Department of Electronics and Communication Engineering (ECE) is established in the year 1999 and is accredited by NBA in 2010. In tune with the technology trends the department has been recognized as one of the major growth engines to the college and has created a wide range of successful careers for ECE students. Focus on research, hands on learning approach and a team of expert faculty has created a reputation for the Department as one of the best for the Electronics & Communication education.
- PSoC (Programmable System on Chip)
- Embedded Systems
- Image Processing
- Accredited by National Board of Accreditation
- Emphasis on Outcome Based Education & Project Based Teaching methodology
- Best Faculty Team with wide experience and domain expertise
- Labs equipped with NI LabVIEW, ARM & PSoC, CADENCE, Mentor Graphics, and MATLAB Toolboxes, Xilinx ISE, VIVADO etc.
- Importance to hands on workshops in the areas of VLSI, Embedded Systems & Signal Processing.
MOU with National Instruments LabVIEW Academy, ARM University Program, Cypress Semiconductors, IIIT Enhance Education
100% CLAD Certification from NI Lab view Academy to the trained students
100% ARM University program certification from ARM, Cambridge, UK to the trained students.
T. Raghava, A.Vijay Chandan, P. Sreekar Reddy, T. Bala Gopi Shankar and B P V Eswar Rao have secured internships in National Instruments India, Bangalore.
A team of five students of B.Tech final year developed “Smart Solar tracking system” by using Xilinx FPGA and Cadence software.
B. Santhosh Pavan Kumar, IV B.Tech is selected as Facilitator Coordinator and A.Swarna Mani as Educational Content Officer for SPEED – India for the year 2016.
B. Santosh & P. V. N. Ajay, III B.Tech participated in “World Engineering Education Forum (WEEF)” at University of Florence, Italy during 17th – 20th September, 2015.
B. Santhosh Pavan Kumar & A. Swarnamani IV B.Tech won Best Poster Award and cash prize for the paper titled “Computer Aided Integrated Circuit Design” in ICTIEE Conference held at Pune from 10th -12th January, 2016.
- IEEE & IEEE (women in Engineering (WIE) Affinity Group Chapter)
- IEEE (Signal Processing Society (SPS) Chapter)
- IUCEE SPEED
Academic Year: 2015-16
|A Seminar on "Memory, Human Intelligence, Learning and Bllom’s Taxonomy"||VJIT-IEEE Student Branch||28th Jan 2016|
|Regional Student Form||IUCEE VJIT- SPEED Chapter||3rd – 5th Aug 2015|
|Expert Lecture on " Domain Opportunities of an Electronic Enginner"||VJIT-IETE Student Branch||14th Aug 2015|
Academic Year: 2014-15
|Inauguration of VJIT-IEEE Student Branch Signal Procesing Society(SPS) Chapter||VJIT-IEEE Student Branch||7th Feb 2015|
|A Seminar on Cognitive Radio – Making Radio Self Aware||VJIT-IEEE Student Branch||7th Feb 2015|
|Inauguration of VJIT-IEEE Student Branch Women In Engineering(WIE) Affiliation Group Chapter||VJIT-IEEE Student Branch||31st Jan 2015|
|A Seminar on Empowerment of womens Engineers||VJIT-IEEE Student Branch||31st Jan 2015|
|Pheonix’15||VJIT||23rd – 24th Jan 2015|
|GoogleApps for Education||VJIT||23rd – 24th Dec 2014|
|IEEE Signal Procesing Colloquium-III||VJIT-IEEE Student Branch||20th Sept 2014|
|21st Century Grand Challenges of Engineering Workshop||VJIT-SPEED Chapter||15th-17th Sept 2014|
Academic Year: 2013-14
|Pheonix’14||VJIT||14th -15th Mar 2014|
|Inaugural function of IEEE Student Chapter||VJIT-IEEE Student Branch||1st Mar 2014|
|Workshop on "Comprehensive Matlab"||VJIT-IEEE Student Branch||19th -20th Feb 2014|
|Workshop On "Adobe Photoshop"||VJIT-ISTE Student Branch||4th Feb 2014|
|Texas Analog Design Contest||ECE Dept||20th Jan-24th Feb 2014|
|Hands on Training “Medical Image Processing”||ECE Dept||8th Jan 2014|
|Workshop on "Embedded System ARM7 and Raspberry pi"||VJIT-IEEE Student Branch||3rd & 4th Jan 2014|
|Seminar on "Key to Success"||VJIT-IEEE Student Branch||24th Dec 2013|
|Workshop on "FPGA Based VLSI Design using VERILOG with practical implementation"||VJIT-IEEE Student Branch||19th -20th Dec 2013|
|Hands On Training on"Verilog VHDL"||ECE Dept||20th , 27th Jul & 3rd , 8thAug 2013|
|Seminar on "Linux Programming"||ECE Dept||15th & 22nd July 2013|
|Workshop on “Labview”||ECE Dept||6th July 2013|
|Name of the Lab||Faculty Incharge||Name of the technical staff|
|Electronic Device and Circuits I/Electronic Circuit Analysis||Ms K. Tarangini & Ms E. Kavitha||Mr.K.Darshan|
|Electronic Device and Circuits II/ Electronic Circuit Analysis||Ms M. Renuka & Ms M.Sunitha Rani||Mr. P. Srinivas|
|Integrated Circuit Applications Lab/Pulse and Digital Circuits||Mr G. Sreenivasa Rao Ms A. Jaya Lakshmi Ms S. Santhi Priya||Mr. V. Subash Chandra Bose|
|Electronic Circuit Analysis LAB-2||Ms M. Nirmala Ms K. Pavani||Mr. K. Darshan|
|Digital Signal Processing||Ms G. Annapurna||Ms. R.Veena|
|Communication LAB (Analog & Digital)||Mr R. Nageswara Rao||Mr.P.Dayanand|
|Microwave Engineering||Ms J. Lavanya||Mr. P.Ramulu|
|Microprocessor & Microcontroller||Mr S.Ritesh Ms A. Pavithra||Ms. B. Sravanthi|
|Embedded Systems||Ms M.Lalitha Sowmya||Ms. B. Sravanthi|
|Very Large Scale Integration (VLSI)||Mr CH.Sandeep||Ms. R.Veena|
|Basic Simulation & Basic Circuit Simulation Lab I||Ms G. Annapurna||Mr. P. Prasad|
|Basic Simulation & Basic Circuit Simulation Lab-II||Ms G. Annapurna||Mr. P. Prasad|
The Electronics & Communication Engineering department intends to be a leader in creating the high quality engineers in the field of electronics and associated technologies to cater to national and global technological needs promoting the human prosperity and well being.
M1: Providing an infrastructural and conducive environment to the students, faculty and researchers for attaining domain knowledge and expertise in electronics & communication engineering.
M2: Enable the students to develop into outstanding professionals with high ethical standards capable of creating, developing and managing global engineering enterprises.
M3: Inculcate the spirit of lifelong learning by interacting with outside world and strengthen professional, communication skills.
Program Educational Objectives
PEO 1: To impart the students solid foundation in basic sciences, and Electronics & Communication Engineering with an attitude to pursue continuing education by meeting industry requirements(Continuing Education)
PEO 2: To prepare engineering graduates proficient and competent in application domains: Communication, Signal Processing, Embedded Systems and Solid state electronics(Excellence in Career)
PEO 3: To develop the students with professional skills to function as members of multi-Disciplinary teams in engineering and to achieve leadership role with innovative skills(Multi-Disciplinary Engineering and Leadership)
PEO4: To prepare engineering graduates engaged in lifelong learning with professional honesty and integrity together with an appreciation of social responsibility(Contribution to Society).
Program Specific Outcomes
PSO1: To impart knowledge in the field of Electronics & Communication Engineering by training the students in contemporary technologies which meet the needs of industry.
PSO2: To confide information on thrust areas of semiconductor technologies for students to pursue research in their field of interest.
Programme Outcomes (POs)
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, review 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 and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
PO12: Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
Summary of research Publications
|Academic Year||Number of publications|
|Name of the faculty||Area of Research||Name of the research scholar||University that award the degree||Year of registration||Status|
|Dr V.Usha Sree||MEMS||M.Sreenivasulu||JNTUH, Hyderabad||2011-2012||Submitted thesis|
|Dr V.Usha Sree||DIP||P.Ramesh||JNTUA, Anantapur||2011-2012||n going|
|Dr V.Usha Sree||DIP||M.V.Sruthi||JNTUA, Anantapur||2011-2012||Applied for Pre talk|
|Dr V.Usha Sree||VLSI||G.Renuka||JNTUH, Hyderabad||2012-2013||on going|
|Dr V.Usha Sree||DIP||B.Shravan||JNTUH, Hyderabad||2012-2013||on going|
|Dr V.Usha Sree||Ad-Hoc Networks||Sandhya||JNTUH, Hyderabad||2012-2013||on going|
|Dr V.Usha Sree||Cloud Computing||A.Srinivas||JNTUH, Hyderabad||2012-2013||on going|
|Dr V.Usha Sree||DIP||Syed Akhil||JNTUA, Anantapur||2013-2014||on going|
|Dr V.Usha Sree||DIP||M.Nirmala||JNTUA, Anantapur||2013-2014||on going|
|Dr K.Vasanth||Medical Image Analysis||Mrs.Bhavani||Sathyabama Univerrsity, Chennai||2014-15||on going|
|Dr.K.Vasanth||Pattern Recognition||Mr.Patil Pradeep Manikrao||Sathyabama Univerrsity, Chennai||2014-15||on going|
|Dr.K.Vasanth||Disease Detection using Signal Processing||Mrs. C.Celeis||Sathyabama Univerrsity, Chennai||2014-15||on going|
|Dr K.Vasanth||Image Analysis in forensics||Mrs.Jhansi Rani||Sathyabama Univerrsity, Chennai||2014-15||on going|
|Dr.K.Vasanth||Video Processing||Mrs. Sindhu Divakaran||Sathyabama Univerrsity, Chennai||2015-16||on going|
|Dr K.Vasanth||Computer Vision||Mrs. V.Elanampai||Sathyabama Univerrsity, Chennai||2015-16||on going|
|Dr K.Vasanth||Optical Communications||Mr.Gopi Krishna||Sathyabama Univerrsity, Chennai||2016-17||on going|
|Dr K.Vasanth||Brain Computer Interface||Mrs. Kalyani Praviswaph||Sathyabama Univerrsity, Chennai||2016-17||on going|
Name of the Laboratory
- LAB VIEW – NI Laboratory
- ARM – PSOC University (Project Based Embedded System Laboratory)
- CADENCE Laboratory
- MENTOR GRAPICS Laboratory
Innovations in teaching
Implementation of Project based teaching methodology for Embedded System course
Course for Electronics and Communication Engineering Education is Embedded System for final year students at Department of ECE, Vidya Jyothi Institute of Technology, Jawaharlal Nehru Technological University, and Hyderabad. This course consists of series of lectures that covers the embedded system design concepts.
In this course Instructor presents concepts and features of operating systems, role of operating system in customized embedded hardware systems.
Instructor also explains the procedure to develop the embedded system for a particular application using any processor board.
In our class we discussed architecture of the ARM 9 processor board and features of operating system running on ARM 9 processor board. Instructor also discussed many active learning methods like demonstrating linux operating system code from open source website kernel.org.
As a result these discussions and clarifications with different issues, our students are able to transplant latest kernel from kernel.org as their major project and they are able to analysis the ARM processor board for telecom application.
During the period of study in the 6th to 8th semester, many real time projects are given to the students and they are guided by both faculty and Industry/Research personnel.
|Title of the paper||Presented by||Presented at||Date|
|Project Based Teaching Methodology for Embedded Engineering Education||Prof M.Rajendra Prasad||2nd International Conferenceon Transformations in Engineering Education (ICTIEE-2015).BMS College ofEngineering, Bengaluru, India.||8th January 2015|
|Lecture on Project Based Teaching Methodology||Prof M. Rajendra Prasad||Vidya Jyothi Institute of Technology||25th July 2015|
|Development of Project Based Teaching Methodology in Engineering Education||Prof M. Rajendra Prasad||3nd International Conference on Transformations in Engineering Education (ICTIEE-2016)||6th January 2016|
|Computer Based Teaching Methodology for Outcome-Based Engineering Education||Prof M.Rajendra Prasad||6th IEEE International Advance Computing Conference (IACC-2016), IEEEXplore||27th February 2016|
|An Innovative Interdisciplinary Teaching and Learning Methodology for Outcome Based Education||Prof.M. Rajendra Prasad||JEET, Special Issue, Jan 2017, ISSN: 2349-2473 & 4th ICTIEE.||January 2017|
|OBE based Industry Academy Approach for Embedded System Design Course||Prof M.Rajendra Prasad||JEET, Special Issue, Jan 2017, ISSN: 2349-2473 & 4th(ICTIEE-2017),||January 2017|
Innovative teaching methodologies used by faculty
Shaik Jakeer Hussain
|Klystron working||Microwave Engineering||Socio constructivist perspective||2013-14|
|Mrs. Pavani||Configurations of transistor||Electronic devices and circuits||Classroom discussion||2014-15|
|Mr.Ritesh Suroj||8255 architecture||Microprocessor and interfacing||Z to A approach||2015-16|
|Mr. Gadela Sreenivasa Rao||Opamp applications||Linear IC applications||Brown bag approach||2015-16|
|Mrs.Jaya Madhuri Oduganti||Doppler effect||Cellular and mobile communication||Mind Map||2013-14|
|Mrs.Erla Kalpana||Clipping and Clamping circuits||Pulse and Digital Circuits||Short presentation||2014-15|
|Mrs. C.H.S.N. Sirisha Devi||Modulation||Analog Communication||Z to A approach||2015-16|
|Mr. Abubakar||Image restoration||Digital Image Processing||Mind Mapping||2013-14|
|Mrs.Jayalakshmi Athukuri||Non linear applications of Op-amps||Linear IC applications||Short presentations||2014-15|
|Mrs.Annapurna Ganji||IC fabrication||VLSI||Socio Constructivist Perspective||2015-16|
|Prof P V Narasimha Reddy||Basic Gates||STLD||Brown bag approach||2013-14|
|Mr.Varadala Sridhar||Digital modulation techniques||Digital Communication||Brown Bag||2013-14|
|Mrs.Kummarakuntla Tarangini||Satellite working||Satellite Communication||Socio Constructivist Perspective||2013-14|
|Mrs.Erla Kalpana||EM wave characteristics||EMTL||Socio Constructivist Perspective||2015-16|
|Mrs. K. Uma Rani||Finding Probability of a Sample Space||PTSP||Role Play||2014-15|
|Mr Shaik Mazunu||Types of Antennas||AWP||Socio Constructivist Perspective||2015-16|
|Mr M Rajendra Prasad||Applications of Embedded Systems||Embedded System||Z to A approach||2015-16|
|Mr G Someswara rao||Sampling theorem||Digital Communication||Roll Play||2015-16|
- NRK’s Elegant Technologies
- Embedded RF Technologies
- Physitech technologies
- Ingenious Technologies
- Anand Technologies
- Lekha Wireless
Head of the Department
We have a pool of well-qualified human resources who can provide a direction and orientation to the students in their learning process with a blend of theory and practical sessions.
Dr. Harikrishna Kamatham obtained his B.Tech in Electronics and Communication Engineering from Jawaharlal Nehru Technological University Hyderabad, and later moved to USA for his Master of Science degree in Electrical and Computer Engineering from Southern Illinois University Carbondale, IL, USA. He has completed his Ph.D degree in Telecommunication Engineering from SRM University, Chennai in 2013. His areas of interest include Embedded Systems, VLSI, Wireless Communications, etc. Being from a family of teachers, he started his teaching career as a Teaching Assistant in Southern Illinois University Carbondale, IL, USA. With his immense passion in teaching field, he worked in various engineering colleges in the capacities of Head of the Department, Dean, Vice-Principal and Principal.
Bringing along with him his 15 years of teaching experience, he has joined Vidya Jyothi Institute of Technology as Professor and Head of ECE. He has published more than 20 papers in National and International conferences and journals.
He is a life member in International Association of Computer Science and Information Technology, and an editorial board member in various reputed international journals.
Dr. Harikrishna Kamatham, Ph.D
|Mail ID:firstname.lastname@example.org||Phone: 9490012321|
Faculty Members in ECE Department
|Dr. Harikrishna Kamatham||ECE||Embedded Systems||Professor & HOD|
|Dr. V. Usha sree||ECE||Digital Systems & Communication Engineering||Embedded Systems||Professor|
|Dr. Zulkhar Nain||ECE||Digital Systems||Professor|
|Dr. P. Ganesan||ECE||Electronics & Control||Image Segmentation||Professor|
|Dr. K. Vasanth||ECE||Applied Electronics||Image Processing||Professor|
|Mr. Rajendra Prasad M||ECE||Digital System Engineering||Embedded Systems(Persuing)||Associate Professor|
|Mrs. M. Nirmala||EIE||Digital Systems & Communication Engineering||Signals & Image Processing(Persuing)||Associate Professor|
|Mrs. K. Pavani||ECE||Digital Electronics & Communication Systems||Associate Professor|
|Mrs. K.Uma Rani||ECE||Embedded Systems||Associate Professor|
|Mrs. E. Kalpana||ECE||Embedded Systems||Associate Professor|
|Mrs. E. Kavitha||ECE||Digital Electronics & Communication Systems||Associate Professor|
|Mr. Maznu Shaik||ECE||Digital Systems||Radar Waveform Design(Persuing)||Associate Professor|
|Mr. T. Venugopal||ECE||Communication Engineering||Associate Professor|
|Mr. G. Nagendra||ECE||Control & Signal Processing||Associate Professor|
|Mr. G.Ravikishore||ECE||VLSI Design||Associate Professor|
|Mr. G. Sreenivasa Rao||ECE||Embedded Systems||Associate Professor|
|Mr. S. Upendra||ECE||VLSI System Design||Biomedical Applications in VLSI(Persuing)||Associate Professor|
|Mrs. O.Jaya Madhuri||ECE||Communication Engineering||Associate Professor|
|Mrs. A. Jaya Lakshmi||ECE||ES & VLSI Design||Assistant Professor|
|Mr. Lakshmi Lokesh K||ECE||Embedded Systems||Assistant Professor|
|Mrs. S. Santhi Priya||ECE||VLSI System Design||Assistant Professor|
|Mrs. M.Sunitha Rani||ECE||Embedded Systems||Assistant Professor|
|Mrs. M. Renuka||ECE||VLSI System Design||Assistant Professor|
|Mr. S.Ritesh||ECE||Embedded Systems||Assistant Professor|
|Mrs. G. Annapurna||ECE||VLSI System Design||Assistant Professor|
|Mr. G. Someshwara Rao||ECE||Communication Engineering||Assistant Professor|
|Mrs. M.Lalitha Sowmya||ECM||Embedded Systems||Assistant Professor|
|Mrs. J. Lavanya||ECE||Telematics||Assistant Professor|
|Mrs. S. Radha Devi||ECE||Embedded Systems||Assistant Professor|
|Mrs. Y. Aruna||ECE||Embedded Systems||Assistant Professor|
|Mr. G. Ravikumar||ECE||VLSI System Design||Assistant Professor|
|Mrs. K. Deepika||ECE||VLSI System Design||Assistant Professor|
|Ms. A. Pavithra||ECE||Embedded Systems||Assistant Professor|
|Mrs. C.H.S.N Sireesha Devi||ECE||Embedded Systems||Assistant Professor|
|Mr. CH. Sandeep||ECE||VLSI System Design||Assistant Professor|
|Mr. R. Nageswara Rao||ECE||Embedded Systems||Assistant Professor|
|Mr. J. Suneel Chakravarthy||ECE||Digital Electronics & Communication Systems||Assistant Professor|
|Ms. M. Veena||ECE||Embedded Systems||Assistant Professor|
|Mr. G. Aswini Kumar||ECE||Embedded Systems||Assistant Professor|
|Mrs. K. Nalini||ECE||Micro Wave Engineering||Assistant Professor|
|Mrs. D. Kavitha||ECE||VLSI System Design||Assistant Professor|
|Ms. Anagha Kulkarani||ECE||VLSI & ES||Assistant Professor|
|Mr. L. Sunil Kumar||ECE||VLSI & ES||Assistant Professor|
|Mr. K. Bala Ramudu||ECE||VLSI System Design||Assistant Professor|
|Ms. K. Tarangini||ECE||VLSI System Design||Assistant Professor|
|Ms. K. Soumya||ECE||Embedded Systems||Assistant Professor|
|Ms. M. Alekhya||ECE||Embedded Systems||Assistant Professor|
|Ms. S. Raga Deepti||ECE||Digital Electronics & Communication Systems||Assistant Professor|
|Ms. V. Bindu||ECE||VLSI System Design||Assistant Professor|
|Ms. P. Jyotsna||ECE||Digital Electronics & Communication Systems||Assistant Professor|
|Ms. B. Keerthi Reddy||ECE||Embedded Systems||Assistant Professor|
|Ms. Mousumi Rani Bala||ECE||Integrated Circuit Technology||Assistant Professor|
|Mr. B. Sagar||ECE||VLSI System Design||Assistant Professor|
|Ms. G. Sowmya||ECE||VLSI System Design||Assistant Professor|
|Ms. Saba Nasheen||ECE||VLSI System Design||Assistant Professor|
|Ms. J. Sowmya||ECE||Wireless & Mobile Communication||Assistant Professor|
|Ms. E. Supraja||ECE||VLSI System Design||Assistant Professor|
|Ms. V. Anusha||ECE||Embedded Systems||Assistant Professor|
|Ms. A. Chaitanya Lakshmi||ECE||VLSI & ES||Assistant Professor|
|Mr. K. Swamy||ECE||VLSI System Design||Assistant Professor|
|Mr. H. Pramod Kumar||ECE||Embedded Systems||Assistant Professor|
|CH. Vijaya Bhaskar Reddy||ECE||VLSI System Design||Assistant Professor|
International Conference on Innovations in Communication and Informatics-2017 (ICICI-2017)
Scope of the Conference
The objective of this international conference is to provide a forum to participants an opportunity to discuss and exchange the recent developments in the field of electronics, communication and informatics and also review challenges faced by the community in the 21st century. Special emphasis is placed on promoting interaction between the theoretical, experimental, and applied communities, so that a high level exchange in new and emerging areas within electronics, communication and informatics is achieved.
The conference consists of invited oral presentations and contributed posters. Concurrent sessions and a poster session will cover a wide range of topics and issues, including both contributed papers and special sessions developed on specific themes. Students are persuaded with a significant reduced registration fee and the possibility of limited logistical support. Best student papers will be judged and awarded during the conference.
- Abstract Submission: 01 June 2018
- Full Paper Submission: 06 July 2018
- Notification of Acceptance: 07 September 2018
- Final Paper Submission: 06 October 2018
- Conference Dates: 12 – 14 December 2018