About Program

In today’s fast changing world if you look around ELECTRONICS & COMMUNICATION Engineering. You probably cannot imagine a world without it.

The importance of Electronics and Communication lies in its diversity! Electronic devices have become a major part of our lives. With the evolution of technology, Electronics and Communication has become an essential discipline that is required by every other industry. Now the world can no longer undermine the significance that Electronics and Communication discipline carries. Hence, Electronics and Communication engineering is one of the most sought after branches by students

The most important benefits that Electronics and Communication branch provides you is freedom.The freedom to drift between hardware field and software field. Furthermore this is also the reason that a lot of industries choose to prefer Electronics and Communications engineers over other engineers. During the four years of Electronics and Communication Engineering, students gain the knowledge of both the hardware and the software aspects. While they learn about electronic circuits, devices, and communication systems, they also learn about embedded systems, programming languages, and assembly languages. An Electronics and Communication Engineer, who has knowledge about the hardware field, and also has a grip over some computer languages, will be more successful during his career than other students who are proficient only in the software field. Hence, Electronics and Communication Engineers can switch from hardware to software field, but it is not the other way around.

When we think about ECE, we usually picture people working in Integrated Chip (IC), Semiconductor manufacturing & Mobile industries. However, Electronics and Communication is a far more versatile field. Electronics and Communications encompasses fields such as computer engineering, automation & control, image processing, power systems, opto-electronics, analog and digital circuit designing, and many other fields. Consequently, ECE students are free to choose one of the many many fields offered by ECE according to their passion and capabilities. Therefore Electronics and Communication is an extremely vast field.

The demand for Electronics and Communication Engineering is increasing exponentially by the day. The scope for Electronics and Communication Engineers is quite high in public sectors. The private sectors are preferring ECE students as well

Program Eligibility

Rank in CUET.
Rank in JEE-Main.
(10+2) with Physics & Maths and any one out of Chemistry / Biology / Biotechnology / Technical Vocation Subject with 50% marks.

B.TECH Lateral Entry

Rank in CUET.
Diploma in Engg. with min. 50% marks or B.Sc. (with maths) min. 50% marks.

Program Intake

In Electronics And Communication Engineering (ECE) the program intake is of 30 seats.

Program Structure

During the first year of B.Tech Electronics and Engineering course, students learn about basic engineering techniques such as mathematics, physics, chemistry and engineering drawing, to name a few.

From second year of the programme, students start to learn about the core electronics and communication engineering, covering the areas of circuits, operational amplifiers and basic circuit analysis skills.

3rd Year introduces students to the propagation of high-speed signals around the electronics circuits and systems and principle of noise within the signals.

In 4th year, engineers are taught about the entire life cycle of a product – ranging from designing and computer modelling to the hardware device. Students also get real world exposure by working in teams that involve taking a problem, capturing the requirements, creating the solution and simulating it using the industry-standard software tools before the implication in hardware device.

Program Objectives

To be successful in professional career by acquiring knowledge in electronics and communication engineering principles and professional skills
To analyse real world issues and design socially accepted and economical solutions
To exhibit good communication, problem-solving, leadership and interpersonal skills
To be receptive to new technologies and attain professional competence through lifelong learning and professional development by pursuing higher education and participating in research and development

E-Yantra Lab

E-Yantra Lab, established in Electronics & Communication Engineering department of Anand Engineering College Agra is an initiative by IIT Bombay, that aims to create the next generation of embedded systems engineers with a practical outlook to help provide practical solutions to some of the real world problems. The Ministry of Human Resource Development (MHRD) sponsors E-Yantra under the National Mission for ICT in Education (NMEICT) program.

IIT Bombay envisages the ‘e-Yantra’ platform to harness the intellectual talent of young India to create utility based robotic applications for usage across variety of applications such as: agriculture, manufacturing, defense, home, city maintenance and services industries. The overall mission is to grow a rich eco-system of ideas and applications that can propel India’s growth curve and productivity through intelligent funneling of robotics in daily living built upon an existing pool of knowledge developed by students working on such projects at engineering colleges in the area of embedded systems.

E-Yantra Robotics Lab trains the students in embedded systems and micro-controller programming by engaging them through the Project Based Learning (PBL) mode.

Benefits of e-Yantra robotics lab to students:

Awareness of embedded systems, robotics technology and mechatronics.
It provides platform to design, develop, program and test of robots to various applications.
Students can participate in national and international robotics competitions.
Improve B.Tech projects with help of e-Yantra open source community.
Exposure to job opportunities in robotics.
Encourage to use robots to solve real life problems.

Program Fees

Program fee	Amount
Semester Fee	42,500/- INR

Other fee details

Amount

Book Bank Fee (Optional)
(Payable Once at the time of Admission)

7,000/- INR

Caution Money (Refundable)

5,000/- INR

Transportation Charge (Bus Fee)(Per Annum)**

Location From	Amount
Agra	26000/- INR
Mathura	28000 /- INR
Tundla	30000 /- INR
Firozabad	33000 /- INR

Description Of Accommodation

Charges Per Year

Triple/Double Seater (All Years)

73,000/- INR

Single Seater (Only For Third & Fourth Year)

78,000/- INR

Single Seater with Attached Bathroom (Only For Third & Fourth Year)

90,000/- INR

University Examination Fee/Pre-Enrollment Registration Fee is payable extra to the University as demanded by the University.
College Uniform/Dress Code as per college norms shall be compulsory, but students have to arrange it at their own cost from market sources.

Modes Of Payments

NEFT/RTGS

College Name:- Anand Engineering College
POC Name:- Sandeep Agarwal
Bank Account:- 1841002100002913
POC Number:- 9927937666
IFSC:- PUNB0184100
POC Email-Id;- sandeepagarwal.ho@sgei.org

EMI

Students can now pay fees in Easy Monthly Installments through GrayQuest, India’s leading fee payment platform.

PAYTM

Pay your Fees through Paytm app/website using Debit Card / Credit Card / UPI / Net Banking / Paytm Wallet.

Existing Student Payment URL:- http://m.paytm.me/sgi_aec_web
New Student Payment URL:- http://m.paytm.me/sgi_aec_nrweb

Career Overview

Multiple career opportunities are available within the realm of electronics and communication engineering. Our students have obtained prestigious placements at leading MNCs all over the world. Plethora of opportunities are available for Electronics and Communication Engineers in other sectors also including IT, power transmission companies, aviation, telecommunication, electronic media and manufacturing.

After completing the course, students can also opt for M.Tech/MS in various subjects such as Microelectronics and VLSI Design, Fibre Optics and Light Waves, RF and Microwaves, Telecommunications etc.

Development Centers in various States & private companies dealing in manufacture, sales and services of electronics consumer goods and appliances. Electronics and communication engineers are also absorbed into the entertainment, consumer electronics, consumer durables, transmission industry, research establishments, and specialized defence products like signalling equipments, radar control equipments etc.

SGI Electronics & Communication Students Average Salary: The opportunities are limited only by the aptitude, training and preparation of the candidates. Beginning with minimum of Rs. 2.2 lakh p.a. to Rs. 4.5 lakh p.a. for entry level jobs, bright students are able to secure offers as high as Rs. 4.5–Rs. 6.5 lakh p.a. with specialized training in Mobile computing, VLSI Design etc. Sky is the limit for experienced professionals.

Program Outcomes

Programme Outcomes

PO1 : Engineering knowledge : Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.

PO2 : Problem analysis : Identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.

PO3 : Design/development of solutions : Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.

PO4 : Conduct investigations of complex problems : Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.

PO5 : Modern tool usage : Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations

PO6 : The engineer and society : Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.

PO7 : Environment and sustainability : Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.

PO8 : Ethics : Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.

PO9 : Individual and team work : Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.

PO10 : Communication : Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

PO11 : Project management and finance : Demonstrate knowledge and understanding of the engineering, management principles and apply the same to one’s own work, as a member or a leader in a team, manage projects efficiently in respective disciplines and multidisciplinary environments after consideration of economic and financial factors.

PO12 : Life-long Learning : Recognize the need for, and have the preparation and ability to engage in life-long learning independently, with a high level of enthusiasm and commitment to improve knowledge and competence continuously.

PO13 : Competitive Skills : Ability to compete in national and international technical events and building the competitive spirit

Programme Specific Outcomes

PSO1 : Demonstrate knowledge and competence in the application of circuit analysis and design in the areas of analog/digital electronics, microprocessor/microcontroller, control systems.

PSO2 : Demonstrate knowledge and competence in the design,application and analysis of communication systems including wireless, cellular and mobile communication.

PSO3 : Demonstrate knowledge and competence in computer programming and networks for building, testing, operation, and maintenance of systems and associated hardware/software.

PSO4 : Apply project management skills to design electrical/electronic systems based on team building skills and entrepreneural aptitude.

PSO5 : Utilize basic sciences, statistics/probability, mathematics and fundamentals of electrical/electronics for designing low cost societal solutions.

Salient Features

Contemporary Curriculum

Instil knowledge in the major areas of Electronics and Communication Engineering such as Communication Systems, Communication Networks, VLSI Design, Robotics & Automation, Embedded Systems and Signal Processing.

Professional Enhancement

In addition to core curricula, course offers subjects like communication, analytical and soft skills to enhance personality and employability.

Industry Immersion

Trainings, projects and guest lectures collaborated with industries help to learn from real life situations

Projects

Seminar and Project driven courses are designed to enhance technical and presentation skills

Industrial Visits

Encourage students to have maximum industrial exposure through visits for problem identification and emerging technologies

Interdisciplinary Minors

Minor elective gives the students a choice to develop expertise in the interdisciplinary areas of interest for example Management and CSE/IT

Software Skills

Curriculum is equipped with 21st century digital technologies for circuit simulations, VLSI design layouts, simulators for processors, and advanced simulation tools.

State of the Art Labs

State of art labs such as VLSI Design Lab and Embedded Systems Lab in collaboration with industry. Most of the labs available are aligned with Virtual Lab resources from IIT consortium

Industrial Input

Curriculum of the course is competent to impart skills as per feedback provided by premier organizations of industry and academia.

Innovative Pedagogy

Usage of demo kits in addition to animations, simulations, audio-visual aids, demonstrations provide interactive teaching methodology

Holistic Development

Participation in technical events, sports and cultural activities help in the holistic development of students

Scholarships

Merit Scholarships for Electronics & Communication Engineering

Srl	Scholarship Criteria	Amount (in Rs.)	Criteria for Continuation of Scholarship in 2^nd year onward ()**	Total No of Scholarships
1.	(a) UPCET Gen Rank for B. Tech <=2500 OR JEE Mains SCORE >=100 Marks/ AIR Rank <=50000 (whichever is less) OR (For Biotech – UPCET Gen Rank in top 10% or B. Tech (Bio Tech) rank <=68) >=90% marks (PCM) or equivalent Grade in 12th Class from CBSE/ISC in qualifying exam. >=85% marks (Aggregate as well as PCM as applicable) or equivalent Grade in 12th Class from UP Board /State Board. For Lateral Entry Admission 90% & above in case of Engineering Diploma holders/ Three-year Bachelor’s degree.
		Rs. 25000/-	>=90% marks (Agg)/ (>=90% for lateral Entry student also) without back in previous year & 80% Attendance in both semester (s)	Only to 10% of sanctioned intake for CSE branch
	(b) UPCET Gen Rank for B. Tech >2500 and <=5000 OR JEE Mains SCORE >=90 and < 100 Marks / AIR Rank between 50000 to <=80000 OR (For Biotech – UPCET Gen Rank in top 15% or B. Tech (Bio Tech) rank >68 and <=138) >=85% to <90% marks (PCM) or equivalent Grade in 12th Class from CBSE/ISC/ Board in qualifying exam. >=80% to <85% marks (Aggregate as well as PCM as applicable) or equivalent Grade in 12th Class from UP Board /State Board. For Lateral Entry Admission >=80% and <90% in case of Engineering Diploma holders/ Three-year Bachelor’s degree.			AND
		Rs. 15000/-	>=85% marks (Agg)/ (>85% for lateral Entry student also) without back in previous year & 80% (+) Attendance in both semester (s)	15% of sanctioned intake for other than CSE branch. (Revised from 20% to 15% as per the mail received from EVP on 30 Jun 2022)
	Category “C” Scholarship is applicable only for other than CSE Course (s)
	(c) UPCET Gen Rank for B. Tech >5000 and <=10000 OR JEE Mains SCORE >=75 and <=120000 OR (For Biotech – UPCET Gen Rank in top 20% or B. Tech (Bio Tech) rank >138 and <=279) >=80% to <=85% marks (PCM) or equivalent Grade in 12th Class from CBSE/ISC board in qualifying exam. >=75% to <80% marks (Aggregate as well as PCM as applicable) or equivalent Grade in 12th Class from UP Board /State Board. For Lateral Entry Admission >=70% and <80% in case of Engineering Diploma holders/ Three-year Bachelor’s degree.	Rs. 10000/-	>=80% marks (Agg)/ (>80% for lateral Entry student also) without back in previous year & 80% (+) Attendance in both semester (s)	– Do –

#Group reserves the right to amend policy time to time

(*) All merit scholarships to be continued in subsequent years only for those maintaining minimum 80% class attendance in the previous year (both the semesters). It is mandatory & will not be relaxed under any circumstances.

(**) The merit scholarship for 2^nd year onward will be continued only if the scholar secures minimum eligible marks in the Ist years (or previous year) as mentioned in above schedule in minimum eligibility marks “criteria for continuation of scholarship” column or more marks in aggregate in each of the semester examinations, which determines his/her promotion to next higher class/year. In case of non fulfilment of minimum eligible marks criteria in Ist year / subsequent years the scholarship will be cancelled for the next year. A Scholarship once cancelled shall not be renewed or restored under any circumstances.

Sharda Vidushi Scholarship

10000/- scholarship above 60% marks (PCM/B) in qualifying exam applicable only for Girl Students who will opt B. Tech course in Anand Engineering College. Not payable if the student is recipient of another scholarship.