The Department of Electronics and Communication Engineering (ECE) at NIST University is a vibrant centre of learning, innovation, and research, nurturing future-ready engineers equipped with cutting- edge technical knowledge and problem-solving skills. Our B.Tech,M.Tech and PhD programs are meticulously designed to meet global industry demands and emerging technologies in communication systems, embedded electronics, and VLSI design.
Create an ambience to shape world class engineers in the field of Electronics & Communication Engineering through state-of-art courses and effective collaboration with major academic, research and industrial organizations for growth of the society.
Students have cleared the level-5 of ESSCI Certification exam from the first batch out of 36 registered students.
Communication Laboratory is one of the research laboratories for advanced wireless communication.
Hours summer skill development courses in different electronic domains.
National Conferences (NCDC) to provide a technical environment to the young researchers in different domains each year.
Our curriculum is designed to equip students with the knowledge, skills, and mindset needed to excel in their careers and make meaningful contributions to society.
Exposing students to real-world challenges and encouraging critical thinking through hands-on research projects and innovative problem-solving approaches.
Inspiring students to collaborate with communities and industry leaders through internships, projects, and outreach programs that address real societal needs.
Equipping graduates with hands-on expertise through state-of-the-art labs, workshops, and industry partnerships to impact their careers and society.
Supporting students in setting and achieving personal and professional milestones through personalized mentoring and career development programs.
Preparing graduates to continuously evolve and adapt in their careers through a foundation of fundamental knowledge and adaptability skills.
Discover the unique advantages of pursuing Electronics and Communication Engineering at NIST University
Designed as per AICTE guidelines, integrating Communication, Embedded Systems, VLSI, AI/ML, and IoT with industry-relevant content and emerging technologies.
Advanced labs including Antenna Fabrication Lab, Cadence VLSI Design Lab, FPGA Lab, and a specialized 5G Communication Lab with cutting-edge equipment.
Hands-on experience with Cadence-based VLSI, MATLAB toolboxes, and cutting-edge 5G technologies through industry collaborations and expert-led workshops.
Strong industry collaborations ensuring high-paying placements and internships in top-tier companies with dedicated career guidance and placement support.
Encouragement for research publications, project funding, and participation in global tech competitions with mentorship from experienced faculty members.
State-of-the-art facilities equipped with modern technology to enhance practical learning and research
Focuses on understanding the fundamental principles of electronics, including Ohm's law, network theorems, diodes, and transistor-based circuits. Helps first-year students build a strong foundation in electronic components and basic circuit analysis.
Emphasizes amplifier design, oscillator circuits, filters, and feedback systems using BJTs and FETs. Provides hands-on experience for understanding analog circuit behavior and real-time signal handling.
Covers logic gate implementation, combinational and sequential circuits, counters, multiplexers, and memory devices. Crucial for building digital systems and understanding binary logic, foundational for VLSI and embedded design.
Involves experiments with signal generation, Fourier transforms, convolution, and system response analysis. Aids in grasping the theoretical and practical understanding of signal behavior across systems—key for communication and control systems.
Includes MATLAB-based experiments on filtering, FFT, convolution, and real-time signal processing. Builds skills in audio/speech/image processing, beneficial for projects in IoT, biomedical, and AI fields.
Based on 8085, 8051, and Arduino/ARM platforms. Students perform coding, interfacing, and control system experiments. Essential for embedded system design and real-time application development, such as robotics and automation.
Focused on sensor networks, Raspberry Pi, NodeMCU, and cloud interfacing using MQTT, ThingSpeak, etc. Equips students with IoT prototyping skills relevant for smart healthcare, agriculture, and industrial automation.
Covers AM/FM modulation, pulse modulation, multiplexing, and digital communication protocols. Supports understanding of 3G/4G/5G communication, broadcasting systems, and data transmission technologies.
Offers Cadence, Xilinx, and Mentor Graphics tools for schematic, layout, and simulation-based design. Enables chip design from RTL to GDSII, preparing students for careers in semiconductor and ASIC industries.
Advanced research facilities driving innovation in electronics and communication engineering
Equipped with PCB prototyping machines, chemical etching setups, and lithography tools. Supports innovation in sensor design, PCB prototyping, and MEMS device fabrication for cutting-edge research applications.
Research Focus: Advanced sensor development and micro-electromechanical systems
Used for designing and testing antennas using CST and HFSS simulation software, along with fabrication tools. Helps in research on wireless communication, radar, satellite, and 5G/6G antenna design.
Research Focus: Next-generation wireless communication and satellite systems
Provides advanced EDA tools for analog, digital, and mixed-signal IC design. Enhances IC design skills and fosters industry-grade research and internship opportunities in semiconductor technology.
Research Focus: Advanced integrated circuit design and semiconductor technology
Involves Spartan, Virtex boards, and programming via Verilog/VHDL. Useful for high-speed data processing, AI accelerators, and real-time prototyping of complex digital systems.
Research Focus: High-performance computing and AI hardware acceleration
Engaged in research on Wave systems, beamforming, MIMO, and AI-assisted communication models. Drives forward-looking research and projects in next-generation wireless systems and beyond.
Research Focus: Advanced wireless communication systems and AI-driven network optimization
The Department is equipped with a variety of advanced instruments and machinery, providing students with practical, hands-on experience and supporting faculty in conducting cutting-edge research projects. Below is a list of key equipment available in the department:
NIST University has a strong track record in campus placements, attracting leading IT and core sector companies. A dedicated placement team offers comprehensive support through mock interviews, soft skills training, and internship opportunities, ensuring students are industry-ready.











The Department of Electronics and Communication Engineering at NIST University, Berhampur, has emerged as a center of excellence for VLSI education and research. It offers specialized programs in VLSI Embedded Systems Design, supported by state-of-the-art labs:
These facilities equip students with hands-on experience in semiconductor and embedded systems design, leading to excellent placement opportunities with top semiconductor companies.






Our students have consistently excelled in national and international competitions, hackathons, and innovation challenges.
In 2023, two of our ECE students secured placement at Western Digital with an impressive ₹19 LPA package.
Many students have published research papers in reputed journals and presented at international conferences.
| SN | Name of Student | Position | Branch & Year | University with QS Ranking |
|---|---|---|---|---|
| 1 | V Someswar Rao | MS | ECE/2024 | NTHU Taiwan-#QS 168 |
| 2 | Ayush Behera | MS | ECE/2024 | NTHU Taiwan-#QS 168 |
| 3 | Vivek Ranjan | MS | ECE/2024 | NTHU Taiwan-#QS 168 |
| 4 | Rohit Raj Padhy | MS | ECE/2023 | NTHU Taiwan-#QS 168 |
| 5 | S Sovan Kumar | MS | ECE/2023 | NTHU Taiwan-#QS 168 |
| 6 | Soumya R Dash | MS | ECE/2022 | UPen, USA-#QS 13 |
| 7 | Debasish Panda | MS | ECE/2022 | IIT Jodhpur |
| 8 | Abinash Patnaik | MS | ECE/2021 | NCTU Taiwan-#QS 240 |
| 9 | S Mohanty | MS | ECE/2021 | NTU Taiwan-#QS 66 |
| 10 | Dipun Jena | MS | ECE/2021 | NTHU Taiwan-#QS 168 |
| 11 | Darsana Deo | MS | ECE/2021 | NTU Taiwan-#QS 66 |
| 12 | Shivendra P Singh | MS | ECE/2021 | NTHU Taiwan-#QS 168 |
| 13 | Bishal Kr Nahak | MS | ECE/2021 | NTHU Taiwan-#QS 168 |
| 14 | Lucky Kr Pradhan | MS | ECE/2021 | NTUST Taiwan-#QS 267 |
| 15 | Abhi Arya | MS | ECE/2021 | NTHU Taiwan-#QS 168 |
| 16 | Shree Patnaik | MS | ECE/2021 | Purdue University IP |
| 17 | Ajit Dash | PhD | ECE/2020 | UNSW Australia-#QS 44 |
| 18 | Abhijeet Choudhury | MS | ECE/2019 | NTHU Taiwan-#QS 168 |
| 19 | Aditya Sharma | MS | ECE/2019 | NTHU Taiwan-#QS 168 |
| 20 | Parkarsh Kumar | MS | ECE/2019 | NTHU Taiwan-#QS 168 |
| 21 | C Binesh Kumar | MS | ECE/2019 | MUAS Germany-#QS1696 |
| 22 | Anupam R Tripathy | MS | ECE/2018 | NTHU Taiwan-#QS 168 |
| 23 | S Sachin Kumar | MS | ECE/2017 | NTHU Taiwan-#QS 168 |
| 24 | Saswati Panda | MS | ECE/2017 | CSU Northfidge |
| 25 | P P Pancham | MS | ECE/2017 | NCTU Taiwan-#QS 240 |
| Name of Student | Branch & Year | Internship Details |
|---|---|---|
| V Someswar Rao | B.Tech ECE-2024 | Internship at CGU, Taiwan: 2023 |
| Ayush Behera | B.Tech ECE-2024 | Internship at CGU, Taiwan: 2023 |
| Vivek Ranjan | B.Tech ECE-2024 | Academia Sinica Taiwan: 2020 |
| Ajit Dash | B.Tech ECE-2020 | Internship at NTU, Taiwan: 2019 |
| Ajit Dash | B.Tech ECE-2020 | Internship at FCU, Taiwan: 2024 |
| Pratik Mohanty | B.Tech ECE-2025 | Internship at NCUE, Taiwan: 2024 |
| B Himansu Reddy | B.Tech ECE-2025 | Internship at NCUE, Taiwan: 2024 |
| Sl. No | Name of Teacher | Title of Project | Funding Agency | Amount | File No |
|---|---|---|---|---|---|
| 1 | Prof. Ajit Kumar Panda & Dr. Sudhakar Das | Study of the effect of asymmetric potential well structure on the channel conductivity of III–V compound semiconductor based Quantum Well Field Effect Transistor (QWFET) | SERB, Govt of India | Rs. 40 Lakhs | EMR/2017/004175 (04-Apr-2018) |
| 2 | Prof. Ajit Kumar Panda | Application Specific System level Validation and Verification platform for Analog/Mixed Signal/RF Chips | DST - AMT Program | Rs. 50 Lakhs | 049/AMT; Area-1-L-1 (15-Jan-2018) |
| 3 | Prof. A. K. Panda | Organize Science Camp under Inspire Internship | DST, Govt of India | Rs. 11 Lakhs | DST/INSPIRE/01/2017/000682 (18-Jan-2018) |
| 4 | Prof. Ajit Kumar Panda | Integrated low-cost water sensors for river water monitoring and decision-making | INDO-U.S. Science & Technology Forum | Rs. 98 Lakhs | IUSsrF/WAQM-Water Quality Project IIT Delhi (01-Dec-2017) |
| 5 | Prof. Ajit Kumar Panda for Dr. Sangeeta Kumari Palo | Study of carrier transport properties in parabolic and other non-square QWFET structures | SERB, Govt of India | Rs. 28.8 Lakhs | PDF/2016/002779 (01-Apr-2017) |
| 6 | Prof. Ajit Kumar Panda | Organize Science Camp under Inspire Internship | DST, India | Rs. 16 Lakhs | SR/INSPIRE/2017 |
| 7 | Prof. Ajit Kumar Panda | Innovative research in pedagogy for Mini-MOOCs blended with instruction strategies | Newton-Bhabha Funding (Royal Society of Engg, UK) | Rs. 0.8 Lakhs | - |
| 8 | Prof. Ajit Kumar Panda | Organize Science Camp under Inspire Internship | DST, India | Rs. 32 Lakhs | SR/INSPIRE/2016 |
| 9 | Prof. Ajit Kumar Panda for Dr. Narayan Sahoo | Study of intersubband effects on electron transport and optoelectronic properties | SERB, Govt of India | Rs. 26 Lakhs | PDF/2016/001180 |
| 10 | Dr. Sandipan Mallik | Structural Modification of Flexible Solar Cell by Incorporating Graphene tapered ZnO Anti-reflector in Wearable Electronics | SERB, Govt of India | Rs. 32 Lakhs | ECR/2018/002477 (Mar 2018) |
The NIST Device Laboratory is a state-of-the-art facility supporting B.Tech, M.Tech, and Ph.D. research in Nano Science and Engineering. Guided by experienced faculty, the lab focuses on semiconductor devices, advanced materials, sensor modules, and renewable energy systems like next-gen solar cells.
Students regularly undertake projects in MOS/MIM capacitor fabrication, RRAM, sensor prototypes, and solar cell experiments.
Every year the lab conducts a 200-hour summer course entitled "Nano Electronics: Design and Fabrication" for students, academicians and industry professionals to acquaint them with hands-on training on semiconductor device fabrication and adopting the corresponding equipment skills.
The bigger objective of this course is to develop the future engineering and technical task force who would take up the technological challenges of the future decades.
A blend of experienced PhD holders and passionate researchers drive academic excellence in the department. Faculty members have published over 500+ research papers in reputed journals such as IEEE, Springer, and Elsevier.
They are also actively involved in funded research projects in areas including:
A leader in tech education in Southeast India, offering ESSCI-certified courses in VLSI and Physical Design. Our students have won Cadence Design Contests, cleared Level-5 ESSCI exams, and secured placements at Intel, Qualcomm, Cadence, and more.
The IEEE ED-NIST Chapter drives innovation through conferences, colloquiums, and expert lectures.
The Electronics and Communication Engineering curriculum provides a balanced understanding of designing and implementing electronic circuits, microprocessors, and modern communication technologies. With rapid advances in microprocessor and communication systems, the boundaries between electronics and communication are increasingly seamless. This dynamic, interdisciplinary field continues to grow rapidly. The curriculum covers microelectronics, circuits and systems, microprocessor design, telecommunications, and computer networks. Students are offered a wide range of courses such as optics and laser technology, solid-state devices, digital logic design, VLSI design, device microfabrication, broadband networks, satellite communication, and microwave engineering. Core computer science courses further enhance their analytical and computational skills. The department is organized into specialized research groups like Microwave & Laser Communication, Satellite Communication, Signal Processing, and Microelectronics, with future goals of expanding industry-based research collaborations.