with "A++" &
CGPA of 3.52
out of 4.00
sot pdpu




Ph.D. Research Projects for Information and Communication Technology (ICT) :

  • RF, Microwave, Antenna
  • AI/ML for Networking, Wired and Wireless Communication and Networking
  • Microelectronics and VLSI Design
  • Speech Enhancement, Financial Signal Processing, and Data Analytics
  • Machine vision, IoT, Wireless and Optical sensor networks, Pattern recognition, Application oriented AI/ML.
  • Data science, Data analytics, AI/ML in healthcare and decision making
  • Cell Free Massive MIMO, Index Modulation, MIMO Detection
  • Energy Efficient Quantum and Neuromorphic Computing, Density Functional Theory and Material Engineering for Energy Applications



Information and communications technology (ICT) encompasses communication and information devices and their applications- radio, television, cellular phones, computer and network hardware and software, satellite systems and many other areas. In the BTech (ICT) program the students will also learn about image processing, data communication, networking, data mining, software design and testing. The Program also enables a graduate to focus on application of ICT in variety of fields like business, trade, education, health care, governance, etc.

The Program is being presented in such a way that graduate attributes would encompass professional competence, life skills and community engagement.The course structure is based on Choice Based Credit System (CBCS). A student will have choice to study from the basket of courses related to Information Science, Information Technology, Electronics and Communications, Computer Science and Engineering, ICT Applications in the in various fields, etc.

M. Tech in Artificial Intelligence: Recently, the Department of ICT has started M. Tech in Artificial Intelligence course. The salient features of this course are Practical hands-on training by experts, Exposure to cutting-edge tools and technologies related to AI and ML, Exposure to real-life case studies to provide solutions using AI and ML techniques, Enhancing the industry readiness of the students, Preparing the students for the disruptions due to the advancement in AI, Aware the students of the ethical and responsible use of AI, Cultivate the culture of innovation and research among the students and prepare them for higher studies, and Motivate the students for start-up culture and entrepreneurship.



Build a teaching and research ecology which is responsive to futuristic challenges.


  • Strive and sustain intrinsically motivated learning and research environment focusing on real- world applications.
  • Provide quality undergraduate and graduate education to create Engineers of the future.
  • Develop intra-university, inter-university, industry, and societal collaborations.



Department of Information and Communication Technology is a new program under School of Technology at PDEU which got instantiated in year 2016 with initial intake of 60 students. The department is headed by Dr. Gangaprasad Pandey. The Department is established to cater the need of teaching and research in Information and Communication Technology. The Department is crafted with hardware and software laboratories to carry out innovative research in Information and Communication Technology domain. The Department has 15 highly experienced faculty members, among them four faculties are Ph.D. holders and for one faculty doctoral defense is awaited.


Head of Department

Dr. Ganga Prasad Pandey
HoD & Assistant Professor
B.Tech., M.E., Ph.D

Areas of Interest: machine learning in antenna, energy harvesting, ME-dipole, active, Reconfigurable, frequency agile microstrip antennas and microwave/millimetre wave integrated circuits and devices

Brief Profile: Ganga Prasad Pandey received B. Tech degree from KNIT Sultanpur, UP, M. E. from Delhi College of Engineering, Delhi and PhD from Uttarakhand Technical University, Dehradun. He has worked as Assistant Profesor in MAIT, Delhi for 15 years. He has published more than 35 papers in international journals of repute and more than 15 paper in international/ national conferences. He has guided three PhD student and currently 2 PhD students are working under him. He is working as reviewer to several publishers like Elsevier, Springer, PIER etc.

International Relations

The University has collaboration with universities of International repute such as University of Saskatchewan (Canada), University of Tulsa, University of Oklahoma, University of Houston, Ontario (Canada), American Jewish Committee, Texas A & M University (USA), Georgia Tech University, University of Regina (Canada), Georgia Tech Research Corporation.



Department will collaborate with Industries for syllabus framing, training the students and faculties in various domains. In addition, students of final year can do their project work in Industries. The expert talks from eminent people of the industries will be held time-to-time to cope-up with the new technologies.



Department of Information and Communication Technology

School of Technology,
Pandit Deendayal Energy University
Raisan, Gandhinagar-382007.



Name of Lab Objective of the lab
ICT Project Lab This laboratory will give platform to the students to get familiarize with circuit design process. the various aspects of Analog Electronics, Integrated Electronics, Digital Electronics. The lab will also contain computers to perform simulations of the circuit designs.
Embedded systems and VLSI lab In this lab, the students will be able to design and verify digital circuits using HDL , various Digital CMOS VLSI ciruits using specialized simulation tool. The students will also work on Embedded systems.
WCC lab This lab will be dedicated towards the courses that requires programmings, software based simulations and networking.
IoT CPS lab In this lab, studetns will get exposure to the new technologies like IoT, wireless sensor networks, cloud computing etc.
RF and Electronics lab In the RF Engineering lab, students learn to characterize, design, and simulate microwave devices and circuits.
AI system Lab This lab is equipped with GPUs based Compute system.
Communication and Signal Procession Lab This laboratory gives a platform to the students to get familiarized with the fundamentals concepts of analog communication, digital communication, wireless communication and signal processing.


Department has developed a number of sector relevant engineering laboratories which are well equipped to facilitate the pedagogic and research programs. The practical classes are well integrated into the curriculum, but the school encourages even more extensive use of these facilities to nurture a research led environment. The labs are being continuously upgraded with new equipment, to strengthen the research work of the students who rely extensively on experiments to validate their work.


The laboratory is equipped with a set of computers and interconnecting devices to enable hands on experiments related to the network topology setup and service configuration e.g. DHCP, DNS, FTP, etc.. For the programming of network applications, C, C++, Java, python 2.7 are installed on the Ubuntu 16.04 operating systems. In addition to these, the open source software likes Wireshark, TCP Dump, packet tracer, Network Simulator NS-2/3 are available for practicing fundamentals of the courses. All machines are equipped with dual Operating systems (Linux and Windows 10 Pro)


ICT Lab is established to handle the laboratories related to the subjects of Analog& Digital Electronics and Communication Systems. The aim of this laboratory is to provide a series of systematic and fundamental training to ICT students so that they feel comfortable in using some of basic equipment such as DC power supply, Digital Multi-Meter, Function Generator, various types of Oscilloscopes etc. In this laboratory, several series of experiments related to Basic Electronics, Analog Circuits, Digital Circuits, Analog Communication and Digital Communication are carried out using various state of the art trainer kits. Also, the laboratory has the facility of soldering - desoldering station using which the students mount components on PCB. Also, the laboratory has the facility to test electronic components and PCB connections. The laboratory is also equipped with high end computers to do circuit simulation exercises using open source circuit simulation software. The students use these softwares to test the designed circuits before going for final fabrication using hardware. Also, all the PCs are installed with latest version of MATLAB-SIMULINK and toolboxes to carryout research in circuit simulation, communication system analysis and design, optimization of antenna performance etc.

  • Analog & Digital Electronics
    • Measuring Instruments
      • DSO
      • C.R.O.
      • Digital Multimeter
      • Function generator
    • Regulated DC Power supply
    • Programmable soldering- desoldering station
    • Different Boards to study different Diode, Transistor & Amplifier characteristics
    • Different Circuits boards for Filters &Multivibrators based on OPAMP
    • Bread Board
    • Digital Circuit Trainer boards
    • Sequential circuit trainer
    • IC tester
  • Communications Engineering
    • Measuring Instruments
      • DSO
      • Arbitrary waveform generator
      • MSO
      • Spectrum Analyser
    • Analog Communication System Trainer
    • Digital Communication System Trainers
    • All type of Modulation & Demodulation System Trainer
    • All type of Transmitter & Receiver Trainer
    • FDM and TDM Multiplexing and De-multiplexing Trainer
    • Companding law trainer
    • GMSK trainer
  • RF Engineering
    • Microwave workbench based on Reflex Klystron
    • Microwave workbench based on Gunnn diode
    • Microcontroller based Antenna trainer kit
    • Microcontroller based Radar trainer kit
    • MIC Trainer kit
    • CST Microwave studio 2019
    • PCB drilling machine



This lab is used by CE/ICT courses such as Signals & Systems, Embedded Systems, and Digital Signal Processing etc.

In this laboratory, several series of experiments related to Signals & Systems, Digital Signal Processing and Embedded Systems are carried out using various state of the art trainer kits. Also, the laboratory has the facility of soldering - desoldering station using which the students mount components on PCB. The laboratory is also equipped with high end computers to do micro controller programing exercises using open source software. The students use these software’s to test the programs before going for final implementation on hardware kits. Also, all the PCs are installed with latest version of MATLAB-SIMULINK and toolboxes to carryout research in signal processing.All machines are equipped with dual Operating systems (Linux and Windows 10 Pro)

Major equipment’s are:

  • Trainer kits for Micro controllers
  • Sensors and Communication Modules
  • Boards for Embedded system design
  • Boards for Digital Signal Processing
  • Digital Multimeter
  • Desktop computers
  • Design & Simulation Software
  • CodeComposer Studio
  • ATMEL Studio
  • SciLab
  • Matlab 2018a



The AI system Lab is established with the view of providing cutting edge facilities that are essential for modeling, training, evaluation, and deployment of AI models (specially for complex deep learning models). This lab consists of 40 Computers with NVIDIA GPUs dedicated to AI-related work.


In this lab, the students will learn about various concepts in these fields through practical sessions using software such as MATLAB, Python, and also, the available kits. They will also learn to use these software and kits for developing real-time projects/applications of the concepts from the theory classes towards industrial applications. This laboratory would serve as a platform for students to have hands-on sessions on modelling of systems by using software, simulating them, and observing the results. Moreover, it would also help them in applying the concepts through various kits and analyzing the real-time output. Students would also be using this lab for their minor and major projects.


The RF and Electronics lab supports UG courses in RF Engineering, RF and Microwaves, and Analog Circuit Design. The lab is equipped with the necessary hardware & software support to train the students in RF and Microwave Engineering and circuit design. Students learn to simulate and design RF and Microwave circuits and antennas, then fabricate, measure, and evaluate their prototype using modern laboratory instruments. The laboratory contains a 20GHz vector network analyzer, PCB/antenna fabrication machine, antenna trainer, microwave test benches, microwave components, CST studio suite for 3D EM simulation, and Microwave circuits (MMIC).




Projects/ Seminars


Two-Day National Seminar On Wireless, Antennas and Microwaves Jointly Organized by Pandit Deendayal Energy University (PEDU), Gandhinagar and IEEE AP/MTT-S Joint Chapter, Gujarat Section

Pandit Deendayal Energy University, Gandhinagar hosted a two-day national seminar on the area of Wireless, Antenna and Microwaves on March 24-25, 2023. The event was jointly organized by Pandit Deendayal Energy University (PDEU), Gandhinagar and the IEEE AP/MTT-S Joint Chapter, Gujarat Section. The objective of the program was to present the design tools, technologies and recent developments in the technical domain of Microwave and Wireless Communication.

Approximately 200 delegates including distinguished scientists, industry experts, faculty members, researchers and students from various colleges across India participated in the two-day event. The seminar was inaugurated by the chief guests, Shri Rajeev Jyoti, Director Technical, Indian National Space Promotion & Authorisation Centre (INSPACe), ISRO, Ahmedabad and Shri Prateek Bansal, Scientist, Space Applications Center (SAC), ISRO, Ahmedabad. Followed by this, Dr. Gangaprasad Pandey, Head of the Department (ICT), PDEU, welcomed all the participants and guests during the occasion.

Dr. Sundar Manoharan, the Director General, PDEU, in his presidential address, briefed the institute's efforts towards improving the skill set of the students belonging to streams such as Electronics, Communication Engineering, and Information and Communication Technology. He shared the institute's plan of training them with satellite building capabilities via a student satellite programme guided by ISRO along with a semiconductor chip fabrication facility to be established at PDEU. Dr. Rajeev Jyoti, a pioneering scientist in the field of Antenna, discussed ISRO's recent initiatives towards supporting the development of a space startup-based ecosystem. Besides narrating the journey of ISRO's space missions, he emphasized the fact that science and technology are related by giving an example of Dr. Vikram Sarabhai, the father of India's space programme, who was a renowned physicist as well as a technologist.

Prof. Girish Kumar, Professor (Retired), IIT Bombay and Prof. Dhaval Pujara, the Director, School of Technology, PDEU, influential scientists and academicians in the technical field of Antenna, discussed the antenna fundamentals with the participants employing their eye-grabbing grabbing presentation skills." Prof. Yash Vasawada, Associate Professor, DAIICT, talked about wireless communication and its promising future given the emerging 5G and 6G technologies. Besides providing technical details, the talks revealed a common saying that "This is just the beginning" in terms of career opportunities for Wireless and Microwave engineering aspirants.

The second day of the event included talks in the area of Microwave Devices and Antenna by eminent scientists from ISRO, namely, Dr. Shantanu Sinha, Dr. Milind Mahajan, Dr. Sanjeev Kulshrestha, who are currently serving as the Head of RF devices, Antenna Systems Group, Antenna Measurement at SAC, Ahmedabad respectively. Besides this, Dr Jay Gupta, System Engineer at Intel Tech., Bangalore provided a hands-on training session along with a discussion on career opportunities for Antenna engineering aspirants in India. The event concluded on a positive note "A host of innovations in Wireless and Microwaves holds great promise for engineers in our country".

Report of Workshop on “Multisim - logisim” held 23/02/2019 at Pandit Deendayal Energy University in association CSI Student Branch

Workshop is organized by Dr. Gangaprasad pandey , Dr. Jigar Shah Dr.Mazad Zaveri. Logisim is an educational tool for designing and simulating digital logic circuits. With its simple toolbar interface and simulation of circuits as you build them, it is simple enough to facilitate learning the most basic concepts related to logic circuits. With the capacity to build larger circuits from smaller subcircuits, and to draw bundles of wires with a single mouse drag, Logisim can be used (and is used) to design and simulate entire CPUs for educational purposes. . Multisim is a powerful schematic capture and simulation environment that engineers, students, and professors can use to simulate electronic circuits and prototype Printed Circuit Boards (PCBs).
The summary of topic covered is as follows:

DAY – 1 (Friday) - Software

  • Introduction to MULTISIM
  • Digital Circuit design using MULTISIM
  • Introduction to LOGISIM
  • Computer Organization Introduction using LOGISIM
  • Simple Processor Design using LOGISIM

DAY – 2 (Saturday) - Hardware

  • Analog Circuit Design using MULTISIM
  • Implementation of Electronic components in MULTISIM
  • PCB Design using ULTIBOARD
  • PCB style & double layer PCB
  • Fabrication of PCB

This workshop was coordinated by Dr. Ganga prasad pandey and was well received. Students took the benefit of this event and expanded their learning horizons.

Report of Industry connect of CSE and ICT Department held on 08/02/2019 at PDEU in association with CSI-AC

An Industry connect program of CSE and ICT Department was conducted on 8th February, 2019 at CLT-1- PDEU, in association with Computer Society on India-Ahmedabad Chapter, GESIA, Gujarat Innovation Society (GIS) and Innovation and Incubation Center-PDEU. Total 55 industries were contacted by the department and 38 delegates (CEO/Founder/representatives) represented total 22 industries in this event.

Program started with the welcome speech by Dr. T. P. Singh (Director, SOT) and focused on T shaped Learning (more span of knowledge and deep knowledge in a particular field), followed by Key note address by Mr. Sunil Shah (chairman, Gujarat Innovation Society) he focused on importance of innovation. He also said that one must think keeping the nation at the centre and took the oath from all the members for involving themselves in executing at least one innovation by them. Mr. Bharat Patel (Joint Secretary, GESIA and founder of Yudiz Solutions Pvt. Ltd.) requested faculty member that “It’s not the time that we teach; it’s the time that students learn”. Both the members motivated the gathering towards innovation. Departmental overview was given by Dr. Mehul Raval (Professor, ICT). Dr. Samir Patel thanked all the supporting bodies and showed the video of PDEU. Students of CSE and ICT presented their posters during this event.

Eminent industry guests were invited to strengthen Institution’s vision of bridging the industry-academia gap. This Industry Connect touched upon topics like the roles & opportunities available in the industry, the skills & knowledge required the challenges & gap, the scope for adding more value and substance to the curriculum. The inverted T model was recommended where studentsshould be introduced to broader disciplines but encouraged to skill in the specialization of their choice.

Vote of thanks was given by Dr. Samir Patel and at the end requested members to join for networking high tea.

Students of the department presented their posters (12 Posters). This event was coordinated by Dr. Samir B. Patel (Assistant Professor, SOT, Computer Engineering, PDEU and chairman CSI-AC)

Report of Expert talk on “RF and Microwave Education – Current and Future Trends” held on 07/12/2018 at Pandit Deendayal Energy University in association with PDEU CSI-Student Branch

The expert talk on RF and Microwave Education – Current and Future Trends was conducted by a distinguished speaker Dr. Siban K. Koul, (Fellow IEEE, Chairman, Astra Microwave Products Limited, Professor, Centre for Applied Research in Electronics, IIT Delhi) on Friday, 07th December 2018. The event was specially organized for the students of Computer Engineering and Information and Communication Technology. The program started with welcome speech and felicitation. Prof. Siban Koul started his talk with interaction with students. He expressed his concern about teaching of mathematical engineering subjects. He talked about scope of RF field where students may be placed. He emphasized on getting expertise of the subject. In his own company Astra Microwave Products he needs approximately 140 RF engineers. He also narrated of benefits of opening a student chapter of IEEE MTT society. He empathized on how to teach any subject. Dr. Kaul emphasized on improving skills of students by learning with hands on experiments using physical components. Dr. Siban introduced RF and Microwave Education as the future of advanced communication.

Dr. Siban K. Koul Delivering his talk

Dr. Rajeev Jyoti (Deputy Director, SAC, ISRO Ahmedabad) extended the help to students for project and training. The expert talk concluded with the intended motive to inspire the students to pursue and look into the possibilities of RF and Microwave technology. Event was coordinated by Dr. Ganga Prasad Pandey and around 45 students and 8 faculty members took advantage of this event.

Dr. Rajeev Jyoti Delivering his speech

An expert talk on “Working of Systems used by Telecom Service Providers” was conducted on 29/11/2018 from 2 pm to 4 pm for the ICT 4thSem students.

Mr.DipakChhantbar, Sub Divisional Engineer (National Internet Backbone) from BSNL, Bharuch has delivered a two hour talk. He has shown working of components like DSLAM, cables, fibre optics, switches etc. to the students. Also, he has discussed how the components are interconnected and functions of each component is telecommunication systems. He has discussed how telephone exchanges are communicating with subscribers and with other telephone exchanges. It was a great knowledge gaining experience for the students.

Report of Expert talk on “Blockchain Technology” held on 30/10/2018 at Pandit Deendayal Energy University in association with PDEU CSI-Student Branch:

The expert talk on Blockchain Technology was conducted by a distinguished speaker Dr. Sanjay Chaudhary, Professor and Associate Dean of Ahmedabad University, on Monday, 30th October 2018. The event was specially organized for the students of all the batches of Computer Engineering and Information and Communication Technology. Dr. Sanjay Chaudhary introduced Blockchain as the future of technology. The varying application of Blockchain from Bitcoin to Financial Services in Business, was discussed which filled the crowd with interest and curiosity. Blockchain is the new buzz word and holds great opportunity for people pursuing computers and allied fields. It is a decentralized, distributed and public digital ledger that is used to record transactions across many computers, so that, the record cannot be altered retroactively without the alteration of all subsequent blocks and the consensus of the network. This permanent record keeping makes Blockchain as the leading technology in future. Speaker brought this aspect into Knowledge of the students.

Speaker also covered the topics of Crypto currency, Bitcoin, Etherium, Blockchain application in the field of IoT, Banking, financial services, insurance, supply chain, smart contracts etc. He mentioned Blockchain as the the most disruptive technology. Along with covering the technical aspects of Blockchain, Dr. Sanjay Chaudhary also brought into the interest of the crowd various facts relating to Blockchain. He mentioned Blockchain is the fastest growing technology. He also mentioned facts such as United Arab Emirates is the first country which has planned to adopt Blockchain entirely in all Banking services. During the sessions second half, software used for implementing Blockchain were introduced. Software such as Ledger, Hyper Ledger Fabric, etc. were implemented and a demo was illustrated. It became very clear that giant Tech. companies and nations are looking towards this technology as their core business product and service. The expert talk concluded with the intended motive to inspire the students to pursue and look into the possibilities of Blockchain. Event was coordinated by Dr. Samir B. Patel and around 450 students took advantage of the talk.

Report of Expert talk on “Data Privacy” held on 13/08/2018 at Pandit Deendayal Energy University organized by PDEU CSI-Student Branch

The expert talk on Data Privacy was conducted by a distinguished speaker Dr. Korra Sathya Babu (Assistant Professor, National Institute of Technology, Rourkela) on Monday, 13th August 2018. A wide range of topics were covered starting from the need for data privacy and what does data privacy mean.

Students were made aware of the HIPPA Act (Health Insurance Portability and Accountability Act) in the states as a case study to understand the importance of data security and usability in this era of E-Governance.

Aspects of biometric industry and genetic privacy were covered. Big data is the new buzz word and holds great opportunity for people pursuing computers and allied fields. The expert talk viewed the impact Big data would have on our future. The speaker covered about laws such as RTI, which at times require sensitive, in such scenarios data publishing follows certain algorithms and norms to protect the content and everyone.

Data publishing generally follows the 3 key components:

  1. Quasi identifiers
  2. K-Anonymity
  3. Theory of generalization

In the latter part of the expert talk a glimpse of certain famous algorithms was taken into consideration. Algorithms mentioned were: Sweeney’s Algorithm, Sovaratis Algorithm and Improved Greedy Algorithm.

The expert talk concluded with the intended motive to inspire the students to pursue and look into the possibilities of Data privacy. Vote of thanks was given by the coordinator Dr. Samir B. Patel and approximately 240 students took the benefit of this event.

Report of Workshop on “NATURAL LANGUAGE PROCESSING” held on 11/8/2018 and 12/8/2018 at Pandit Deendayal Energy University in association with CSI-Ahmedabad Chapter:

The enriching two-day workshop on “Natural Language Processing” was organized at Pandit Deendayal Energy University in association with CSI-Ahmedabad chapter on 11th August, 2018 and 12th August, 2018. Students and Faculties from all over Gujarat got the privilege to attend the workshop which gave insight and elevated their knowledge in the field of Natural Language Processing. Dr. T. P. Singh (Director, SOT) gave the welcome speech and Dr. Samir B. Patel invited the expert Dr. Korra Sathya Babu (Assistant professor at National Institute of Technology, Rourkela). This event was coordinated by Dr. Samir B. Patel (Assistant Professor, CSE-PDEU) and Mr. Santosh Kumar Bharti (CSE-Department) The work done by student organizing body of CSI at PDEU was commendable for micro-level coordination of the entire event.

On the first day, knowledge pertaining to introduction and stages of Natural Language Processing was discussed. During the session’s second half, students were familiarized with POS Tagging and HMM. This was followed by hands on lab exercise.

On the second day, students were introduced to Sentimental Analysis and a brainstorming about its possible application and utilities were undertaken. A session on Information Retrieval was initiated based on previous session exercises. It was concluded that sound foundation on any high level language like python along with the basic knowledge of Linear Algebra, Probability and Statistics is mandatory for understanding and learning Natural Language Processing. Dr. Samir Patel and Mr. Santosh Kumar Bharti, conducted the lab sessions for the workshop.

On the second day, students were introduced to Sentimental Analysis and a brainstorming about its possible application and utilities were undertaken. A session on Information Retrieval was initiated based on previous session exercises. It was concluded that sound foundation on any high level language like python along with the basic knowledge of Linear Algebra, Probability and Statistics is mandatory for understanding and learning Natural Language Processing. Dr. Samir Patel and Mr. Santosh Kumar Bharti, conducted the lab sessions for the workshop.

Report of Expert Talk on “Advanced Challenges in VLSI Technology and Design” held on 23/03/2018 by PDEU CSI-Student Branch:

The expert talk on “Advanced Challenges in VLSI Technology and Design” was organized by Computer Society of India student branch at Pandit Deendayal Energy University on 23rd March, 2018. The Computer Engineering Sophomores got the privilege to attend the expert talk which elevated their knowledge on the course Computer Organization and Programming (COP). The student members of CSI at PDEU coordinated the entire event. A welcome speech by the Dr. Manish Chaturvedi (Assistant Professor in Pandit Deendayal Energy University) marked the beginning of the event. The event continued further with an articulate and rhetorical lecture by the expert Mr. Pranav Joshi, from E-Infochip, who addressed the students giving an overview of VLSI Technology and Design.

Mr Pranav Joshi started with the discussion on the decreasing size and increasing complexity of IC Chips in the last decade. Later he explained the VLSI Design Flow. The first step of VLSI Design Flow is identification of idea, followed by diving deep into the specifications and then building the design architecture. Vigorous RTL Coding takes place after the completion of design architecture. The Code is then verified and hence RTL Verification becomes the next step of VLSI Design Flow. Synthesis of IC chip takes place by sending it in Foundry after being verified successfully. An interactive questionnaire was conducted after the event to help understand the concept better. Also Mr Pranav Joshi took an extra effort to explain the current industry demand and how to prepare ourselves fit for the industry. The Expert talk concluded with the vote of thanks by Dr. Jigar Shah (Assistant Professor at SOT, PDEU) and honouring of the chief guest with a token of appreciation by Dr. Ganga Prasad Pandey (Assistant Professor at SOT, PDEU and Student Coordinator CSI-PDEU). A total of 160 students and faculty members took the benefit of this event.

ACM Week held during 2-4 February 2018:
ACM Chapter organized an event called ACM Week during 2-4 Feb, 2018. The workshop on Java Programming, Android application development, .Net programming, Technical Quiz, Debate, Code war, etc. were organized during the three days. The events were able to attract students community and more than 60 participants were registered for the event.

Two days workshop on “WEB DEVELOPMENT” held during 20/01/2018 and 21/01/2018 by at PDEU in association with CSI-Ahmedabad Chapter :

On the first day, knowledge pertaining to design principles and various aspects of web development and its brief history was discussed. During the session’s second half, students were familiarized with HTML and CSS. This was followed by hands on exercise. Students were recommended to learn from “ “. On the second day, students were introduced to JavaScript basics and a brainstorming about its application, utilities and disadvantages were under taken. A session of peer learning was initiated based on previous session exercises. It was concluded that sound foundation on data structures is mandatory for understanding and learning complex languages and Web Development. The event concluded on 21st January 2018. Participants were awarded their participation certificates at the end of the event. Around 60 students participated in the event.

Expert Lecture by Dr. Ganesh Bagler on 19th Jan 2018 on “Discovery of the molecular essence of the Indian cuisine through data analytics” in association with CSI-Student Branch PDEU:

Dr. Ganesh Bagler (Center for Computational Biology, IIIT-Delhi, New Delhi 110020) Cooking is central to the identity of Homo sapiens. Starting with a seemingly simple question, ‘Why do we eat what we eat?’, data-driven research conducted from our lab have led to the serendipitous discovery of ‘contrasting food pairing’ in Indian cuisine. Our studies have also revealed ‘culinary fingerprints’ of regional cuisines and role of spice as the molecular fulcrum of Indian recipes. Apart from answering one question, our research has opened up many more questions that are leading us into divergent frontiers of food, nutrition, and health: models for the evolution of recipes, molecular basis of ingredient flavors, emergence of the flavor in a recipe, algorithms for novel recipe generation, food-disease associations, the therapeutic potential of phytochemicals and strategies for leveraging food as medicine, among others. Through the construction of relevant data resources and hypothesis-driven investigations of food, our data-driven explorations of food have opened a whole new paradigm for food data analytics and show the potential for leveraging food for better health as well as nutrition. 82 students and faculty members took the benefit of this event.

Expert Talk on “Query Processing and Query Optimization” held on 24th November 2017:

The expert talk on “Query Processing and Query Optimization” was organized by Computer Society of India student branch at Pandit Deendayal Energy University in association with CSI-Ahmedabad chapter on 28th October, 2017. The Computer Engineering Sophomores got the privilege to attend the expert talk which elevated their knowledge on the course Database Management System (DBMS). The student members of CSI at PDEU coordinated the entire event. A welcome speech by the DBMS Course Mentor, Dr. Nishant Doshi (Assistant Professor in Pandit Deendayal Energy University) marked the beginning of the event. The event continued further with an articulate and rhetorical lecture by the expert, Mr. Nitul Mehta (Director at Agile Cube Technologies and Co-founder of KROSSWALL) , who addressed the students regarding the importance optimization of queries in the industry. The Expert talk concluded with the vote of thanks by Dr. Samir Patel (Assistant Professor at SOT, PDEU and Vice-Chairman CSI-AC) and honouring of the chief guest with a token of appreciation by Dr. T.P. Singh (Head of Department of Computer Science).

One day seminar on “Fundamentals of IoT” on 28th October 2017 at PDEU in association with CSI-AC :

IoT seminar was arranged and Mr. Bharat Patel, Mr. Niraj Shah (Co-founder of Arihant Satiate and Treasurer of CSI), which made this event very informative and interesting. Theory session along with amazing videos related to IoT were shown, which helped in understanding the topic in depth. Various concepts beginning from basics of IoT to increasing demand of IoT and possible future applications were covered during his talk. Seminar concluded with the discussion on various mini projects which could be taken up by students under the guidance of Mentor for tinkering lab. Doubt solving session was arranged at the end. The seminar ended with an vote of thanks by Dr. Ganga Prasad Pandey, Assistant Professor, ICT and Student Branch Coordinator, CSI Student Branch PDEU. Total 100 participants took the advantage of this event.

One Day Workshop on Cyber Security, 27th April 2017:

Computer Engineering and ICT Department organized an event on Cyber Security, Mr. Viral Parmar(Founder and CEO of ComExpo Cyber Security) He, discussed the increasing threat to the data stored online and the increasing demand of Cyber Security. Various Cyber Laws related to Cyber Crime, introduction on Ethical Hacking and various scopes in it. Awareness of various methods for Website Hacking, were taught in the session. Later discussion on Reverse Engineering was done. Introduced the concept of Dark Web, Deep Web and Martial Web. How to hide your IP address using Tor Browser and the concept behind it were also discussed. Total 98 participants took the benefit of this event.

One day workshop on Sensors and Actuators for IoT (Internet of Things) Applications held on 24 March 2017:

Mr. Nishant Singh from ARK TECHNOSYS (ROBOKART WORKSHOPS), Mumbai has conducted this hands-on workshop. In this workshop the concepts related to working of sensors and actuators were explained. Also, interfacing of sensors and actuators to microcontroller board and its basic programming in embedded C were also conveyed to students by hands on experiments. This workshop was arranged to have awareness among 2nd Semester students regarding IoT and role of sensors and actuators in IoT Applications. It was an enriching experience for the students to have hands on exposure to basics of sensors, actuators, interfacing and IoT Applications. 56 students of second semester ICT, CE and Electrical Engg. had participated in this workshop.





Student Publications

  • Pradip Kumar Barik, Shrey Shah, Khelan Shah, Astha Modi, and Herat Devisha, "UAV-Assisted Surveillance Using Machine Learning, "IEEE Seventh International Conference on Parallel, Distributed and Grid Computing (PDGC), 2022.
  • A book written by Jay gohil - on Application of big data in petroleum streams
  • Chapter- Content watermarking and data hiding in multimedia security in book - Advance Security solutions for multimedia. By jay gohil and Jay Patel
  • Research paper:- Title- Advent of big data technology in environment and water management sector, published by springer Link
    By: Jimmy Taravia, Ketul Chhaya, Jay Chopra, Jay Patel, Jay gohil, Dr. Manan shah
  • A Paper by Khushali Patel titled Improving Machine learning Based Groundwater Level Estimation using geological Features, published by IEEE
  • A Paper by Vishva Bhatt and Hetvi Shah titled A neoteric technique using arima-Istm for time series analysis on stock market forecasting in 2nd International Conference on Mathematical modelling, computational intelligence Techniques and Renewable energy (MMCITRE-2021)
  • A Paper by Vishva bhatt and Hetvi shah titled Neuromorphic computing in speech recognition using nano devices in National Systems conference (NSC-2019) on Innovation and Emerging Trends in Engineering System
  • A paper by Jay Gohil titled Optimizing geothermal Power plants Using Artificial Intelligence in Proceeding world Geothermal Congress, 2021
  • A conference paper by Neel Gandhi, Jay Patel, Rajdeep Sisodiya, Dr. Nishant Doshi, and Dr. Shakti Mishra, at Proceedings of 2nd IEEE International Conference on Computational Intelligence and Knowledge-Economy, ICCIKE 2021
  • A conference paper by Arihant Kamdar, at International Conference on Artificial Intelligence and Smart Systems(ICAIS 2021)
  • A conference paper by Kamal Sood, at 14th Annual Congress on Biofuels and Bioenergy, Dubai, UAE


Papers presented in Conferences, Seminars, Workshops, Symposia
1 Prayushi Real time Adaptive Traffic Control System : A hybrid Approach B.Tech Feb 2019
2 Kartik Patel FM Broadcast Audio Signal Analysis using time frequency distribution function B.Tech March 2019


Research Focus

In the digital era of 21st century, where updating of knowledge is of utmost importance, in academia, it requires to keep oneself updated with latest trends and innovations.

Department will make its continuous efforts to align the R&D focus within domains not limited to Communication Technologies, Information Coding, Antenna, VLSI, Information Security etc. Department will also cater the need of research based on the well-equipped laboratories.


Research Projects

Project Title: Semantic Person Retrieval in Surveillance (2022 - 2025)

Sponsoring Agency: Gujarat Council on Science and Technology (GUJCOST)

Grant Amount: 33.18 Lacs

Principal Investigator (PI): Mehul S Raval, Professor, School of Engineering and Applied Science, Ahmedabad University

Co-PI: Paawan Sharma, Associate Professor, School of Technology, Pandit Deendayal Energy University (PDEU).

Project Details: Due to large number of CCTV deployment in the city, it is difficult to monitor minutest details by a human operator. It can be even more tedious and time consuming when looking for a particular person in the video. The human describable features can is used to automatically retrieve person from the recorded surveillance video.

Project Name: Smart Ecosystem to Facilitate Elderly People in Ambient Assisted Living Environment

Investigator: Dr. Jigarkumar H. Shah (PI), Dr. Rutvij H. Jhaveri (Co-PI 1), Dr. Ashish D. Patel (Co-PI 2)

Abstract: The population of older adults will be approximately 250 million around the year 2050 as per the estimation from the United Nations word prospectus in 2017 [1]. Due to the increase in medical facilities, the elderly population in the world is increasing at a rapid rate. As the number increases, the needs of the older adults are growing as well as the percentage of elderly persons living lonely is also increasing significantly due to social changes. This situation demands the solution of several problems such as loneliness, chronic conditions, social interaction, transportation, day-to-day life and many more for an independent living person. The goal of ambient assisted living (AAL) is to improve the way how older adults can live in a better way with the help of state-of-the-art assistive technologies. The European Union has identified several objectives for AAL .

  • Living in a preferred environment with independence
  • Constant health monitoring
  • Promoting smart systems for better living

A considerable percentage of the elderly population may not be able to interact directly with new technologies. This situation needs some substantial development towards the use of assistive intelligent systems. This proposal aims to address the answer to this problem through practical implementation of AAL ecosystem by fulfilling the objectives mentioned above.

Funding Agency: Gujarat Council of Science and Technology (GUJCOST), Gandhinagar, Gujarat

Duration: 3 years

Cost: Rs. 19,03,200/-

Project Name: Development of low cost and Flexible memristor devices for high density data storage and Neuromorphic Applications.

Investigator: Dr. Ankur Solanki, Dr. Mohendra Roy, Dr. Prahlad Baruah

Abstract: Artificial intelligence (AI) is transforming our lives significantly in the last few years. Even at the earliest stages of commercialisation, we have seen the power and potential of AI to support workers, diagnose diseases, and improve national security. Conventional digital computers are not efficient for brain-like (neuromorphic) computing such as artificial neural networks, which creates a tremendous power demand. The next stage of artificial intelligence requires devices and circuits that mimic biological processes. In particular, synaptic or memristor devices must be capable of learning in hardware. They must retain distinguishable states, be suitable for parallel computing and operate at high speed and low power consumption. Previous attempts at such devices have been limited by disruption of the synapse memory during reading operations. Essentially, the act of remembering can cause the synaptic device to forget. This proposal supports fundamental research to explore a new synaptic mechanism that circumvents this issue. These devices will be based on the hybrid materials, which have a resistive polarization that can be reversed by an applied electric field. This polarization can be read nondestructively by light, fulfilling the requirement for a synaptic device. These synaptic devices will be made from perovskites, materials with organic and inorganic components that are loosely bound by van der Waals forces. This approach will enable the realization of high-performance synaptic devices by informing the selection of materials, devices, and circuits for neuromorphic computing. The results from this award will thereby benefit the Indian economy, national security, and health by enabling fundamental advances in the science and technology of artificial intelligence. The PI will also introduce and disseminate knowledge on materials and devices to enable AI by outreach to students. The research objective of this project is to explore, understand and exploit the synaptic memory property and characteristics in halide perovskites-based for the development of artificial synapses. The key idea is to exploit the non-volatile resistive switching in multifunctional perovskites. Van der Waals halide perovskites carry outstanding semiconducting property from separate functional groups so one could decouple and optimize properties. In this project, the PIs will predict and understand the intrinsic/extrinsic properties of materials proposed under external stimuli, and evaluate and understand the device characteristics and performance. The PIs will synthesize high quality flexible thin film of halide perovskite materials, fabricate two-terminal artificial synapses/circuits, study the structural-functional relationship by determining the device performance in terms of switching speed, data storage capacity, retention time, energy consumption per synaptic event, endurance, and test/optimize the synaptic device. This work will, therefore, advance knowledge of fundamental material physics, synaptic switching dynamics as well as ideal circuit architectures of novel resistive devices based on layered halide perovskite materials.

Funding Agency: SERB, DST

Duration: 3 years

Cost: 71Lakh INR

Project Name: Hybrid perovskite based Flexible memristor on paper subtract for data storage and Neuromorphic Computing

Investigator: Dr. Ankur Solanki, Dr. Rohit Srivastava, Dr. Mohendra Roy

Abstract: In this project, the investigators propose the growth of hybrid flexible memristor devices on cellulose-based paper substrates to predict the intrinsic/extrinsic properties of synaptic/memory devices under external stimuli (electrical/optical/mechanical) to evaluate and understand the device characteristics and performance. Cellulose papers are typically biodegradable and more environmentally friendly, which makes them a promising alternative to petroleum-based non-biodegradable plastic substrates. Moreover, the paper is compatible with roll-to-roll printing, which makes low cost paper substrate-based electronically viable. This approach can potentially lead to low-cost mass-production of circuits where memory and processors can be integrated together for high-density data storage and high speed data transfer applications such as cloud storage, internet of things, artificial intelligence, high-speed computation, etc. This work will, therefore, led advance knowledge of fundamental materials physics/engineering, synaptic switching dynamics, memristor storage, as well as ideal circuit architectures of novel resistive devices based on layered halide perovskite materials.

Funding Agency: GUJCOST

Duration: 3 years

Cost: 37 Lakh INR

Project Name: Design of high cost low dielectric microstrip antenna using low cost high dielectric antenna

Investigator: Dr Ganga Prasad Pandey

Abstract: Thanks to the speedy development of wireless communication systems to generate the competition amongst the researchers for developing the advanced antennas that meet the demands of the latest applications with attributes such as broadband, symmetrical radiation pattern, high gain and compact in size. Patch antenna is the suitable candidate to satisfy all above attributes with easy fabrication. The different antenna properties depend upon height of antenna and dielectric constant of the antenna. As height increases, bandwidth increases but at the same time mismatching also happens. High dielectric constant materials have low cost while low dielectric constant materials have high cost. The effective dielectric constant may be reduced by inserting air gap between ground and patch.

Funding Agency: ORSP, PDEU

Duration: 1 Year

Cost: 2.4 Lakhs

Project Name: Temperature control, Data Collection and Distribution System

Investigator: Dr. Samir B. Patel and Dr. Santosh Bharti

Abstract: In current electric energy statistics, the largest power is consumed by heating and cooling air conditioners, which are widely used in residential and commercial buildings. Hence, reducing the energy consumption of air conditioners is vitally important for improving power utilization efficiency in global energy perspective. To save electricity consumption of air conditioners, this paper proposes an Internet of Things (IoT)-based smart controlling system. Components of the finished project 1. Raspberry Pi (I used this one) 2. Power Switch (or just a relay) 3. USB wifi for raspberry pi 4. A micro SD card (if you are using RPi B+, otherwise check your specs) 5. Digital temperature sensor 6. Micro USB charger for the raspberry pi + wall adapter 7. 4.7K resistor 8. Jumper wires, both male and female 9. Prototype Paper PCB (DIY circuit board) 10. Your computer Tools 1. Soldering iron and solder 2. A very very skinny Phillips head screwdriver 3. A hot glue gun For testing/setup only 1. A breadboard 2. An LED 3. A monitor, keyboard, and ethernet cable (for setting up the pi) Testing Hardware Requirements • Arduino Uno • ESP8266-01 • DHT11 • AMS1117-3.3V • 9V battery Software Requirements • Arduino IDE.

Funding Agency: ORSP, PDEU

Duration: 1 Year

Cost: 1.01 Lakhs

Project Name: Indoor Navigation System - InNavi

Investigator: Dr. Paawan Sharma

Abstract: According to recent statistics people spend 80–90% of their time in indoors environments, including shopping malls, libraries, airports or university campuses, while 70% of cellular calls and 80% of data connections originate from indoors. This has triggered an increasing interest in indoor Navigation System and location-aware applications, e.g., in-building guidance and navigation, asset tracking, elderly support. This study deals with indoor position using Zigbee and IEEE 802.11(Wi-Fi) standard that has a distinct advantage like low cost over other Indoor Navigation System. The aim of this project is identity the accurate position of user and navigates them. Main focus is to achieve better accuracy in position by studying various aspects of location fingerprinting based Indoor Navigation System. Apart from the navigation proposed system also helps user to find the best parking space through android application. System will collect the data about Receiving Signal Strength Intensity(RSSI) at any position which will lead to better position accuracy than other existing system at low cost. As an outcome of this project, we expect design and implementation of InNavi (Indoor Navigation System) with approximate accuracy around 2 meters.

Funding Agency: ORSP, PDEU

Duration: 1 Year

Cost: 0.68 Lakhs

Project Name: Intelligent Parking system

Investigator: Dr. R. Jothi

Abstract: An automated mechanism is designed for helping car-owners/drivers to locate and navigate to available parking slots in their locality. The real-time data is transferred from sensors (placed in the parking areas strategically) to dedicated applications installed in the handheld devices of users. In addition, the smart parking management setup can also help individuals to book parking slots in advance, by automating payments. The objective of deploying smart parking systems is straightforward enough – to reduce the driving time required to find parking spaces, and to make optimal use of available parking slots.

Funding Agency: ORSP, PDEU

Duration: 1 Year

Cost: 0.54 Lakhs

Project Name: Advanced Urban Public Transportation System

Investigator: Dr Manish Chaturvedi

Abstract: The project aims to design an ICT based solution to supplement the public transportation facility in urban areas. The proposed location tracker would be able to track all the buses (including GPS-less buses) in real time. The trip planning module will use this information to compute and suggest optimal trip plan for the querying commuters. The commuters will interact with the system using a mobile application. The other modes of interactions, e.g. through web interface, public announcement radios, and USSD based interface for basic phones would be feasible. The historical data of bus occupancy and mobility traces will be processed to suggest bus schedule and provision to the bus service operators. Finally, the project aims to compute the road network parameters such as presence of traffic lights at junctions, average movement speed and road quality (presence of potholes), using the collected mobility traces of the buses.

Funding Agency: Department of Science and Technology (DST), Government of India

Duration: 3 Years (2017-2020)

Cost: Rs 21 Lakhs Approx.

Project Name: Spectral Discrimination and Separability Analysis of Crops and Weeds Using Deep Learning Techniques

Investigator :Dr. Samir B. Patel (Co-PI)

Abstract: Classification of hyperspectral data is very challenging and mapping of land cover is one of its applications. The state of art implementation includes various land cover classification techniques, but still, uncertainty exists in labeling various clusters to their own classes without using any a priori information. Hence, we propose the development of Hyperspectral image/data classification techniques which can serve as a valuable tool in agriculture and urban development. The application of herbicide to weeds at an early stage plays a vital role in the management of field crops, both monetarily and ecologically. We propose the use of hierarchical inference over deep learning models to encode multiple levels of abstraction for classification of AVIRIS hyperspectral data for discrimination of crops and weeds in the field. The goal is to improve the classification accuracy to guide in the process of selective application of herbicide to weeds.

Funding Agency: ISRO

Duration: 2 years

Cost: 10 Lakhs

Project Name: Land-Cover Classification of Polarimetric SAR Image/Data for Agricultural and Urban Region

Investigator :Dr. Samir B. Patel (PI)

Abstract: Thematic mapping and more specifically PolSAR image/data classification are one of the most common applications of remote sensing. Precise classification of the PolSAR images/data is a challenging task. This has been an active research area for the last three decades. Land cover maps obtained from the classification of remote sensing data are frequently used to express economic, demographic and environmental issues at different levels. Mapping land-cover of the agriculture-urban fringe in a timely and accurate manner is thus of great importance. Hence, we propose the development of SAR image/data classification techniques which can serve as a valuable tool in agriculture and urban development.

Funding Agency:ISRO

Duration: 2 years

Cost: 14 Lakhs

Project Name: SESAU An improved approach of secure smart university

Investigator :Dr. Nishant Doshi

Abstract: Every industry in the world is going to equip with smart devices. Healthcare industry enhanced their services by equipped with various wearable devices. Transport industry going to developed customer satisfaction and security with the intelligent transport system. Agriculture industry equipped with smart farming sensors and gateways to improve irrigation system and farm monitoring sensors. But very few researchers have focused to develop the smart university in the country which will surely help a student to create interest in technology. Learn the latest equipment, study protocols and prepare prototypes. In this project, we are going to do the research on various modules for the smart university, available microcontrollers, communication protocols, and Mobile application development. As an outcome of this project, we expect to design and implement robust architecture for the smart university. For the initial setup, we will focus on the smart classroom.

Funding Agency: PDEU ORSP

Duration: 1 year

Cost: 1.4 Lakhs








Course Intake
B.Tech. Information and Communication Technology (4 years) 180
M. Tech in Artificial Intelligence 18


List of Ph.D Students
Name of Student Name of Supervisor Research Area
Ms. Hemani Indravadan Parikh Dr. Samir Patel Machine Learning in Remote Sensing
Mr. Kanhaiya Sharma Dr. Ganga Prasad Pandey Machine Learning in Antenna
Mr. Ashishkumar Danjibhai Patel Dr. Jigar H. Shah Ambient Assisted Living
Mr. Chintan Jayprakash Patel Dr. Nishant Doshi IoT Security
Mr. Pruthvish Rajesh Rajput Dr. Manish Chaturvedi Sensor Network IoT
Mr. Harsh Parimal Mehta Dr. Jothi Ramasamy Natural Language Processing
Ms. Chaitali Vipeshbhai Mehta Dr. Manish Chaturvedi Electric Vehicle
Joy Acharya PI: Dr. Mohendra Roy, CoPI: Dr. Paawan Sharma IoT security
Varsha Kheradiya Dr. Ganga Prasad Pandey RF Energy harvesting
Rajesh Kumar Mohapatra PI: Dr. Santosh Kumar Satapathy, CoPI: Dr. Nitin Singh Rajput Brain Human Interface
Bhabani Prasad Mishra PI: Dr. Nitin Singh Rajput, CoPI: Dr. Santosh Kumar Satapathy Communication and Networking in IoT security




CSI (Computer Society of India)

PDEU CSI-Student Branch got inaugurated on 02/09/2017 under the umbrella of CSI-Ahmedabad Chapter and Dr. Ganga Prasad Pandey, Assistant Professor, ICT Department is designated to be First Student Branch Coordinator (SBC). CSI-Ahmedabad Chapter started functioning during 1969 and today it has grown in the area of research and innovation by organizing seminars, conferences, public talks on different subjects, student awareness programs and many more.

CSI Ahmedabad Chapter has received “Best Chapter Award” under region III consecutively since the last seven years, The chapter has constantly tries to improve its performance by organizing various technical and social activities. Today, the Ahmedabad Chapter has more than 500 life members, institutional members and 20 Student Branches with more than 1500 student members Computer Society of India is the recognized Association for Information and Communications Technology (ICT) professionals, attracting a large and active membership from all levels of the industry. A member of the Computer Society of India is the public voice of the ICT profession and the guardian of the professional ethics and standards in the ICT industry. We also work closely with other Industry associations, government bodies and academia to ensure that the benefits of IT advancement ultimately percolate down to every citizen of India.

The mission of the CSI is to facilitate research, knowledge sharing, learning and career enhancement for all categories of IT professionals, while simultaneously inspiring and nurturing new entrants into the industry and helping them to integrate into the IT community. The CSI is also working closely with other industry associations, government bodies and academia to ensure that the benefits of IT advancement ultimately percolate down to every single citizen of India.

ACM (Association for Computing Machinery) :
  • ACM PDEU Student Chapter provide unique opportunities for networking, mentoring and bonding over common interests in the domain of Computer Science. They provide support both within the student community and to local communities outside the institution. The ACM student members are eligible for the following set of member benefits:
    • Complimentary Subscription to Communications - Chapter Members are eligible for a three-month complimentary electronic subscription to ACM’s flagship publication Communications of the ACM.
    • receipt of ACM’s Popular E-Newsletters – TechNews, the latest news in computing, 3x weekly; CareerNews, the latest career and industry news, bi-monthly; and MemberNet, all about ACM people and events monthly.
    • A full-year electronic subscription to XRDS, ACM's Student Magazine
    • ACM Student Quick Takes (SQT) a quarterly email newsletter with each issue highlighting ACM activities, programs, and offerings of interest.
  • More details are available at the ACM.ORG


Workshop on Quantum Computing
Name of Speaker(s)/Resource Persons (with Contact Details): Abhishek Gor, Assistant Professor, Physics Dept., Ph: 9428100101
Adarsh Jain (SF-ISRO), Ph: 8469903047
Date of the Event/Activity/Workshop/Seminar/Conference: 17/03/2023
Time/Duration of the Workshop: 10:00 am to 5:00 pm
Department/Centre Hosting the Event/Activity: Dept. of ICT/ECE
Coordinator of the Event/Activity/Workshop/Seminar/Conference: Dr. Manish Mandloi, Dr. Mohendra Roy and Dr. Hargeet Kaur
Mode of Delivery (e.g. Online/Offline): Offline
Hand-On: Yes/No: Yes
Target Audience (e.g. Internal/External): Internal (Students of ICT/ECE)
Number of Participants: Internal (60)
Theme of the Event: Quantum Computing
Details of Chief Guest/Speakers:

Adarsh Jain, joined ISRO in 2007 after graduating in electronics and communication engineering. In his early days in space application centre (SAC), he has worked for the design, development and delivery of driver amplifiers and linearizers for various SATCOM and navigation payloads such as GSAT series and IRNSS. Later he joined Indian Institute of Science (IISc), Bangalore for his post-graduation in telecommunications and passed out in 2013. He then led the development of various new technologies for optical and microwave photonics systems. His areas of expertise are optical communication, microwave photonics and quantum communication technologies. In early 2021, he led a team and successfully demonstrated the India’s first NavIC synchronized fully automated free space quantum key distribution (QKD) system between two buildings inside SAC campus along with quantum secured video calling.

Currently, he is heading the quantum systems and technology division (QSTD) and working towards the development of state of the art quantum technologies for demonstrating India’s first satellite based QKD between two Indian ground stations.

Summary of the Event:

This workshop is organized by the Department of ICT/ECE in association with IQAC, club NEXERO and IEEE CIS society Gujarat chapter for the students of the department. The event started with the welcome note to all the audience and the speakers. The first session of the workshop was conducted by Mr. Abhishek Gor, Assistant Professor, Physics Dept (PDEU), on the Introduction to the Quantum World. He introduced some key concepts from Quantum Physics which helped students in understanding the Quantum Computing topics. The session was then followed by the presentation from students which includes following session

  • Introduction and Motivation to Quantum Computing
  • Quantum Bits and Superposition
  • Basics of Linear Algebra
  • Quantum Gates
  • Quantum Circuits
  • Quantum Entanglement
  • Hands on Session on Quantum Computing

Finally, at 4.00 pm, the expert lecture was arranged for giving a practical touch to the workshop. The expert lecture was conducted by Shri Adarsh Jain, Scientist F, SAC-ISRO. The topic of the session was Quantum Communication Technologies. The workshop ended with a vote of thanks and sharing momento with the expert. This was followed by networking and high tea outside the venue.


Date Event Name
13/02/2021 “National Workshop on Machine Learning Applications in ICT”
21/01/2021 Webinar on “DSC Community's Android Study Jams program”|session3
20/01/2021 Webinar on “DSC Community's Android Study Jams program”|session2
05/12/2020 Webinar on “DSC Community's Android Study Jams program”|session1
11/11/2020 Webinar on “Introduction to App Development and kotlin Basics”
26/10/2020 Webinar on “Introduction to Cybersecurity and Ethical Hacking”
11/10/2020 Webinar on “DSC Inaugural Event”
22-23/02/2019 Two days workshop on “Multisim – logisim”
08/02/2019 Industry Connect Program
07/12/2018 Expert talk on “RF and Microwave Education – Current and Future Trends”
29/11/2018 Expert lecture on “Working of Systems used by Telecom Service Providers”
30/10/2018 Expert talk on “Blockchain Technology”
26-27/10/2018 Two day workshop on “Analog and Digital Circuit Simulator- Multisim”
13/08/2018 Expert talk on “Data Privacy”
11-12/08/2018 Two days workshop on “Natural Language Processing”
23/03/2018 Advanced Challenges in VLSI Technology and Design
2-4/02/2018 ACM Week
20-21/01/2018 Two Days workshop on Web Development
19/01/2018 Expert Talk on Discovery of the molecular essence of the Indian cuisine through data analytics
28/11/2017 Expert Talk on “Query Processing and Query Optimization”
28/10/2017 One Day Seminar on Fundamentals of IoT
02/09/2017 One Day Workshop on Cyber Security
24/03/2017 One day workshop on Sensors and Actuators for IoT (Internet of Things) Applications
24/03/2017 Sensors and Actuators for IoT (Internet of Things) Applications




Encode Club

As there is shift in hiring process, more and more companies are using competitive coding as means of hiring talented coders. So Encode with a view of making students experience the world of competitive coding hosts coding contest twice a year with cash prizes. Students are first made aware of how to approach such contests, what expectations do the recruiters have from them and how they can improve their chances of getting selected in such a process.

The Club’s main objective would be to support Programming as an initiative to empower logical skills as well as object oriented skills.

  • To provide a platform for the Computer Science and related branches of engineering for their extra-curricular interests and orient them to industry through guest lectures and seminars
  • To support and encourage the common interest of the members in amateur programming and coding.
  • To improve the skills and knowledge of the members in all areas of amateur programming through sharing of information in lectures, seminars, demonstrations and other related group activities including workshops and competitions.
  • To provide opportunities for students who want to learn higher level programming through mentorship and hands-on instruction.
  • Harnessing the collective power of the coding community in PDEU to grow Computer Science education in PDEU.
  • Demonstrating the use of Programming and Software applications in the respective course curriculum of the students in PDEU.
  • Value creativity and use programming as a tool of expression.



Google Developers Group

Encouraging community coding is one of the main goals of Encode, due to which Encode hosts community coding events everywhere. In 2018 Encode had the pleasure to host Google Developers Group meetup in PDEU with the oldest GDG chapter of Gujarat, GDG Gandhinagar. Industry fraternity and experts from open source community were invited to deliver lectures on various topics like Flutter, Cloud, Machine Learning, Web security etc. Enthusiasts from around Gujarat attended the meetup with a footfall of over 200.



Python Workshop

Encode organizes few standard workshops throughout the year of which Python programming is the one which receives highest of footfall. Python being one the most powerful and in demand language, it is essential that students get to know the language and its rich features. The workshop is conducted by senior students in order to encourage peer learning and to create healthy educational environment in the college. From basic python to standard libraries like matpotlib, numpy, opencv etc are taught with hands-on practice and examples in order to spark curiosity among students.



Web Development

Web development is being one of the most important skills required for internships in computer science students, is organized by Encode as a part of peer learning process which Encode follows. The workshop is divided in 2 parts- 1 being front end where students are taught html, css, javascript and front end framework line bootstrap, nodejs etc. As for backend php, mysql, nodejs, mongo-db etc are taught which makes students familiar with existing and state-of-the-art emerging technologies in the web development market.


Industrial Orientation

Industrial Visits

As a part of better exposure to industry practices we recommend our students to visit reputed organizations and interact with people to understand the real world problems and prepare themselves accordingly. Students of 4th semester visit different industries and get a better outlook of the practical scenario of the subjects taught to them in classroom. Industries like BISAG, BSNL, Punsari Village, Gujarat Forensic Science University industries and many more are visited every year.

Bhaskarracharya Institute for Space Applications and Geo-informatics (BISAG), Gandhinagar

Bhaskaracharya Institute for Space Applications and Geo-informatics is a State level agency by Government of Gujarat to facilitate to provide services and solutions in implementing map-based Geo-Spatial Information Systems. BISAG’s SATCOM network is a satellite communication network service to provide distant interaction statewide. Currently BISAG is working to implement geo-spatial technologies for the planning and developmental activities pertaining to agriculture, land and water resource management, wasteland development, disaster management, infrastructure and education. There we were made familiar with subjects like Video-Audio network, GIS etc. There were two buildings: The Sustainable Development Building and Software Development Building.


Gujarat Forensic Science University

The Gujarat Forensic Sciences University is the world’s first and only University dedicated to Forensic and allied Sciences which was established with an objective of fulfilling the acute shortage against increasing demand of forensic experts in the country and around the world. It provides hands-on training pertaining to various areas of forensic science, forensic psychology and research and development. It comprises of Institute of Forensic Science, Institute of Behavioral Science, Institute of Research and Development, Institute of Training, Directorate of Forensic Science. They also have international students and collaborations consultancy; provide cyber security training for policeman. In fact, the very first forensic awareness meet of India was held at GFSU.


Regional Telecom Training Centre, Bharat Sanchar Nigam Limited

Bharat Sanchar Nigam Limited is an Indian state owned telecommunications company headquartered in New Delhi. RTTC – Regional Telecom Training Centre, Ahmedabad provides training in the field of telecommunication. They have a well-established infrastructure with highly equipped labs, classrooms and advanced teaching aids supported by trainers. It is constantly making endeavors to provide customized as well as tailor-made quality training to the outside agencies in the field of Mobile Communication, Optical Fiber Communication, Computer Networking and IP Addressing, Broadband, WiFi, WiMax etc.


Smart Village Visit at Punsari, Sabarkantha

Punsari Village is considered as a model Indian Village, as said by many famous news channels like the BBC. The purpose of organizing this trip to Punsari was to understand the magnificent growth of the village and to gain some insight from the person who pioneered it, Mr. Himanshu Patel. From the Computer Engineering Perspective, the aim of the trip was to understand how the entire village was Wi-Fi enabled and understand its Networking aspect.

The visit began by first visiting the Gram Panchayat Office where we were addressed by the current Sarpanch of Punsari, Mrs. Sunandaben. We were shown videos pertaining to the achievements of Punsari and what all has changed in this village.



R & D

Published Papers in Journals
1 Chhaya, Lipi, Paawan Sharma, Adesh Kumar, and Govind Bhagwatikar IoT-Based Implementation of Field Area Network Using Smart Grid Communication Infrastructure Smart Cities, MDPI Publisher 2018
2 Chhaya, L. K., Paawan Sharma, A. Kumar, and G. Bhagwatikar. Routing Protocol Optimization of Smart Grid Neighborhood Area Network based on IEEE 802.11 Standard Pertanika Journal of Science and Technology 2018
3 Jasim Farooq, Paawan Sharma, Sreerama Kumar R A BIM-based Detailed Electrical Load Estimation, Costing and Code Checking International Journal of Electrical and Computer Engineering 2018
4 Lipi Chhaya, Paawan Sharma, Adesh Kumar, Govind Bhagwatikar Cross Layer Optimization and Simulation of Smart Grid Home Area Network Modelling and Simulation in Engineering 2018
5 Adesh Kumar, Paawan Sharma, Mukul Kumar Gupta, Roushan Kumar Machine Learning Based Resource Utilization and Pre-estimation for Network on Chip (NoC) Communication Springer, Wireless Personal Communication 2018
6 Jigarkumar Shah, Ashish Patel Sensor-Based Activity Recognition in the Context of Ambient Assisted Living Systems: A Review SCIE indexed Dec 2018
7 DK Singh, BK Kanaujia, S Dwari, GP Pandey Multi band multi polarized reconfigurable circularly polarized monopole antenna with simple biasing network SCIE indexed Oct 2018
8 Shashi Kant Pandey, Ganga Prasad Pandey and P. M. Sarun Design of Circularly Polarized Modified Minkowski Fractal Based Antenna for UHF RFID Reader Applications SCIE indexed Jan 2018


Chapters Published in the Books
1 Chowdary, Vinay, Vivek Kaundal, Paawan Sharma, and Amit Kumar Mondal. Implantable Electronics: Integration of Bio-Interfaces, Devices and Sensors In Medical Big Data and Internet of Medical Things, CRC Publisher
2 Chintan Patel, Nishant Doshi Industrial Internet of Things: A Comprehensive Overview 2019
3 Chintan Patel, Nishant Doshi Security Challenges in IoT Cyber World Nov 2018


Published Papers in Conference
1 Vikas Thapa, Shiv Capoor, Paawan Sharma, Amit Kumar Mondal Obstacle avoidance for mobile robot using RGB-D camera ICISS, IEEE 2018
2 Prayushi Faldu, Nishant Doshi, Reema Patel Real Time Adaptive Traffic Control System - A hybrid Approach ICCCS, IEEE 2019
3 Nishant Doshi Analysis of Fuzzy Based Provably Secure Multi-Server Authentication Remote User Authentication Scheme Springer 2019
4 Pruthvish Rajput, Manish Chaturvedi, Pankesh Patel Advanced Urban Public Transportation System for Indian Scenarios IEEE Jan 2019
5 Nishant Doshi Analysis of Attribute-Based Secure Data Sharing with Hidden Policies in Smart Grid Springer Oct 2018
6 Nishant Doshi, Chintan Patel A Novel Approach for Biometric Based Remote User Authentication Scheme using Smart Card IEEE September 2018
7 S K Pandey, G. P Pandey and P M Sarun Gain Enhancement of I-Cross Antenna using Parasitic Fractal for UWB Applications Conference Proceeding August 2018
8 Dinesh Kumar Singh ; Ratnesh Dwivedi ; Abhishek Kumar Jain ; Ganga Prasad Pandey Analysis of Circularly Polarized Rectangular Microstrip Antenna Conference Proceeding April 2018
9 Jigarkumar Shah, Ashish Patel Ambient Assisted Living Systems: The Scope of Research and Development IEEE Jan 2018




Recent Publications

Journal/ Conference/ Book chapter Title Authors/Co-Authors Volume/Issue
Year 2022
Towards enhancing the health standards of elderly: role of ambient sensors and user perspective, International Journal of Engineering Systems Modelling and Simulation Patel, A., Shah, J. 13(1), pp. 96–110
Artificial intelligence framework for MSME sectors with focus on design and manufacturing industries, Materials Today: Proceedings Sharma, P., Shah, J., Patel, R. 62(P13), pp. 6962–6966
Software for Optical Network Modelling Devlina Adhikari Book: Optical Switching: Device Technology and Applications in Networks, Chapter 18, pp. 347-357
"Automated Sleep Staging Classification System Based On Convolutional Neural Network Using Polysomnography Signals," S. K. Satapathy, S. Pattnaik and R. Rath, 2022 IEEE Delhi Section Conference (DELCON)
Multimodal Multiclass Machine Learning Model for Automated Sleep Staging Based on Time Series Data Satapathy, S.K., Loganathan, D. SN COMPUT. SCI.
Cloud-Based Framework for Performing Digital Forensic Investigations Vijay Prakash, Alex Williams, Lalit Garg, Pradip Barik, Rajesh Kumar Dhanaraj International Journal of Wireless Information Networks
CoRAL: Coordinated Resource Allocation for Intercell D2D Communication in Cellular Networks Pradip Kumar Barik, Raja Datta 2022 National Conference on Communications (NCC)
SVM-D: Efficient SHVC Video Multicast through D2D Offloading over 5G Cellular Networks Pradip Kumar Barik, Raja Datta 2022 National Conference on Communications (NCC)
Comparative Analysis and Performance Optimization of Low-Cost Solution-Processed Hybrid Perovskite-Based Solar Cells With Different Organic HTLs Deepak Kumar Jarwal, Chandani Dubey, Kamalaksha Baral, Anuradha Bera, Gopal Rawat Volume: 69, Issue: 9, pp-5012 - 5020
Structure-Driven, Flexible, Multilayered, Paper-Based Pressure Sensor for Human–Machine Interfacing Neha Sakhuja, Rahul Kumar, Prateek Katare, Navakanta Bhat Volume: 10, Issue: 30, pp-9697 - 9706
MXenes: promising 2D memristor materials for neuromorphic computing components Patel M., Hemanth N.R., Gosai J., Mohili R., Solanki A., Roy M., Fang B., Chaudhari N.K. 4
Machine Learning Based Lens-Free Shadow Imaging Technique for Field-Portable Cytometry Vaghashiya R., Shin S., Chauhan V., Kapadiya K., Sanghavi S., Seo S., Roy M. 12
Glioblastoma Multiforme Patient Survival Prediction Rajput S., Agravat R., Roy M., Raval M.S. 784 LNEE
Year 2021
Smart Traffic System using Traffic ow models,Proceedings - International Conference on Artificial Intelligence and Smart Systems, ICAIS 2021, Kamdar, A., Shah, J. pp. 465–471, 9396002
Hybrid User Clustering-Based Travel Planning System for Personalized Point of Interest Recommendation, Advances in Intelligent Systems and Computing Ravi, L., Subramaniyaswamy, V., Vijayakumar, V., Jhaveri, R.H., Shah, J. 1287, pp. 311–321
Neuromorphic Computing in Speech Recognition Using Nano-devices, Lecture Notes in Mechanical Engineering Bhatt, V., Shah, H., Shah, K., Shah, J., Shah, M. pp. 45–53
Smart Ecosystem to Facilitate the Elderly in Ambient Assisted Living, Advances in Intelligent Systems and Computing Patel, A., Shah, J. 1245, pp. 501–510
Design considerations for transceiver-limited elastic optical networks Devlina Adhikari, Raja Datta, and Debasish Datta 42, pp.81–92
Pattern Correction in Planar Antenna Array using Multi-Objective Particle Swarm Optimization and Continuous Excitation Sharma, Kanhaiya; Pandey, Ganga Prasad; 45
Efficient Isolation Modelling for Two-Port MIMO Antenna by Gaussian Process Regression Sharma, Kanhaiya; Pandey, Ganga Prasad; 108
Efficient modelling of compact microstrip antenna using machine learning Sharma, Kanhaiya; Pandey, Ganga Prasad; 135
A dual-band high-gain microstrip antenna with a defective frequency selective surface for wireless applications Kumar, Arun; Dwari, Santanu; Pandey, Ganga Prasad; 35
Resonant Frequency Prediction of Patch Antenna in the Presence of Inserted Airgap Using Machine Learning Soni, Mahima; Sharma, Kanhaiya; Pandey, Ganga Prasad; Gupta, Surendra K; -
Resonant Frequency Prediction of Patch Antenna in the Presence of Inserted Airgap Using Machine Learning Mahima Soni, Kanhaiya Sharma, Ganga Prasad Pandey and Gupta Surendra K; -
A Parametric Analysis and Simulation Study of Planar Inverted F Antenna for 5G Dongle Application Panchal, Devashree A; Rana, VA; Modasiya, Shahid S; Pandey, Ganga Prasad; -
Role of artificial intelligence based wireless sensor network for pandemic control: A case study using CupCarbon Sharma P., Patel H., Roy M. -
Year 2020
Real-time human behaviour monitoring using hybrid ambient assisted living framework, Journal of Reliable Intelligent Environments Patel, A., Shah, J. 6(2), pp. 95–106
Compact Circularly Polarized Symmetric Fractal Slits Loaded Micro-strip Antenna Pandey, Shashi Kant; Pandey, Ganga Prasad; Sarun, PM; -
A high gain wideband circularly polarized microstrip antenna Kumar, Arun; Dwari, Santanu; Pandey, Ganga Prasad; Kanaujia, Binod Kumar; Singh, Dinesh Kumar; 12
Two port compact MIMO antenna for ISM band applications Sharma, Kanhaiya; Pandey, Ganga Prasad; 100
Modeling of a dual circularly polarized capacitive-coupled slit-loaded truncated microstrip antenna Singh, Dinesh Kumar; Kanaujia, Binod Kumar; Dwari, Santanu; Pandey, Ganga Prasad; 19
Special Techniques of Printed Antenna Singh, Dinesh Kumar; Pandey, Ganga Prasad; -
Fractal EBG based two port isolation improvement in compact MIMO antenna Sharma, Kanhaiya; Pandey, Ganga Prasad; -
Designing a Compact Microstrip Antenna Using the Machine Learning Approach Sharma, Kanhaiya; Pandey, Ganga Prasad; -
Circularly polarised Printed Antenna Pandey, Ganga Prasad; kumar, Dinesh; -
ADIC: Anomaly Detection Integrated Circuit in 65-nm CMOS Utilizing Approximate Computing Kar B., Gopalakrishnan P.K., Bose S.K., Roy M., Basu A. -
ANNSESDIHM: An Artificial Neural Network based Signal Enhancement Scheme for Digital Inline Holography (DIH) Microscope Chauhan V., Sanghavi S., Jessica J., Seo D., Seo S., Roy M. -
An Optimized Neural Network Architecture for Auto Characterization of Biological Cells in Digital Inline Holography Micrographs Vaghashiya R., Kapadiya K., Nandwani I., Thakore R., Seo D., Seo S., Roy M. -
ADEPOS: A Novel Approximate Computing Framework for Anomaly Detection Systems and its Implementation in 65-nm CMOS Bose S.K., Kar B., Roy M., Gopalakrishnan P.K., Zhang L., Patil A., Basu A. 67