Ranked 3rd Among Top Private Universities of India- India Today 2017National Award for Highest Number of Companies – Limca Book of Records (2017)

Best Student Friendly University – Star Group (2017)Top 10% Educational Institutes for providing Employability – Aspiring Minds (2015 & 2016)Defense & Aerospacs

Scope of

ECE

Medical Electronics Automobile Electronics IT Industry

Electronics Design Automation Consumer Electronics

Telecommunication Defense & Aerospace Automation

Artificial Intelligence & Machine Learning VHDL Programming Robotic Process Automation Digital System Design using Verilog Advanced Communication Design Troubleshooting of Electronic Equipments

Image Processing Advanced Microcontrollers PCB Design & 3D Modeling Audio and Video processing Data Structures Java & RDBMS Analog VLSI Circuit Design

Machine Vision & Signal Processing

RF, Microwave & Wearable Tecnology Microelectronics,Nano-Tech. & IC Design

Communication Technologies & System

Automation & Robotics

Networked Real-time Embedded System Robot Learning with Machine Learning Techniques Algorithms for planning and Control Robot Motion IOT & Cloud of things Architecture Embedded Sensing and computing Robot Sensors and sensor Networks Electronic Design Automation

Microelectronics Design Technology and Manufacturing Process Micro-Nano Systems High Speed Electronics Analog and Mixed Signal integrated Circuits Electronic Design Automation Digital System Design using HDL

Computational method in Electromagnetic Theory RF & Antenna Design, Mobile and Vehicular antennas RFID Antennas and Systems,Broadband/Ultra-wideband Antennas Microwave /MM-Wave/THz Circuits and systems Implant able & wearable Antennas

Mobile Vision Application Computer and Robot Vision Image Processing Medical & Biomedical Imaging Signal Processing for Satellite and underwater Communication Audio/Speech & Video Processing and Systems.

Mobile, wireless Network & Applications 4G/5G Communication and Network. Wireless Sensor Network & Ad HOC Networks. Security in Mobile and Wireless UWB Communication. Cognitive Radio. Reconfigurable Communication System

COMPUTING & OPTIMIZATION TECHNIQUES

Data Mining System Artificial Intelligence Interconnection Networks & Network based Computing Cryptography & Information Security Cloud/ Grid/ Distributed Computing Software Defined Networks Optimization Algorithm

Futuristic Technologies & relatedDomain @ ECE Department

INDUSTRY SPONSORED & STATE OF ART LABS

RESEARCH FOCUS

LIFE CHANGING OPPORTUNITIESWITH THE ASIA’S BEST &

FASTEST GROWING UNIVERSITY

USPs and Best Practices

Exposure of National & International conferences/ workshop/symposium. Till date more than 655 research publications in reputed journals are credited under ECE department. DST granted a project of worth 35 Lakh to ECE department.Department is having experienced and renowned faculty members from industry and academia background.Best Entrepreneur facilities are provided through CU-Technology Business Incubator which includes mentorship, Annual Start-up Meet, Investment Summit, IPR & patent support and seed money.

Hands on learning through State of Art & Industry Sponsored Laboratories whichincludes Intel - IOT & Intelligent System,Videocon Connect Advanced Communication,Wipro: IT & Multimedia, Truechip IP System Verification, Texas Instruments Innovation Lab, Uipath Robotics Process Automation, Virtual Labs-IIT Delhi.Option for students to get nano degree or certification through various MOOCs likeFOSS, Microsoft LaaS, UiPath RPS, UDEMY, Swayam, NPTEL etc. included as a part of curriculum.

130 companies visited last year for ECE students and 30-40 companies added everyyear. The major ECE companies visited the campus are - Cypress Semiconductor, Synopsis,Truechip, Samsung, Cognizant, Wipro, Scope Telecom, Microsoft, Deloitte and many more.64 patents for social cause related to Science & Technology are filed by the ECE department.More than 230 MOU's signed with foreign universities by Chandigarh University, out of which 100 MOU's are related to ECE department with Semester exchange felicitation in foreign universities.

Industry oriented Best curriculum offering Flexible and Choice Based LearningApproach with Futuristic & Globally Compatible Academics which includes core as well as advance practical based subjects like-:

INTEL - IOT & INTELLIGENT SYSTEM LAB

VIDEOCON - CONNECT ADVANCED COMMUNICATION LAB

OPTICAL COMMUNICATION LAB

TRUE CHIP SPONSORED SYSTEM VERIFICATION IP & VLSI LAB

Texas Instruments Innovation Center (TIIC)

UiPath Robotic Process Automation - Center of Excellence

Students can make their own projects for user defined problem by integrating with sensors and actuators. The facilities in lab includes: Intel Edison Board ; Open source single board computer,(Arduino nano, Arduino UNO, Arduino YUN, ArduinoMega,Arduino Zero; Rasberi Pi; Ordroid;Vast variety of sensors and Actuators(Through hole and SMD); SMD workstation; MultiSim Software.

To provide practical exposure of Cellular communication system between Mobile System and Base Transceiver Station.Followinngs are the facilities in lab: Base Transceiver Station (BTS), Modems, Cables, Connectors, different BTS antennas (Sectored and Parabolic antennas), GSM mobile Trainer, Zigbee; Bluetooth; Broadband Communic Kits.

To provide an understanding of design and analysis of various signal processing systems using Simulation software and optical Communication tools like, a live simulation environment to provide Hands on experience of latest technologies like, RF optimization, Network planning, EMF Transmission, Broadband (Wi-Fi and DSL), FTTH, WBB, GSM and CDMA etc. Tools available : Qualnet, Optisim, Splicer Kits.

The VLSI-EDA lab is equipped with the most up-to-date industry standard VLSI EDA tools and hardware resources. The lab facilities includes course lab for course projects and assignments, research work for Masters dissertation. The server section in VLSI Lab houses over 03 servers for 25 client machines which power all the Linux and Windows workstations in course, research and testing sections. The lab also has an in-house ibrary holding of around 60 books related to VLSI and allied fields for student’s reference.

Software tools: Synopsys, Mentor Graphics, Xilinx, Vivado, Sentaurus TCAD 2D & 3D, Cadence.Open Source Tools: Nano TCAD ViDES, Spice3f5, BSIM4 and Quantum Espresso.FPGA prototyping boards, Analog and Digital IO boards and Zed Boards.Networked computing environment with Linux and Windows.

The objective of introducing TIIC to make students have a greater hands on experience in technologies related to - Ultra Low Power Applications, Analog Lab, Embedded System (Real time system Design), Internet of Things (IOT), Robotics Lab With Brain Wave Technology, DSP Lab. These programs would go a long way to get the students hands on project experience in state of the art Micro-controller boards which are being developed by Texas Instruments. The experience will include hands on software and hardware skills which are highly desired by industry. These projects will provide an experiential appreciation of the latest technologies giving the students significant edge across multiple dimensions like knowledge, enhanced employability, project experience etc.

Robotics Advance Control And IoT:-Robotics System Lab Kit, Senzband with Mind Sync and Memory App, RSLK compatible sensors and Bluetooth Module, PIR sensor, HM-10 Bluetooth module, Ultrasonic sensor, Servo motor, Moisture sensor, Buzzer, Dedicated Edgate Apps for RSLK.MCU Labs (ARM)/Embedded Lab: CC110L Booster pack, ASLK PRO, TIVA TM4C123G Launchpad Bundle; Sensor Hub Booster Pack bundleUltra Low Power Lab/Internet of Things Lab (IOT): BOOSTXL-CC1125 Booster pack - 868/915 Application; BOOSTXL-CC2650MA, SimpleLink Wi-Fi CC3100 BoosterPack, CC3220SF-LAUNCHXL, MSP432P401R LaunchPad, MSP430F5529 USB Launchpad Evaluation Kit, Sensors: Sound Sensor, 3-Axis Accelerometer, Ultrasonic Sensor, Electret Microphone, Water Sensor, Temperature Sensor, Light Sensor.Digital Signal Processing Lab: OMAP L138 DSP Starter kit, XDS100V3 Emulator and Code Composer studio

This COE aims at providing knowledge of basic concepts of Robotic Process Automation to students. It further builds on these concepts and introduces key RPA Design and Development strategies and methodologies specifically in context of UiPath products. The student undergoing the course shall develop the competence to design and develop a robot for a defined process.

RESEARCH FOCUS

RESEARCH FOCUS RESEARCH FOCUS

RESEARCH FOCUS

RESEARCH FOCUS

Career ProspectsThe major driving force for the present day Information Technology revolution is the development inElectronics Engineering. Penetration of electronics has now revolutionized other areas like health care, instrumentation, automation,remote sensing, signal processing and many more. By 2024, the Electronics & Communication sector in India is expected to be an USD 58 Billion consumer market.Growing significantly,the industry has heightened at a high rate and is expected to be bright in the coming decade as well.

UNDER GRADUATE ECE COURSETHAT LEADS TO THE DREAM CAREER

For further assistance:Mr. Harjeevan Singh - 9814741425Ms. Kritika Raj Sharma -8264149123 E-mail at - harjeevansingh.ece@cumail.inWebsite : http://www.cuchd.in/uie/ece-engg/

Impeccable Placements

130 companies

visited campus for

ECE students

30-40 newcompanies

added everyyear

Multipleoffers

advantage

Diverse category of

core & ITcompanies

Highestpackage upto 21 Lacs

over 3 years

Arshit Jamwal B.E. ECE 2019

CAPGEMINI CAPGEMINI

Kishore MahatoB.E. ECE 2019

Kartik Kaul B.E. ECE 2019COGNIZANT

Nishtha Babbar B.E. ECE 2019

HEXAWARE

ShavetaB.E. ECE 2019

HEXAWARE

Heron Nath B.E. ECE 2019

Wipro, Cognizant

Wipro,Cognizant

Sujit KumarB.E. ECE 2019

ShavetaB.E. ECE 2019

HEXAWARE

ShavetaB.E. ECE 2019

HEXAWARE

Priyanshu RoyB.E. ECE 2019

WIPRO

ShavetaB.E. ECE 2019

HEXAWARE

Jaheen RangiB.E. ECE 2019

ZYCUS INFOTECH HEXAWARE

Anirban SomB.E. ECE 2019

TCS, COGNIZANT, UBER

MilanB.E. ECE 2019

SYNOPSYS

Ashutosh Swahney,BE- ECE 2019

Delloite

B.E. ECE 2019Ashly Mathew,B.E. ECE 2019

This Year Placements

Experienced and Distinguished Faculty of ECE

Dr. B.S. SohiProfessor, ECE

Delloite

Pankaj BE -ECE Batch 2016

Kamlesh(BE - ECE Batch - 2016)

Bore Well ATM - A Security System

Lovkesh Deep RainaBE -ECE Batch 2017

ROBO EYE- Personal Cargo Carrier

Patents, Projects, Research & Entrepreneurship

CANSAT- A Science Vehicle

Jyoti K. Rana & TeamBE - ECE Batch 2016

Key Highlights:NEB - A Branch of Department of Science & TechnlogyIncubator Centre supported by DST

30,000 sq. ft. of fully equipped workshop & label (3D printer,SEM,XRD,Laser Cutting Machine)

Support in Idea Generation, Start Ups,Brand Building & Mentoring by Industry Exports

Investor Meets for Idea pitching and seed funding

(CU- Technology Business Incubator)

HUMANOID Robot - Inmoov open source

Scope of ECE

About ECE Department @Chandigarh University

ECE Vision@Chandigarh UniversityOur vision is to achieve excellence in Electronics & Communication Engineering

by delivering knowledge on the futuristic technologies necessary to meet the global standards in education, research and industry while promoting the creative

environment for developing professionals with ethical values and social concern.

The Department of Electronics & Communication Engineering offers following programs:

Undergraduate Programs Four years full time BE in ECE

Three years full time BE (LEET) in ECE

Postgraduate, Integrated & PhD Programs Two years full time & modular (for working professional) ME in ECE

Regular and part time PhD in ECE Five years Integrated ME + PhD in ECE

Eligibility Criteria10+2 with Physics and Mathematics as compulsory subjects along with one of the following

subjects: Chemistry/Biotechnology/Computer Science/Biology. Minimum Percentage Required-50%.

Electronics & Communication is an applied form of science that deals with principles and practical aspects related to design and development of various everyday deviceslike radios, televisions, laptops, mobile phones, machine robots etc. The discipline concerns with electronics devices and software interfaces.

Scope of ECE are very wide that includes Medical Electronics, Automobile Electronics, Electronic Design Automation, Consumer Electronics, Telecommunication, Defense and Aerospace, Automation, IT industry. Under MAKE IN INDIA Govt. initiative and entrance of many foreign countries in mobile manufacturing, there is a boost in demand of Electronics Engineers. Moreover, there are innumerable job opportunities for thestudents and is a golden era for the upcoming ECE engineers as our country is moving towards development at a rapid pace.

The Department of ECE at Chandigarh University has completed 6 years on this modernized and lush green campus. It is situated on NH-95, Ludhiana - Chandigarh State Highway, 23.7 km from Chandigarh. The department has created rich legacy of alumni, who has excelled in various fields ranging from academics to project management. The department of ECE at CU, fulfills the requirement of acquisition of various skills by well designed curriculum, taking into consideration global problems through the practical training, project work, industrial visits, guest lectures and exposure to various ECE simulation software. The well-qualified, experienced as well as dedicated faculty and supporting staff are

striving hard tirelessly to improve the quality of education through effective teaching learning process. Being the Best ECE College in India, we offer specialized knowledge ranging from communication engineering to microelectronics & IC design. Teaching methodology at Department of ECE ensures a perfect balance of theory and practical learning throughout the four years of course. The Department houses eleven state-of-art laboratories including latest equipments and software for enriching the experiential learning of students. The department ensures to give the society a professional with sound understanding of the subject who is ready to take up his role and challenge coming its way.

It is an autonomous bot which works on machine learning. Machine learning is a field of hardware and software that uses statistical techniques to give a system the ability to 'learn' with 'DATA' without being explicitly programmed. Bot collect data provided by the user and then it trains data and the corresponding trained file is used to recognize particular user by its own.

This invention relates to the safety of an A TM from theft by constructing a bore well under the A TM. When any type of external force is applied to the ATM it will automatically go down at the bottom of the well.

CU Patents

400+ With 64 from ECE Department

The American Astronautical Society (AAS) has organized an annual

student design-build-launch competition for space-related topics one of

them CANSAT.The aim was to design & simulate a space probe(mass of

probe shall be 500 grams.+/- 10 grams) entering a planetary atmosphere,

performing specific tasks at specific attitudes,consisting of a detachable

heat shield(to control descent rate of the probe as per the guidelines), an

electronics section (sampling the atmospheric conditions with continuous

telemetry of data) and a Hen’s egg that should survive throughout the

journey.

InMoov is a robot developed for artistic purposes by French sculptor Gaël Langevin[1] in September 2011 (The first blueprint files were published in January 2012 on Thingiverse[2]) Its peculiarity is that it is reproducible with a simple 3D printer small format (12cm3) and its files are under Creative Commons license (CC-BY-NC). The project is a platform for development and robot learning. On this basis and through this concept there were developed different iterations. InMoov is a humanoid robot, constructed out of 3D printable plastic body components, and controlled by Arduino microcontrollers.

Prof. (Dr.) Ruchi SinglaProfesso, ECE

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With research, academics and administration experience of more than 46 years, Dr. B.S.Sohi joined as Pro-Vice Chancellor. He has guided 8 PhDs and 28 ME dissertations, and have a large number of research publications to his credit. He has significantly contributed towards curriculum policy making at many prestigious national universities and also been a member of Quality Accreditation committee of NBA. He has developed ECE Laboratories in various universities/institutes and promoted consultancy work. Dr. Sohi has also served Indian defence lab as a researcher and expert in the field of electronic and communication

With over 18 years of research and academics experience, Dr. Ruchi Singla is serving as Professor and Associate Director, U.I.E, C.U. She specializes in wireless communication and has more than 40 research publications in r e p u t e d n a t i o n a l & international journals and conferences. Her research interests include antennas and bio sensors. She has filed 6 patents.

Prof. (Dr.) Paras Chawla Professor & Head, ECE

Alumni of NIT, Kurukshetra and Thapar University, Patiala, Dr. Chawla is serving as Professor & Head of the department. He has more than 16 years of research and academic experience. He has guided twenty ME dissertations and also supervising seven PhD scholars. He received the “Coventor Scholarship award” from MANCEF, New Mexico-USA. His main research interest includes microstrip antennas, RF MEMS, RF front end mobile terminal, wireless & mobile communication, and 5G. He has published more than 60 papers in various reputed National and International Journals/Conferences, edited one book, one international book chapter and filed 15 patents.

Alumni of NIT Kurukshetra and Thapar University, Patiala, Davinder Parkash is currently working as Professor. He has more than 18 years of Teaching & Research experience. He received the 'Young Scientist Award' from the Governor of Punjab (India). He has published more than 50 papers in national and international journal/conferences. He has guided 20 M.Tech. scholars and also supervising 05 PhD scholars. His main research interest includes microstrip antenna, RFID antenna, and Wireless Communication.

Prof. (Dr.) Davinder Parkash Professor, ECE

Dr. Tripti Sharma has more than 16 years of teaching experience along with intense research interest. She has more than 60 publications in International Journals and National /International Conferences in the areas of high-performance integrated circuits and emerging semiconductor Technologies. She has also authored 05 technical books useful for research in the field of digital circuit design and filed apatent for the neurodevelopmental disorder to help the society.

Dr. Tripti Sharma Professor, ECE

Prof. (Dr.) Rajan SharmaProfessor, ECE

Dr. Rajan Sharma has contributed over 16 years in teaching, education management and research. He has guided 10 ME dissertations and his research areas of interest are wireless communication, computer networks and wireless sensor networks.

Dr. Nitin MittalAssociate Professor, ECE

Dr. Nitin Mittal, has contributed over 10 years in Teaching and Research. More than 50 research publications are to his credit. He has guided 15 ME dissertations and is also supervising 4 Ph.D scholars. He has written six technical books related to the field of electronics & Communication. His current research interests include Wireless Sensor Networks, Digital Signal Processing and Image Processing.

Mr. Nitin Sharma has more than 17 years of teaching & research experience. He has hold various administrative positions during his service. He has published more than 20 papers in national and international journal/conferences. He has guided eight M.Tech. scholars. His research interests include Intelligent Transportation System, Image Processing & machine l e a r n i n g .

UNIVERSITY INSTITUTE ofENGINEERINGAsia’s Fastest Growing University

BE - Electronics and Communication Engineering

Practical realisation of the story 'the thirsty crow".

A line follower robot with a lifting mechanism capable of picking pebble from the pebble point and dropping it to specific location i.e. Pitcher point. At the same time with help of Augmented reality showing animations of crow , pebble and pitcher on virtual screen.

Benefits to Society/Technology : can be used for teaching purpose in junior school so that the children understand the story in better way.

Abhinav & TeamBE - ECE Batch 2016

Mr. Nitin Sharma Sr. Asst. Prof., ECE

BORE WELL ATM- A SECURITY SYSTEM

Lovkesh Deep RainaBE -ECE Batch 2017

THE THIRSTY CROW- A LINE FOLLOWER ROBOT