Electronic Engineering is also known as Electronics and Communication engineering. ECE is engineering where nonlinear and active electrical components like semiconductors, diodes, and transistors are used for designing devices, electrical circuits, integrated circuits, and systems.
Electronic and Communication Engineering is a discipline where passive electrical components are designed based on printed circuit boards. If you are interested in ECE or ECE Diploma, you must know about the subfields and what you will explore within the subject. In a general sense, ECE is a subfield included in the electrical engineering academic, and the course will denote a vivid engineering field where you will get to explore various genres like:
- Analog Electronics
- Digital Electronics
- Consumer Electronics
- Embedded Systems
- Power Electronics
EC Engineering College
These engineers will deal with implementing various tools, principles, and algorithms developed for Electronic and Communication Engineering. Choosing a good Electronics and Communication Engineering College is crucial to have enough knowledge and practical application for getting a suitable placement. Electronics and Communication Engineering Colleges will help you in getting along with the application and algorithms of:
- Solid-state physics
- Control Systems
- Signal Processing
- Systems Engineering
- Computer Engineering
- Instrumentation engineering
- Electric Power, etc.
Electronics and Communication Engineering will involve designing, developing, researching, and even testing electronic equipment tools used in several systems. As an Electronics and Communication Engineer, you will also get involved in the manufacturing of communications and broadcasting.
ECE comes under The B.Tech program in India will deal with basic electronics, transmission, microprocessors, digital and analogue communications, solid-state devices, microwave engineering, satellite communication, antennae, wave progression, etc.
Getting admission to ECE College will also help you gain knowledge in manufacturing electronic gadgets, communication tools, and circuits. Many ECE Colleges in India offer this course at U.G. and even P.G. level. BTech will be four years, and MTech will be two years.
Before getting Admission 2022 in Electronics and Communication Engineering College, you should offer know-how programs in India. In India, the ECE course divides into eight semesters, and by the end of your course, there will be a chance that you might get recruited by top companies like:
- Bharat Electronics Limited
- Bharat Heavy Electricals Limited
- Hindustan Petroleum Corporation Limited
- Havells India Ltd
- The Kirloskar Electric Company Limited
- 3M India
- Philips Electronics India
- Bosch India
Before moving on, we will see the eligibility criteria for ECE Admission. These are the general criteria you must pass before sitting for an entrance examination. Every other institute might follow different standards:
- You must pass 10+2 or equivalent with Physics, Chemistry, and Mathematics as major subjects.
- You should get about 60% ( 75% in some cases ) aggregate marks.
As an Electronics and Communication Engineer, you will have to have some particular skills like Teamwork, A methodical mind, sound mathematics, how to do time management, how to manage a project, and a strong I.T. Skills, Interpersonal skills, superb Communicative skills, a habit to pay attention to details, etc. Apart from the syllabus, good faculty members in great ECE Colleges will help you build up your confidence. It is essential to be precise in the I.T. sector, and that is why you should always keep working on your skills. Reading and application more will help here.
- JEE Mains and Advance
- TS EAMCET
- AP EAMCET
- MHT CET, etc.
To qualify for these examinations, you will have to study very hard and be confident during the main exam. You will deal with three major subjects: science, Physics, Chemistry and Mathematics. You will have to cover the syllabus of grades 11th and 12th. Apart from the primary syllabus, you will have to solve questions from different books.
The scope in ECE is ever-lasting. You can work in aviation, consumer electronics, manufacturing and transportation, communication and telecommunication, computer application, electricity plant, radio and television, diagnostic equipment manufacturing, and even offshore companies.
As an Electronic and Communication Engineer, you can also work for the central government, and you will be able to work in the private and public sectors. But for all these, you will have to get into a great Electronic and Communication Engineering College. The experience in a great college will make you capable of choosing the role of a:
When you take admission to a good ECE College, you will learn about various things, and your syllabus will contain theory and practical subjects. We have listed some topics of ECE that you will study during ECE Degree ot ECE Diploma:
- Engineering Mathematics
- Engineering Physics/lab
- Engineering Chemistry/lab
- Computer Programming Laboratory
- Elements of Civil Engineering and Engineering Mechanics
- Computer-Aided Engineering Drawing
- Basics of electronics and communication
- Analog Electronic Ckts
- Network Analysis
- Linear I.C.s and Applications
- Digital Signal Processing
- Optical Fiber Communication, etc
If you are a person who is very much interested in these subjects and fields, then giving ECE a shot will be worth it. You must take BTech as your introductory course to learn more practical ECE skills. Engineering in India is a primary career option, and there are a lot of opportunities in ECE.
You will learn all the basics of electronics and its modern-day application. You will also get to be familiar with the foundation of electronics and mainstream communication. ECE is the perfect way to approach various career options in one go as it gives a lot of experience both in a practical and theoretical manner.
Many colleges in India offer ECE Degree and ECE Diploma, but you must go with the ones with the best reputation and marking. IIT can be your best friend, but you will have to study very hard. It is crucial to set up a timetable and follow that for further information, and you must keep reading the article.
IIT Bombay is one of the top 3 engineering universities in India. The Faculty offers 139 courses in engineering, management, pure sciences, and humanities, and the most popular is the IIT Bombay BTech program dedicated to 8 streams. Registration for this program is 910 places.
Enrollment in the program requires between 1 and 2000 JEE Advanced scores, followed by a JoSAA consultation for final seat allocation. The IIT Bombay threshold for female students in the JEE exam is 700-8000. Candidates participating in the IIT Bombay study must pay Rs9.18 throughout the course. A four-year BTech program at IIT Mumbai costs INR 114,000 per semester for GEN and OBC applicants.
Other significant programs in the Faculty include MTech, Bdes, MDes, and MBA. Admission to the design and management program at IIT Mumbai is ongoing. The University has released draft answers for the UCEED and CEED2022 exams, and authorities will announce the final answers on January 31. In addition to this, IIT Bombay is currently accepting applications for the MBA program, and the last day to apply is January 31, 2022.
Besides excellence in teaching and research, IIT Bombay electronic cell is viral among students. The unit has supported over 7,000 startups for IITB and non-IITB students. The center has 250,000 students and more than 100 professionals. Meanwhile, students participating in the IIT Bombay Deployment course can work for major companies such as Google, Microsoft, Apple, TATA, and Bajaj.
The placement rate for the BTech program is 91%, and the placement rate for the MTech program is 87%. The remaining percentage comprises students who choose to pursue higher education, turn to entrepreneurship or find a job in the public sector. The average salary for IIT Bombay is Rs25 LPA, and the maximum wage is Rs 2.1CPA. IIT 2022 Placement Confirmation: 9,000 Days Offered in First Round of On-Campus Recruitment
In addition, the University is a Link member with Asia through the Organization for Education and Student Exchange (LAOTSE), which promotes exchange programs for European and Asian students and researchers. Seniors. IIT Bombay has established over 181 startup companies, over 550 entrepreneurs, and over 4,300 employment records in 2021. Students at IIT Bombay can make the same contribution by bringing startups such as SINE Incubation, BIRAC Bionest, DST Nidhi Prayas, and DST Nidhi EIR.
The Lovely Professional University (LPU) is a private university located in Zandardar, Punjab. India’s largest single-campus University has over 30,000 students, 4,000 teachers, and 200 courses. It is accredited by members of the UGC and the League of Nations. LPU is ranked among the top 200 universities globally in the 2020 Times Higher Education ImpactEducation Rankings. The University is ranked as the best in all parameters by many prestigious institutions. Federal Government Talent Development Minister of Prakash Java Decal. Injun.
With an international benchmark curriculum, innovative teaching methods, experiential learning, and more than 200 foreign collaborations to provide high-quality, fair, and affordable education, the University is poised to establish itself as a center of excellence. Admission to LPU Jalandhar is based on LPUNEST hosted by the University. In addition to LPUNEST, the University accepts several other state-level entrance exams. Access to all LPU courses is made in online mode.
LPU, in cooperation with the Indian Technology and Economic Cooperation (ITEC), the Ministry of Foreign Affairs, and the Government of India, has launched the 5-day “Adaptation to a New Era of Blended Education and Learning” for participants from more than 20 countries. Beyond this, LPU students are placed in Commvault with a CTC of Rs 20-24LPA.
Pirani from Villain Institute of Technology and Science (BITS) is highly rated among all the best technology/engineering and science institutes in India. In the NIRF 2021 ranking, BITS Pilani was ranked 26th in the Engineering category and 29th in the general classification. BITS Pilani offers a variety of engineering programs at the very popular undergraduate, graduate, and research/doctoral levels. The institute also establishes national partnerships with engineering institutions such as IIT Jodhful, MNNIT Allahabad, and MNIT Jaipur. BITS Pilani’s most popular programs include the B.E., which offers honors with several joint majors.
Admission to the B.E. The program at BITS Pilani is offered solely based on an applicant’s performance in the university-administered BITSAT entrance exam. However, the BITS Pilani B.E. system base fee system ranges from 1.90 rupees to 1.92 rupees. In addition, the academy organizes internships every year and invites several companies such as Facebook, Cisco Systems, Accenture, Bajaj Allianz, Amazon, and Capgemini to join the recruitment process. The highest salary for BITS Pirani is Rs 1.33.
Jadavpur University is ranked 17th in the NIRF2021 broad category. The school’s B.Tech program is ranked 17th in NIRF2021, and it also ranks 651 in the overall classification of QS2021.
Jadavpur University offers several courses under the U.G., P.G., and PhD programs. These programs are shown in the arts, sciences, education, and specialities such as architecture, engineering, and pharmacy. It currently has two campuses, Jadavpur and Salt Lake City, spread over 58 and 26 acres, respectively. Check out Jadap University courses and fees.
Students who are not applying for a program offered by Jadavpur University should visit the University’s official website. The college application process is online, and the selection process depends on admission and grades. Access to Jadavpur University is granted based on scores obtained in the entrance examination held by the University. Some national entrance exams such as WBJEE, GATE, NET, SET are accepted.
As a vocational school, the University’s placement record is excellent. The University Placement Team actively organizes many seminars, pep talks, and conferences to increase students’ confidence in the recruitment activities organized by the University. The maximum CTC price is Rs65LPA.
Electronics and Communications Engineering (ECE) comprises the core of Communications Engineering and Electrical Engineering. Careers in this field are very diverse and rewarding. Knowing more about this career will help you decide if you are a good fit for your career path. This article explains what telecommunications engineering is as an engineer does in this specialization and shows you how to become an engineer.
Electronics and communications engineering (ECE) in engineering includes the development and testing of electronic circuits and communications equipment such as transmitters, receivers, and integrated circuits. Engineers specializing in this field often have to use the principles of sending and receiving digital and analogue signals. This engineering field also includes the use of microprocessors, semiconductor devices, satellite communication tools, circuits, and electronics.
Telecommunications engineers use their knowledge, creativity, and analytical skills to design, develop, and oversee the manufacture of telecommunications tools and systems. Some of the activities performed by electronics and communications engineers include:
● Research, design, and development of electronic devices for various systems
● Pay attention to the manufacture of telecommunication and broadcast systems
● Conceptualization and design of electronic devices such as radios, televisions, and computers
● Development of control and communication systems
● Write instructions for use
● The design is tested to ensure that the new prototype is efficient, cost-effective, and safe.
● Testing and evaluation of electronic and telecommunications products
● Planning and execution of telecommunications projects
● telecom engineer salary
The average annual salary of a telecommunications engineer in India is 2,42,729 rupees. However, your actual salary will depend on your experience, location, and other factors. Advanced electronics and communications engineers earn more than entry-level employees.
As a graduate in Material Design and Communication, you have a lot of freedom to take up positions at the school. Depending on the type of school, the organizations you can participate in are different. The number of companies that come to the school to work ranges from blue-chip multinationals to a limited range of new ones. As for the level of organization, if you have a degree in telecommunications engineering, here is a brief overview of the different fields you can try.
Communications sector: The media communications sector is a growth sector in terms of its jobs. With both high-end cell phones and versatile networks these days, you have no shortage of career opportunities here! You can also work for a global organization with lots of money, like Verizon.
VLSI Design: This telecommunications engineering path can prepare you for promising PC-based programs. The VLSI field is a profession that opens the way to a career with expertise and a professional career profile.
Advanced Machinists and Machine Learning: Expanding career advancement is complicated by the capabilities of advanced machinists in business today. A.I. makes enjoyable connections with A.I. and a set of powerful features for those who want to master ECE. More emphasis on methods prepared by exploratory labs under ECE’s machine learning control.
Massive Electronic Equipment: One of the best careers that ECE graduates easily shine in is the hardware itself. Today, most organizations can benefit from the presence of experts. Today’s gadgets are becoming more and more familiar, so it takes a trained professional to move the terrain smoothly. Circuit boards are easier to understand, as are the gadgets that house them. best University
The material and communication design gives you the perfect ability to soar and dominate this career style!
Today, everything is networked and based on distributed computing. This innovative facility is an advanced communication standard.
After independence in 1947, engineering education in India began when the government and its planners recognized its importance in various fields, including infrastructure, telecommunications, multiple industries, and healthcare. Before independence, there were few engineering universities in Korea, and few governments have slowly added industrial universities since 1947. But as the population increases, so makes the demand, which also increases the number of public and private universities across India.
Engineering is the basis for improving the overall quality of life and improving people’s standard of living. Our engineers are the backbone of the country’s eventual emergence as a world leader. Initially, it was only for graduate studies, namely B.E. scholarships in mechanical, electrical, and civil engineering.
However, many universities in Greater Noida and NCR Delhi offer higher education up to ENG and Doctoral degrees. One of the best institutions provides the most popular, demanding, and valuable 4-year full-time (U.G.) undergraduate B.Tech after Bachelor of Engineering at IIMT School of Engineering, Greater Noida. Programs with PCM and other degree programs 2.
After earning a BTech degree from IIMTengg, college students will be exposed to more industries than a typical graduate degree. A bachelor’s degree in any branch/field is referred to as an “Engineer”. All B. The Indian Council for Technical Education (AICTE) regulates tech courses in India. B.Tech degrees are awarded in various engineering and technology fields, including computer science and engineering, information technology, telecommunications engineering, civil engineering, and mechanical engineering.
Doing this course will give you a thorough understanding of the world of computing and its applications. Affiliated with AKTU, IIMT College of Engineering Greater Noida is the first B-Tech college in Delhi NCR.
The importance of ECE engineering: First, telecommunications engineering is a research field that includes electronic science, and it can cover a variety of applications such as television, radio, computing, and communications, and make life easier and more enjoyable. ECE is the backbone of modern communications systems, dominating everything from rocket science to telecommunications.
Modern applications such as the Internet of Things (IoT), robotics, and embedded systems today rely heavily on ECE knowledge. Today we cannot think of our daily life without items or equipment related to electronics or communications engineering. For example, it can be challenging to get through the day without a cell phone or television.
To help you understand, we have provided a small example illustrating the relationship between electronics and telecommunications engineering and the current scenario.
Nanotechnology supports the creation of high-speed switching devices. Because the evolution of the IntelPentium1 processor to the latest Core i7 processor is fast and requires a microarchitecture, therefore, they are part of electronic devices, and their use activates various computing devices such as smartwatches, laptops, smartphones, etc., connects, transmits information through wireless media, and completes the communications process.
So with all of this in mind, we want to create a BTech course program that will connect you directly to new technologies leading to Industry 4.0.
The department provides an open and collaborative environment where ideas flow freely, research, creativity, innovation, and entrepreneurship thrive, and students can reach their full potential.
Sibanda University, also known as SNU Noida, is a private university established by the Sibanda Foundation. According to NIRF 2021, SNU is ranked 56th in universities and 84th in India. Founded in 2011, the University is renowned for its B.Tech, M.Tech, MBA, and M.Sc programs. Currently, the University offers more than 20 U.G., P.G., PhD, and degree programs in Management, Science, Arts, and Research.
Admission to SNU Noida courses is based solely on National Entrance Examinations such as JEE Main, GATE, CAT, MAT, XAT, UGCNET for access to UG/PG and PhD programs. The University also administers the B.Tech, B.Sc, BA, and BMS (SNUSAT) admission tests. You can apply by accessing the official website of the University.
The University also comprises five constituent institutions: Faculty of Humanities and Social Sciences, Faculty of Engineering, Faculty of Natural Sciences, Faculty of Business and Entrepreneurship, and Faculty of Continuing Education. Additionally, to provide the opportunity for internationalization, SNU has signed memorandums with overseas universities such as Deakin University and the University of California. SNU Noida regularly collaborates with these universities on academic and research projects.
Sivananda University has 226 teachers with a student-teacher ratio of 1:10. There are over 80 universities in the Faculty of Engineering, 70 universities in the Faculty of Humanities and Social Sciences, 60 universities in the Faculty of Business and Entrepreneurship, and 16 universities in the Faculty of Natural Sciences.
SNU Noida has a successful deployment campaign from 2020 to 2021 with a deployment rate of 92.50%. For more than 149 companies, the best package is Rs 24 LPA, and the average box is Rs 7.82 LPA. Potential recruiters for SNU Noida include Cognizant, Adobe, Dell, Deloitte, Goldman Sachs, Larsen & Toubro, Tata Consultancy Services, and Bosch.
Noida Amity University is a private university located in Noida, Uttar Pradesh. The University was established in 2003 under state legislative law and was accredited by the University Foundation Committee (UGC) under state legislative law. The University also operates Amity Law School, Amity Business School, Amity Global Business School, and other law schools.
Amity University is part of the Amity Education Group, which operates private universities. The University offers undergraduate, graduate, diploma, professional training, and doctoral programs in engineering, management, biotechnology, business, communication, economics, fashion, and sports.
Amity University, Noida Facility
Libraries: AmityLibrary has over 17,000 online journals. Amity students can access online resources, including EbscoHost, UGC-Infonet, INDEST-AICTE, IS1, and Delnet. All Amity students are members of the Amizone-Amity intranet area, providing easy access to these journals and articles.
Laboratories: 65 laboratories are exploring new areas of biotechnology. Professional biotechnology lab with advanced practice and research work.
Auditorium: The state-of-the-art arena has a capacity of more than 3,500 people and is commonplace for regular exchanges, meetings, and other events for students, professors, and business people.
Exercise: Amity provides students with regular training, lifestyle management, and opportunities for interaction. The Amity campus includes a 15-acre athletic field, 20-lane shooting range, 8-story super-cushion synthetic tennis court, equestrian academy, volleyball courts, gymnasium, and volleyball court. Football with the latest fitness equipment.
Cafeteria: Amity also offers a variety of food courts, including Cafe Coffee Day, Tosa Plaza, Subway, Domino’s Pizza, Vicano, Mamma Mia, and Madame Cowl Cookies on campus.
Amity is India’s leading educational group with over 50,000 students on a 700-acre state-of-the-art campus. Amity is passionate about developing leaders who are not only in-depth experts but exceptional people with values and sanskara (Indian etiquette or term for traditional values).
It’s just one of the many reasons Amity is still number one. Amity’s faculty and advanced teams are dispersed worldwide, learning and absorbing best practices and building a solid foundation for learning. The library houses more than 100,000 books, periodicals, international journals, and other research materials, and the air-conditioned amphitheater-style classrooms offer the best atmosphere.
United Institutions Group in Greater Noida (Delhi NCR)
United Institutions Group establishes nine educational institutions in Greater Noida (Delhi NCR). AICTE and PCI approve the courses offered by the Delhi NCR group of co-institutions. UGI Delhi has partnered with AKTU Lucknow to become NBA Certified. The IGU is a group of eight establishments providing training in engineering, administration, and pharmacy, completing 31 years of exceptional training.
The IGU has a total of 810 qualified and experienced teachers. To date, the IGU has awarded over 5,320 scholarships. To date, over 10,200 IGU students have been deployed in different industries with several well-known companies.
IGU’s alumni base includes 15,100 people working for some of the top organizations in the country. There are currently 11,400 students enrolled at IGU. UGI Delhi campus is home to the largest auditorium and sports center in Uttar Pradesh. Dormitories are available to students.
United College Group
The United College Group has over 810 teachers, making it a large and diverse faculty. All members of the academy are highly qualified and accomplished. The IGU faculty consists of many members who have earned doctorates in their respective fields. All members are distributed across departments and divided into specialities. It includes engineering departments, administrative and I.T. applications, pharmacy departments, and training and development units.
United agency group facilities
United Group of Institutions maintains academic excellence by providing students with extensive facilities and state-of-the-art infrastructure. The following campus rules are available to students:
Dormitory: Dormitory accommodation is available for both male and female students. Facilities provided by the hostel include gymnasium, T.V. room, telephone facilities, internet facilities (52 Mbps dedicated line, backup generator in case of power failure, restaurant, catering service (approx. charge) ).
Meals: The college food court offers a variety of options to suit student tastes. A high standard of hygiene with an emphasis on fitness is also maintained.
Sports: With an emphasis on physical fitness, the campus offers facilities and venues for sports such as basketball, tennis, badminton, and volleyball.
Healthcare: Students have access to healthcare 24/7 on campus. An ambulance is also available 24/7 in case of an emergency.
Electronics and Communications Engineering, often abbreviated as ECE, is one of India’s most popular engineering courses after Computer Science, Mechanical Engineering, and Electrical Engineering. Telecommunications engineering deals with designing, developing, and manufacturing electronic devices (for devices and circuits) and communication systems.
A communications engineering degree will give you a clear understanding of analogue transmission, basic electronics, microwaves, solid-state devices, digital to analogue communications, satellite communications, integrated circuits, advances in antennas and waves, and microwave engineering.
There is a fine line between electronics and communications engineering courses and electrical engineering (E.E.) courses that people outside the field often don’t understand. Electrical engineering (E.E.) is concerned with large-scale electrical systems, and electrical engineering (ECE) is worried about small-scale electronic systems.
● Eligibility criteria for the different levels of telecommunications engineering courses include:
● Engineer’s degree in electronic communication
● Most institutions directly accredit degree courses based on a 10+2 test score.
● Applicants must study Physics, Chemistry, and Mathematics in Class 12.
For undergraduate courses in electronics and communications engineering
● Candidates must obtain at least 50-55% of the overall mark in 10+2 subjects in physics, chemistry, and mathematics.
● For horizontal entry, a degree program is required.
● For higher education in electronic engineering and communication
● Applicants must have a B.Tech with a score of at least 50% or an ECE of 5/10 GPA.
● Physics, chemistry, and mathematics are compulsory subjects, with a minimum of 50-55% in class 12.
Electronic and Communications Engineering
Applicants must have a minimum of 55% or 6 CGPAs in M. Tech. At an accredited college/university.
Electronic Communications Engineering Entrance Examination
A variety of examinations are administered at the undergraduate and graduate levels to provide admission to electronics and telecommunications engineering programs. Some of them are:
Joint Entrance Examination Major (JEE Major)
It is the first stage of a two-stage joint entrance exam, and it is done for undergraduate admission in all NITs and national engineering departments. The exam lasts 3 hours and takes place online.
Joint entrance exam (advanced)
It is done for admission to all IITs, and only students who complete the first stage, JEEMain, can participate. Physics, chemistry, and math questions are answered within 6 hours.
Multi-state exams such as WBJEE (for West Bengal) MHT CET (for Maharashtra): Administered by the state legislature for admission into U.G. and P.G. programs at state universities.
Engineering courses are top-rated among Indian students. Electronics and Communications Engineering (ECE) supports the construction of carriers in other sectors such as the telecommunications industry, appliance manufacturing, software industry, mobile communication and industrial computers, power electronics, healthcare device manufacturing, steel, and chemicals.
The media and entertainment industry is generally considered the most prominent recruiter of ECE engineers. They are also heavily employed by the public sector, and they have long been adopted by public sector companies such as MTNL, BSNL, and IOCL. In addition to this, many graduates prefer Indian engineering services, which are well known in engineering. Electronic and communications engineering (ECE) engineers have also been effectively employed in the semiconductor and chip design industries.
There are always graduate options to increase your mastery of a subject. The field of telecommunications engineering is growing every day, and there is a vast space to accommodate young and qualified professionals. Subjects taught as part of the Electronics and Telecommunications Engineering degree include:
Applied Physics, Chemistry, and Mathematics, Applied Mechanics, Electrical Engineering, Electronic Components and Devices, Engineering Mechanics and Materials, Professional Communication, Technical Drawings, Engineering Computer Applications
Applied Mathematics II, Electrical Engineering II, Industrial Electronic Equipment and Sensors, Network Filters and Transmission Lines, Electronics and Circuits, C and C++ Programming
Industrial Management and Entrepreneurship Development, Electronic Equipment and Measurement, T.V. Engineering, Microprocessors, and Applications, Construction Management
Elective courses in modern communication systems, advanced microprocessors and interfaces, biomedical electronics, microelectronics, microwave and radar engineering, electronic equipment testing, everyday household appliances
Electronic and communications engineering subjects taught at the undergraduate level include:
- C Programming and Data Structures, Chemistry, Physics and Mathematics Engineering, Graphics Engineering, Basic Engineering in Electronics and Telecommunications
- Analog electronic circuits, logic design, network analysis, electronic instrumentation, microcontrollers, control systems, signals and systems, HDL fundamentals, linear integrated circuits, and applications
- Digital Signal Processing, Analog Communications, Information Theory and Coding, VLSI, Analog Communications, CMOS Fundamentals, Digital Communications, Microprocessors, Microelectronic Circuits, Antennas and Radio Waves, Operating Systems
- Computer Communication Network, Fiber Optic Communication, Power Electronics, Embedded System Design, Wireless Communication, Digital Switching System
Electronic and communications engineering subjects taught at the graduate level include:
Digital communication systems, information and communication theory, code theory and applications, wireless networks, various elective courses, and articles.
Subjects taught at the PhD level in Electronics and Communications Engineering include:
Research methodology, digital skills, software computing, speech processing, mobile communications, information theory, digital communications, statistical signal processing, digital image processing, biomedical signal processing.
Engineering career in electronics and communication
Electronics and Communications Engineering offers a variety of career opportunities for students enrolled in this program. With the advent of technology, the market needs to increase the number of electrical engineering, telecommunications engineering, and electrical engineering graduates.
Graduates qualified in electrical, and communications engineering can choose from many industries to build their careers. Some people choose to work permanently or indefinitely in the software industry because of the high salaries. Indian telephony industry, defense, AIR, NPL, and various development centers recruit telecommunications engineering graduates every year.
Telecommunications engineering is a field that focuses on the design of electronic devices and circuits using nonlinear and active linear components. It is a growing field that offers students many opportunities. With the advancements in modern technology, many topics can be studied in this field, such as data reception, advances in antennas and waves, and the Internet of Things. The ECE sector is also changing with digitalization, and hence there are many opportunities in this sector. It is one of the fastest-growing fields of engineering.
Electronic and Communications Engineering Courses
To gain a proper understanding and knowledge of the subject of ECE, students can take a variety of courses. The main methods of the ECE are:
● B. Electronic Communications Engineering Technology
● B. Tech Electronics
● Master in Electronics
● Master’s degree electronic Communications Engineering
● PhD in Electronics and Communications Engineering
● Engineer’s degree in electronic communication
● In addition to the typical curriculum, these programs offer specialized courses and work with industry leaders.
Below is a list of ECE majors you can choose.
● VLSI design
● telecommunications engineering
● Signal processing
● instrumentation engineering
● control technique
The expansion of the EEC is not limited to specific industries. The goal of today’s world is to develop smaller, more innovative, and more versatile products. All industries related to energy, defense, agriculture, and economy depend on the EEC sector for their livelihood. Almost every industry needs electronic devices to function correctly.
Defense, space, and other organizations employ electricians to develop and design communications and signal processing systems and equipment. Specializations in areas diverse from VLSI design, embedded systems, signals, and systems benefit electronics and communications engineers.
Eligibility criteria for admission to ECE courses:
U.G. Course: Candidates who pass the 10+2 exam with a 50% or more composite score in 5 subjects are eligible to take the B.TechECE course.
P.G. Program: Students who have achieved a CGPA score of at least 50% or equivalent in B.Tech.-Electronics & Communication Engg. /Communication engineering. /Computing and Engineering. /Computing/Electronic instrumentation and instrumentation engineer. / Instrumentation and Control Engineers. /Electrical and electronics engineers. / Electrician. Physics with one of its courses in Medical/Bioengineering/Power Electronics or Electronics/Electronics MSc is eligible to participate in the M.TechECE.
Over the past few decades, electronic technology has made remarkable progress. It is seen in the following areas:
● Wireless communication such as Bluetooth, GPRS, wifi
● GPS satellite
● Automotive embedded systems
● Communication satellites, missiles, drones, and other defense applications.
The average salary after completing the ECE program depends on the job. Salaries for privately employed post-ECE graduates range from 4.4 LPA to 7 LPA. Also, salaries range from 2.7 LPA to 6 LPA for government jobs after ECE.
ECE is popular with individuals as a growth area. Therefore, after obtaining an ECE degree, the scope is broad. Career opportunities at ECE are always flourishing.
Emerging Fields in ECE: The American Institute of Electrical and Electronics Engineers (IEEE) provides a list of emerging electrical and computer engineering fields.
Impact of ECE on Humanity and Society: Teachers and students of electrical and computer engineering at OSU work in the following areas: Each area significantly impacts people and society.
Analog and R.F. electronic circuits: Without them, there would be no cell phones, no wifi, and even television.
Communication and Signal Processing: Information signal transmission, storage, and analysis. Electrical engineers have traditionally focused on communicating and analyzing audio, audio, video, and video signals. Still, they now have a broader problem, including the retrieval and analysis of physiological and genomic signals, ecological signals and environmental data, consumer preferences, and financial time series. , etc
Computers and digital systems: With the help of computers, human technology was advancing rapidly. These digital systems are everywhere, from dishwashers and watches to Mars rovers.
Network: The Internet has a significant impact on society, connecting people worldwide and enabling people from different countries to collaborate. It also disseminates and promotes democracy.
Computer vision and image processing: These technologies allow computers to analyze data from magnetic resonance imaging and other medical imaging devices to display images and identify diseases. Computer vision experts teach computers to recognize faces, but image processors can remove image blur, extract features, and even create artwork.
Control systems, robotics, intelligent transportation: Automation reduces labor and improves safety in manufacturing systems, automobiles (such as anti-skid braking systems and autonomous vehicles), and aircraft (such as vehicles autopilot). . biomedical applications such as automated drug delivery (e.g., insulin control in diabetic patients), controlled prostheses, robotic surgery; Reduce pollution from cars and planes. Also Check Annual System of Examination .
Electromagnetic, Remote Sensing, and Microwaves: Radio wave communication is essential for mobile devices, radio, and the Internet. Radios and microwaves can also be used for detection, such as air traffic control radars. The ability of microwaves to penetrate clouds and rain also helps measure the impact of global climate and changes on a worldwide scale.
Optics and Photonics: The use of light to solve engineering problems includes everything from fiber optics to lasers used in eye surgery. Photonics also has display technologies ranging from LEDs to liquid crystals to holograms. A complete understanding of the interplay of light and matter helps animators create more compelling and realistic movies. Optics are widely used in engineering, medicine, architecture (lighting), entertainment, and many other fields.
Nanotechnology and electronic materials: These people are developing more efficient solar cells, faster transistors to run computers, chips to help track pets, and tools for everything from air pollution to the analysis of blood proteins through igneous minerals. I did it. Incident.
Sustainable energy and food systems: Humans are highly dependent on energy, but burning materials to generate electricity destroys our environment. Electricians strive to build better solar cells and wind turbines to harvest power from many clean energy sources like the tides. The smart grid is another engineering approach.
There is a wide range of jobs in the highly demanded telecommunications engineering market, and the industry is looking for ECE engineers to help them master the latest skills. Ever-changing technology is also driving the demand for electronics engineers.
Because there is a lot of programming in computer science, many people switch from CSE to ECE and vice versa. Degrees in electrical engineering and communications are suitable for students, and it is one of the branches your project needs.
Electronics Engg offers many sub-branches you need, including embedded systems that combine computer hardware and software, VLSI chip-level design, IoT, and robotics engineering. Choosing one of these branches is a good choice. It is a beautiful field that merges computer science and electrical engineering. The industry offers advanced jobs and better career options for electricians, electronics engineers, and telecommunications technicians.
Electronic design and development engineers, desktop support engineers, systems control engineers.
CST and ECE are two excellent industries. To be precise, ECE is better than CSE. The branch that integrates with the first is called the evergreen branch of engineering. Electronic engineers can work for Bharat Heavy Electric’s Limited (BHEL), Electronics Corporation of India Limited (ECIL), National Thermal Power Corporation (NTPC), Wipro, HCL, ISRO, SYNTEL, WIPRO.
EEE deals with electronics and electrical engineering, and ECE deals with some parts of electronics and telecommunications. The demand for ECE is increasing in big companies, and students of the ECE branch of NCR Top Engineering College Delhi can work in top I.T. companies like Google and Microsoft after completing B.tech. ECE engineers are more likely to hold government jobs.
CEE is a good choice if you are good at communication and circuits. The scope of ECE is comprehensive. You can participate in the I.T. industry, airlines, telecommunications, etc. The Indian army also offers jobs for electronics and communications engineers. ECE has many career options behind B.Tech. Electronics graduates can enter any industry, and many areas provide opportunities to improve their skills. The average salary of an electronics technician is 1500 rupees per hour. The average salary of an electronics technician is Rs 350,000 per year.
The essential qualities of an ECE engineer effectively take precedence over complex problem solving, systematic thinking, critical thinking, strong interest in technology, math skills, communication skills, strong computer skills, management time, and professional skills. The ability to classify and plan.
Business options, biomedical engineering, computer hardware, aerospace, etc.;
computer software, nanoelectronic chips, photonics, nanoengineering, robotics, solar energy
environmental development, etc.
Here are some areas where electronics and communications engineers can find work opportunities:
In this engineering discipline, you will learn how to design and develop telecommunications equipment and manage and transmit telecommunications data over various communication media. It will help you find a job in the telecommunications industry.
Coding skills are necessary to get a job in I.T. The telecommunications engineer learns computer science and programming languages, making it easy for I.T. departments to find employment.
Machine learning and robotics
Learn the basics of machine learning and artificial intelligence (A.I.) as part of your engineering course. Once you master this knowledge, you can easily find machine learning and robotics jobs. ECE professionals interested in machine learning are primarily engaged in research.
The principle of network communication is based on the foundations of digital communication. Electronic and communication engineers have extensive knowledge of communication equipment to quickly find work in this field.
Some of the jobs available as an electronics and communications engineer include:
1. Desktop Support Engineer
National average salary: 2,01,790 rupees per year
Primary Responsibilities: This task is critical to the continued operation of our business. Desktop support engineers handle server issues and troubleshoot security issues. Responsibilities are primarily addressed to maintain the proper functioning of an organization’s computer network.
2. Communications Engineer
National average salary: 2,83,135 rupees per year
Primary Responsibilities: Telecommunications engineers mainly design, manage and monitor electrical and telecommunications equipment. We also carry out research on the site, strengthen our network and ensure the timely delivery of services and products.
3. Technical Director
National average salary: 2,63,954 rupees per year
Key Responsibilities: The Technical Director manages the entire project cycle and adopts various quality assurance methods to ensure resource efficiency and technical quality. He also oversees management tasks and develops performance-based strategies.
4. Electronics Technician
National average salary: 2,42,729 rupees per year
Primary Responsibilities: Electronic engineers are primarily responsible for designing computers, mobile phones, music systems, and other equipment. He is also responsible for innovating and developing new ideas, control systems, and machinery for various industries.
Core Competencies for Telecommunications Engineers
Strong technical and interpersonal skills help electronics and communications engineers excel in their chosen careers. While studying, focus on mastering the following skills and becoming an electrician.
Telecommunications engineers need a thorough understanding of technical concepts such as circuit design and the operation of electronic devices. It also requires expertise in common programming languages such as C++ and Java.
Ability to work in a team
Since telecommunications engineers often work in teams, they must work well with other engineers. They know how to communicate with others and encourage them to share their thoughts. They understand the strengths and weaknesses of those who work regularly and learn how to use these characteristics to get the best results for their projects.
Because the electronics industry is driven by innovation, electronics and communications engineers must be creative to support the success of their employers. Creative thinking identifies solutions that make electronic equipment durable, user-friendly, fast, and long-lasting.
written and oral communication
Good communication is an essential part of teamwork, but good electronics and communications engineers must communicate with people outside the team.
Yes. ECE focuses on product development and testing. Let’s look at some essential aspects of this process.
● It is a four-year undergraduate program.
● One of the most popular engineering fields involves the research, design, development, testing, and maintenance of equipment.
● ECE engineers oversee the assembly and manufacture of telecommunications and broadcast systems.
● This area of ECE is based on three technology areas: information, networks, systems, semiconductor devices, optical systems, microprocessors, and computing devices.
● Yes. Electronics and telecommunications engineering opportunities for work in basic computing, entertainment media, hospitals, and national defense forces.
● Why study B.E. at ECE?
● The idea that telecommunications engineering can change lives and make life more efficient can motivate us to pursue this course. This undergraduate program encourages critical thinking, market research, and life-enhancing skills.
● Yes. Telecommunications engineering can learn to create, visualize and test their products.
● From automotive to assembly design, candidates develop their modeling skills for CAED, MEMS, digital VLSI design, medical devices, and field-effect nanodevices.
● ECE courses help students understand current technology trends better than other disciplines that deal with information technology, coding, and design.
● By researching and understanding the consumer base, designers can design user-friendly products.
● Aesthetics and functionality are the basis of this course, and digital skills are introduced.
● BTech industrial design graduates can earn around 5-7 LPAs per year.
● Recruitment companies associated with various agencies include Bosch, Siemens, DRDO, DLF, L&T, Qualcomm, IBM, TCS, Infosys, Wipro, and more.
In ECE undergraduate programs, students mainly choose based on a score of 10+2, or there are special entrance exams held every year by several institutions such as JEEMains.
- Undergraduate degrees are recognized based on a level 12 examination with a purely scientific background (physics, mathematics, chemistry).
- Applicants must pass Commission XII of CISCE, CBSE, or other state boards.
- The minimum total amount of PCM must be 60%.
- Entrance fees depend on the entrance price.
- Most educational institutions use admissions in their ECE programs.
- For entrance exams, you need to update notifications of universities offering courses in telecommunications engineering.
After announcing their registration, candidates can log on to the site and register online.
● You must upload the main document correctly according to the instructions when registering.
● The portal contains test centers that allow candidates to select a test center that suits them.
● After testing the specified date, you will post the results on the following website.
● Candidates who have successfully passed the thresholds set by the educational institution are approached for advice.
● Candidates who complete the original documents on the consultation and complete the admission procedures will obtain a position in the University of their choice.
Eligibility criteria apply to merit-based or entry-based testing. The minimum qualifications for this course are:
- Applicants must score 10+2 in Physics, Mathematics, and Chemistry and have a reasonably high percentage of eligible subjects for the entrance exams.
- Yes. Selection to the ECE is based on the total score obtained in the 12th Council, the final qualifying examination.
- A minimum score of 60% is required for the above-combined subjects.
What is the B.E. for ECE admissions?
For a few colleges and universities, admission is directly based on grades based on scores obtained by 12 committees. Most educational institutions have been holding their entrance exams for the past decades. Candidates who pass the entrance exam must attend an interview, and admission is based on performance in tests and personal interviews.
How to prepare for the EEC entrance exam?
Admission to the BE ECE lasts 3 hours, so candidates must overcome the hurdles and prepare well in advance to enter one of the best engineering schools. Here are some essential preparation tips.
Candidates should be alerted to the latest changes in exam patterns due to Covid-19.
Learn more about our courses to prepare for co-registration. 3-hour exam including MCQs in various sections including English, Physics, Chemistry, Mathematics, Numerical and Data Analysis, and General Intelligence.
● Each negative answer has a negative score (-1) on most entries, and the candidate must decide how to answer the question.
● To gain confidence, candidates should practice mock tests on sample test papers or some of the test sets below.
● Regular reading of the newspaper will help you understand the general culture section with 30 questions.
● Uninterrupted troubleshooting for some time is valid as of the test date.
● You must cover last year’s admissions thesis, as questions are likely to be generic for the previous five years.
● Studying regularly and effectively for 4-5 hours a day is enough to get good grades in the entrance exam.
The famous B.E How do I get into college?
Candidates who want to get into top colleges should plan their schedules wisely and pass the entrance exam.
● Applicants must have minimum eligibility criteria of 60% on Category XII Committees.
● Being ready for the entrance exam is always a plus.
● Preparation should start after the app informs you that it is complete, and it doubles your chances of getting a good grade on the test.
● In the Interview and Current Issues section, candidates read a newspaper and identify current global issues.
● Internships help applicants decide which college is right for them by reviewing course offerings, regular and visiting teachers, and contact information.
Yes. ECE work prospects and career options include:
This course is very diverse and dynamic, and candidates can expect work opportunities in various electronics and communications-related roles.
- Students with a bachelor’s degree in telecommunications engineering can enter any software or telecommunications industry.
- Our experienced engineers are highly rated, and our compensation packages are excellent.
- Even government agencies such as the Ministry of Communications and Information Technology, DRDO Laboratories, ISROs, and many more are safe places to start a career after graduation.
- Business Development Manager and R&D Engineer are two jobs in offset which are also accessible to young ECE graduates.
- ECE works in aviation, household appliances, transportation, telecommunications, computer applications, diagnostic equipment, etc.
- As new technologies emerge, including industrial automation, autonomous drone logistics, autonomous vehicles, and intelligent energy systems, ECE engineers are blazing new trails every day.