsibilities.
  • j. Communication: Apply skills for effective communication in both verbal and written form.
  • k. Project management and finance: Work as a member of a project team to find successful design and development solutions to problems related to electronics and communication systems.
  • l. Lifelong learning: Clearly understand the value of lifelong learning and self-education.

+ Course Outcomes

+ Branch Benefits

  • IT industry, defense, telecommunications, electronic and hardware manufacturing, embedded systems development, software development, power sector, TV and music industry, automobiles, space communications, home appliances development, electronic security systems, mobile phone testing and development, communication protocols development, and optical communications development.
  • A degree in ECE from the Best Electronics and Communication engineering college in India allows an individual to unfold and expand his/her knowledge in the world of electronics.
  • Electronics is the leading edge of the world in the present time and also the wave of the future. As there is a human tendency to do things faster and better in this ever-evolving world, electronic equipment is also evolving and becoming more complex and is being used everywhere, in industries, businesses, and even at our homes. On a daily basis, new possibilities are being created as the world of electronics is evolving. This thus opens up several new opportunities for Electronics and Communication engineers.
  • The ECE branch offers the opportunity to redesign the world around and make it even more efficient, connected, and sustainable.
  • Electronics and Communications engineering jobs are among the highest-paid and have the highest job satisfaction.
  • As an ECE engineering undergraduate, one gets thorough academic learning, hands-on experience, and leadership development.

+ Curriculum

Career Opportunities

There are numerous opportunities to build a career after completing the engineering course. An individual can make his/her career in the IT industry, defense, telecommunications, electronic and hardware manufacturing, embedded systems development, software development, power sector, TV and music industry, automobiles, space communications, home appliances development, electronic security systems, mobile phones testing and development, communication protocols development, optical communications development among others.

Department Best Practices 

  • Industry co-teaching

  • Exposure to open-source tools

  • Innovative teaching-learning pedagogy

  • Project-based learning

  • Skill enhancement via technical clubs

  • International teaching and research collaborations

  • Access to e-resources and research databases

  • Enhancing self-learning attitude via experiential learning  

  • Advanced ICT tools for effectual knowledge transfer 

Major Research Areas

  • Digital Image Processing

  • Digital Signal Processing

  • Bio-Medical Image Processing

  • Embedded Systems & Microcontroller Prototyping

  • 5G Wireless Communication

  • Antennas

  • EMI and EMC Studies

  • FPGA Based on Systems Design

  • GPS Satellite Signal Acquisition and Tracking

  • Low Power VLSI Design

  • Medical Informatics

  • Optical Fiber Communication and Networks

  • Stability Testing & High-Speed VLSI Architectures

  • Wireless Body Area Networks

  • Wireless Communication Networks

Infrastructure: ECE Lab Facilities

  • MATLAB

  • Microprocessor and microcontroller laboratory

  • Digital systems design laboratory

  • Analog and digital communication laboratory

  • Antenna and wave propagation lab

  • Rf and microwave lab/oratory

  • Specialized laboratory (idea lab)

  • VLSI and optical fiber laboratory developed under the MODROB scheme of AICTE

  •  Project lab

  • IoT lab

  • Antenna & Wireless Communication Lab

  • Communication Lab

  • VLSI and OFC Lab

  • Industrial Electronics Lab

  • Electronic Instrumentation,Workshop, and Design Lab

  • Electronic Devices Lab

  • Microprocessor Lab & Digital Electronics Lab

  • Signal and Image Processing Lab

Testimonials

FAQs

1. Why JIET for Electronics and Communication Engineering?
  • The students are imparted knowledge by the best faculty who aim to provide analytical information, product information, and implementation information in the field of communication and electronics.
  • JIET strives to provide students the opportunity to work with bigger firms and get hired on their merit and skill set. Companies like Wipro, Bloombrain, Infosys, Researchwire, etc are the top recruiters in this institution.
  • It helps students to shape their analytical knowledge and apply it in real-life situations
  • The institution aims towards lifelong enhancement of the individual to be adaptive and creative while being intellectually sharpened.
  • The course mainly focuses on communication along with parts in the electric field. This knowledge can be applied to solve problems of social relevance.
  • JIET trains young minds to bloom with creative ideas and excellence to pursue higher research and education for the betterment of the world and the advancement of the individual as a whole.
2. Why Choose Electronics and Communication Engineering ?
  • The branch being highly in demand is the largest and fastest growing sector in the telecommunication industry
  • The dynamicity of this branch of study makes it all the more important and filled with opportunities for personal as well as global growth and development.
  • It is an ever-widening branch that demands rapid enhancements and there always remains a huge demand for employable and skilled engineers in this domain.
  • It is a very labor-intensive industry where there remains increased production and demand by the government and businesses for communication equipment.
  • One can learn to examine complex problems through analysis and using the correct modern fool set to design better layouts of the programs.
  • Students are trained to create eco-friendly products that are sustainable for the long run as well as beneficial for the world.
  • Future prospect is promising as the opportunity within the nation and across the globs is increasing at a steady pace.
3. What is Electronics and why should one opt for Electronics & Communication Engineering at JIET?
4. What are the scope and application areas of Electronics & Communication Engineering?
5. What are the career opportunities available to Electronics and Communication Engineers?
  • Service Engineer
  • Software Analyst
  • Technical Director
  • Field Test Engineer
  • Senior Sales Manager
  • Network Planning Engineer
  • Customer Support Engineer
  • Electronics and Communications Consultant
  • Research & Development Software Engineer
6. What kind of Infrastructure is available in the department of ECE at JIET?
7. What is the placement record of students for the department of ECE at JIET?
  • Public Sectors: Indian railways, Airport authority of India, Doordarshan, Kenera bank, Corporation bank, PNB bank, BPCL, , ISRO, BEL, BHEL, BSNL,MTNL,SAIL, NTPC, Indian Railways, ONGC, GAIL
  • Defence Services: Indian Air-force, Navy, Army
  • Private Sectors: Capital IQ, TCS, HCL, Wipro, Hilti, L& T, Infosys, WIPRO, TATA Telecom, Siemens, AIRTEL, Reliance Communication, Catalyst Business Solution, NSN, Ericsson
8. What are the programs offered to improve the employability of students at ECE department of JIET?
  • Communication Skills.
  • Goal Setting and Motivation.
  • Summer Training.
  • Industrial Visits.
  • Time Management.
  • Public Speaking.
  • Group Discussions and interviews.
9.What is the scope of research in the department of ECE at JIET?
10. What kind of faculty is available in the department of Electronics & communication Engineering at JIET?
11. What are the various courses in the field of Electronics and Communication?
  • B.Tech(Electronics & Communication Engineering)
  • M. Tech (Digital Communication )
  • PhD (Electronics & Communication)
12. What is the intake of the department?
  • B.Tech (Electronics & Communication Engineering) - 60
  • M. Tech (specialization in digital Communication) B.tech-18
  • PhD – 5 candidates under each guide
13. What is the maximum package an ECE engineer received in last year placement?
14. What does an Electronics & Communication Engineer do?
15. Whether the department of ECE at JIET is accredited by anybody in India or abroad?
16. What is the admission procedure?
17. Is there an Alumni Association?