Vision
To be a leader in technical and management education in India and to establish a unique identity for the development to high-quality human and knowledge resource in diverse area of technology and management.
Mission
To mould young students into rational thinking engineers/individuals who are motivated by a passion for professional excellence driven by human values and proactively engaged in betterment of society.
Electronics and Communication Engineering
- Vision
- To be a national leader in imparting quality education, carrying out research and technology development in the field of Electronics and Communication Engineering.
Mission :
- To mould young students into rational thinking engineers.
- Transforming young students into engineers who are motivated by a passion for professional excellence.
- To produce engineers who are driven by human values and proactively engaged in the betterment of society.
Program Educational Objectives :
- The graduates of the program will have an attitude to apply technical knowledge to solve real life problems and develop the competent work force to carry out consultancy services to the industries and service providers.
- The graduates of the program will have ability towards innovation and entrepreneurship that caters to the need of the industries and society at large.
- The graduates of the program will have the qualities like creativity, leadership, team-work skills, and professional ethics, thus contributing towards the growth and development of the society and to inculcate an attitude towards lifelong learning process.
- The graduates of the program will have necessary background in the field of Electronics and Communication Engineering to deal with engineering problems & pursue PG/research program to excel as engineering professional in industries and society at large.
Programme Outcomes (POs):
- Engineering Knowledge: Apply knowledge of mathematics, natural science, computing, engineering fundamentals and an engineering specialization to develop the solution of complex engineering problems.
- Problem Analysis: Identify, formulate, review research literature and analyze complex engineering problems reaching substantiated conclusions with consideration for sustainable development.
- Design/Development of Solutions: Design creative solutions for complex engineering problems and design/develop systems/components/processes to meet identified needs with consideration for the public health and safety, whole-life cost, net zero carbon, culture, society and environment as required.
- Conduct Investigations of Complex Problems: Conduct investigations of complex engineering problems using research-based knowledge including design of experiments, modelling, analysis & interpretation of data to provide valid conclusions.
- Engineering Tool Usage: Create, select and apply appropriate techniques, resources and modern engineering & IT tools, including prediction and modelling recognizing their limitations to solve complex engineering problems.
- The Engineer and The World: Analyze and evaluate societal and environmental aspects while solving complex engineering problems for its impact on sustainability with reference to economy, health, safety, legal framework, culture and environment
- Ethics: Apply ethical principles and commit to professional ethics, human values, diversity and inclusion; adhere to national & international laws.
- Individual and Collaborative Team work: Function effectively as an individual, and as a member or leader in diverse/multi-disciplinary teams.
- Communication: Communicate effectively and inclusively within the engineering community and society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations considering cultural, language, and learning differences
- Project Management and Finance: Apply knowledge and understanding of engineering management principles and economic decision-making and apply these to one’s own work, as a member and leader in a team, and to manage projects and in multidisciplinary environments.
- Life-Long Learning: Recognize the need for, and have the preparation and ability for i) independent and life-long learning ii) adaptability to new and emerging technologies and iii) critical thinking in the broadest context of technological change
-
Year Of Establishment :
- Year 1985
-
Intake :
- i. Under Graduate Program - 114
- ii. Post Graduate Program – 24
- i. Under Graduate Program - 114
Degree Offered :
-
- i. Under Graduate Program - B.Tech. ( Electronics and Communication Engineering)
- ii. Post Graduate Program - M. Tech.( VLSI Design & Embedded System
iii. Ph.D Program
- Vision
- To be a national leader in imparting quality education, carrying out research and technology development in the field of Electronics and Communication Engineering.
Mission :
- To mould young students into rational thinking engineers.
- Transforming young students into engineers who are motivated by a passion for professional excellence.
- To produce engineers who are driven by human values and proactively engaged in the betterment of society.
Program Educational Objectives :
- The graduates of the program will have an attitude to apply technical knowledge to solve real life problems and develop the competent work force to carry out consultancy services to the industries and service providers.
- The graduates of the program will have ability towards innovation and entrepreneurship that caters to the need of the industries and society at large.
- The graduates of the program will have the qualities like creativity, leadership, team-work skills, and professional ethics, thus contributing towards the growth and development of the society and to inculcate an attitude towards lifelong learning process.
- The graduates of the program will have necessary background in the field of Electronics and Communication Engineering to deal with engineering problems & pursue PG/research program to excel as engineering professional in industries and society at large.
Programme Outcomes (POs):
- Engineering Knowledge: Apply knowledge of mathematics, natural science, computing, engineering fundamentals and an engineering specialization to develop the solution of complex engineering problems.
- Problem Analysis: Identify, formulate, review research literature and analyze complex engineering problems reaching substantiated conclusions with consideration for sustainable development.
- Design/Development of Solutions: Design creative solutions for complex engineering problems and design/develop systems/components/processes to meet identified needs with consideration for the public health and safety, whole-life cost, net zero carbon, culture, society and environment as required.
- Conduct Investigations of Complex Problems: Conduct investigations of complex engineering problems using research-based knowledge including design of experiments, modelling, analysis & interpretation of data to provide valid conclusions.
- Engineering Tool Usage: Create, select and apply appropriate techniques, resources and modern engineering & IT tools, including prediction and modelling recognizing their limitations to solve complex engineering problems.
- The Engineer and The World: Analyze and evaluate societal and environmental aspects while solving complex engineering problems for its impact on sustainability with reference to economy, health, safety, legal framework, culture and environment
- Ethics: Apply ethical principles and commit to professional ethics, human values, diversity and inclusion; adhere to national & international laws.
- Individual and Collaborative Team work: Function effectively as an individual, and as a member or leader in diverse/multi-disciplinary teams.
- Communication: Communicate effectively and inclusively within the engineering community and society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations considering cultural, language, and learning differences
- Project Management and Finance: Apply knowledge and understanding of engineering management principles and economic decision-making and apply these to one’s own work, as a member and leader in a team, and to manage projects and in multidisciplinary environments.
- Life-Long Learning: Recognize the need for, and have the preparation and ability for i) independent and life-long learning ii) adaptability to new and emerging technologies and iii) critical thinking in the broadest context of technological change
-
Year Of Establishment :
- Year 1985
-
Intake :
- i. Under Graduate Program - 114
- ii. Post Graduate Program – 24
- i. Under Graduate Program - 114
Degree Offered :
-
- i. Under Graduate Program - B.Tech. ( Electronics and Communication Engineering)
- ii. Post Graduate Program - M. Tech.( VLSI Design & Embedded System
iii. Ph.D Program
The syllabus of NIT Raipur has been designed in keeping with the present requirements of the Industry. The endeavor of apprising the student of the latest in Information and Technology has resulted in up gradation of the syllabus from time to time, the latest changes being brought into effect from 2019.
The syllabus of NIT Raipur has been designed in keeping with the present requirements of the Industry. The endeavor of apprising the student of the latest in Information and Technology has resulted in up gradation of the syllabus from time to time, the latest changes being brought into effect from 2019.
| Name of the laboratory | Significant equipments and software available |
| Analog Electronics/ Circuit Lab | CRO, Agilent DSO (100MHz), Workbench Along With DSO, Function Generator, Variable DC & AC Power Supply, LCR Meter, Different Amplifier and Oscillator Trainer Kit, Analog trainer kits, Multimeter, |
| Communication Lab | Internet of things (IOT) laboratory set-up with various air quality, water quality, agricultural and smart city sensors; Wireless sensor network hardware nodesthat can be used to develop multi-node WSN; Analog and digital communication Modulation Trainer kits; software defined radio (SDR) for digital communication lab experiments, Optical Fiber Communication Trainer Kits |
| Computer Lab | Exata Cyber / Qualnet, Matlab 2010, Multisim and Ultiboard 11.0 |
| Computer Vision Lab | Sony Handy cam (Video Hi8, Digital 8), Imaging Evalution kit C64x [A.T.E.M.E.], Webcam basic Multiprocessor Board [Crosscore Development Tools] Network License of Matlab with 18 computers |
| Digital Electronics Lab |
Trainer kits and instruments for basic digital electronics and microprocessor courses, TMS320C6711 DSP kits, Scorbot-er 2u robotic arm, Transtech TSP36N multiprocessor board, Daytona software radio, DSO (100 MHz). |
| DSP Lab |
NI USRP, Agilent Programmable arbitrary function generator (Dual channel, 25 MHz), Agilent 500 MHzMixed Signal Oscilloscope, Agilent DSO (60 MHz, 100 MHz, 200 MHz), TI C6713 DSK, Code composer studio, |
VLSI & Microelectronics Lab |
WorkStation HP Z440, Workstation Dell Precision 5820, Computer HP Elite Desk, Cadence IC6.15, Mentor Graphics Version10.5_4, Synopsys, Vivado and Xilinx Version 2016.2, Silvaco, SPARTAN-3AN, VERTEX -6, ARTIX-7, Altium Nano board, COMSOL Multiphysics, Cogenda Visual TCAD |
| Embedded System Lab (Established in Collaboration with Texas Instruments) |
Texas Instruments ASLKv2010 Starter kit ASLKv2010 Starter Kit MSP430 Launch Pads, MSP5529/5438 Experimenter Boards AM335x Sitara Kits Beagle Board Beagle Bone |
| Microwave Lab | Microwave test benches, Microwave power meter, Ansys research HF package, PCB prototyping machine, Vector network analyzer (18 GHz), Open-air radiation measurement setup, Microstrip trainer kits,Desktop workstation, Handheld multimeter, DSO (100 MHz). |
| Project/Electronics Workshop | PCB making setup with dark room facility. |
| 5G use case Laboratory | The 5G use case lab is established by the Department of Telecommunications (DoT), Govt. of India. The setup provides students, startups, and MSMEs with a standalone (SA) 5G infrastructure, drones, and IoT gateways to develop and test real-world applications in health, agriculture, and smart cities. The setup includes 5G SA infrastructure (mid band), 5G SIMs, Dongles, IoT Gateway, Router and Application Server to meet lab needs along with a management dashboard. |
| Basic VLSI Laboratory | Xilinx, Candace, and other TCAD tools |
| Device Fabrication and Characterization facility | The laboratory houses facilities for sample preparation (silicon, glass, and flexible substrates), thin-film deposition, and electrical characterization of semiconductor devices, enabling research in semiconductor materials and device fabrication. |
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| Name of the laboratory | Significant equipments and software available |
| Analog Electronics/ Circuit Lab | CRO, Agilent DSO (100MHz), Workbench Along With DSO, Function Generator, Variable DC & AC Power Supply, LCR Meter, Different Amplifier and Oscillator Trainer Kit, Analog trainer kits, Multimeter, |
| Communication Lab | Internet of things (IOT) laboratory set-up with various air quality, water quality, agricultural and smart city sensors; Wireless sensor network hardware nodesthat can be used to develop multi-node WSN; Analog and digital communication Modulation Trainer kits; software defined radio (SDR) for digital communication lab experiments, Optical Fiber Communication Trainer Kits |
| Computer Lab | Exata Cyber / Qualnet, Matlab 2010, Multisim and Ultiboard 11.0 |
| Computer Vision Lab | Sony Handy cam (Video Hi8, Digital 8), Imaging Evalution kit C64x [A.T.E.M.E.], Webcam basic Multiprocessor Board [Crosscore Development Tools] Network License of Matlab with 18 computers |
| Digital Electronics Lab |
Trainer kits and instruments for basic digital electronics and microprocessor courses, TMS320C6711 DSP kits, Scorbot-er 2u robotic arm, Transtech TSP36N multiprocessor board, Daytona software radio, DSO (100 MHz). |
| DSP Lab |
NI USRP, Agilent Programmable arbitrary function generator (Dual channel, 25 MHz), Agilent 500 MHzMixed Signal Oscilloscope, Agilent DSO (60 MHz, 100 MHz, 200 MHz), TI C6713 DSK, Code composer studio, |
VLSI & Microelectronics Lab |
WorkStation HP Z440, Workstation Dell Precision 5820, Computer HP Elite Desk, Cadence IC6.15, Mentor Graphics Version10.5_4, Synopsys, Vivado and Xilinx Version 2016.2, Silvaco, SPARTAN-3AN, VERTEX -6, ARTIX-7, Altium Nano board, COMSOL Multiphysics, Cogenda Visual TCAD |
| Embedded System Lab (Established in Collaboration with Texas Instruments) |
Texas Instruments ASLKv2010 Starter kit ASLKv2010 Starter Kit MSP430 Launch Pads, MSP5529/5438 Experimenter Boards AM335x Sitara Kits Beagle Board Beagle Bone |
| Microwave Lab | Microwave test benches, Microwave power meter, Ansys research HF package, PCB prototyping machine, Vector network analyzer (18 GHz), Open-air radiation measurement setup, Microstrip trainer kits,Desktop workstation, Handheld multimeter, DSO (100 MHz). |
| Project/Electronics Workshop | PCB making setup with dark room facility. |
| 5G use case Laboratory | The 5G use case lab is established by the Department of Telecommunications (DoT), Govt. of India. The setup provides students, startups, and MSMEs with a standalone (SA) 5G infrastructure, drones, and IoT gateways to develop and test real-world applications in health, agriculture, and smart cities. The setup includes 5G SA infrastructure (mid band), 5G SIMs, Dongles, IoT Gateway, Router and Application Server to meet lab needs along with a management dashboard. |
| Basic VLSI Laboratory | Xilinx, Candace, and other TCAD tools |
| Device Fabrication and Characterization facility | The laboratory houses facilities for sample preparation (silicon, glass, and flexible substrates), thin-film deposition, and electrical characterization of semiconductor devices, enabling research in semiconductor materials and device fabrication. |
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| Head of Department | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Specialization / Area of Interest |
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PhD (IIT Bhubaneswar) | Associate Professor & Head |
9439322631, |
Free Space Optics, Fiber Optic Communication, IsOWC System, Optical Signal Processing, Non-linear Optics, Digital Communication, Machine Learing |
| Faculty | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Specialization / Area of Interest |
Contact No. / E-mail |
|
|
M.Tech.,Ph.D. | Professor (HAG) | Digital system design, image processing, computer & communication networks, distributed processing |
9826424427 |
 Dr. Guru Prasad Subas Chandra Mishra |
M.Tech.,Ph.D. | Professor & Dean (Research & Consultancy) |
Digital and Analog CMOS circuits, VLSI System Design, Nanoelectronics Devices,
|
9437306597, gpscmishra.ece@nitrr.ac.in |
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M.Tech.,Ph.D |
Professor |
Cryptography, Signal Processing, High-performance Architectures, Hardware Security, FPGA-based Designs |
+91-9907445868 +91-8319193488 bacharya.ece@nitrr.ac.in |
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|
PhD (HBNI (BARC), Mumbai), M.Tech, IIT Kharagpur | Professor | Classical & Deep Learning based Image/Video Analysis, Understanding & Processing, Computer Vision, Multimedia Security, Multimedia Forensics |
09575451928, tmeenpal.ece@nitrr.ac.in |
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M.Tech, Ph.D | Professor | VLSI and Microelectronics, Non-Classical CMOS Devices and Sensors | 9549655371 csahu.ece@nitrr.ac.in |
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Ph.D | Associate Professor | Digital Communication, Wireless Sensor Network, Artificial Intelligence, Application of Machine Learning in internet of things (IOT). | 7587744881,8239992606 asraghuvanshi.ece@nitrr.ac.in |
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|
PhD (IIT Bhubaneswar) | Associate Professor & Head |
Free Space Optics, Fiber Optic Communication, IsOWC System, Optical Signal Processing, Non-linear Optics, Digital Communication, Machine Learing |
9439322631, bpatnaik.ece@nitrr.ac.in |
|
|
PhD (Kansas State University, USA) | Associate Professor |
Statistical Signal Processing, Optimization theory, Wireless Communication, Cyber Physical Systems |
8251009184 |
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|
Ph.D | Associate Professor |
Machine learning, Deep learning for wireless communication, Signal processing. |
smajumder.ece@nitrr.ac.in |
|
|
PhD (IIT Dhanbad), M.Tech (IIT BHU) | Associate Professor |
Dielectric Resonator Antennas, MIMO Antennas, Microwave Measurements |
9589633341, agupta.ece@nitrr.ac.in |
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Ph.D. (NIT Durgapur), M.Tech (JU) | Associate Professor |
Signal Processing, Metaheuristic Optimization, Soft Computing, System Identification, Filter Design |
sksaha.ece@nitrr.ac.in |
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M.Tech,Ph.D | Associate Professor |
Microelectronics and VLSI Design |
anaugarhiya.ece@nitrr.ac.in |
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Ph.D. (IIITDM Jabalpur, M.P.), M.Tech. (NIT Bhopal, M.P.), and B.Tech. (MMMUT Gorakhpur, U.P.) | Associate Professor |
Microelectronics and VLSI Design |
9407407060, kknigam.ece@nitrr.ac.in |
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Ph.D | Assistant Professor Gr. I | MEMS and Nanoelectronic Devices, Materials for Sensors and Actuators, Microelectronic Device Fabrication, Wideband semiconductor devices (GaN/SiC) | akumar.ece@nitrr.ac.in |
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M.Tech,Ph.D | Assistant Professor Gr. I |
Semiconductor Devices, Solar cell, Photodetector. |
7086185123 dmuchahary.ece@nitrr.ac.in
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PhD | Assistant Professor Gr. I | VLSI, Semiconductor Devices & Circuits, MicroNano Electronics, Device Modeling and Simulation, CMOS Circuit Design | 7974779593 stirkey.ece@nitrr.ac.in |
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PhD | Assistant Professor Gr. II | Radio Resource Management, 5G and Beyonnd Wireless Networks, Reconfigurable Intelligent Surfaces, Next-Generation Multiple Access Schemes, Localization | 9405320412 mvkatwe.ece@nitrr.ac.in mayurkatwe@gmail.com |
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ME.TELE, PhD | Assistant Professor Gr. II | ARTIFICIAL INTELLIGENCE , NETWORK OPTIMIZATION , ROUTING | Schakraborty.ece@nitrr.ac.in 7089052241 |
|
Dr. Prateek |
Ph.D. (IIT Roorkee) | Temporary Faculty |
Communication |
pdolas.ece@nitrr.ac.in |
| Head of Department | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Specialization / Area of Interest |
|
|
PhD (IIT Bhubaneswar) | Associate Professor & Head |
9439322631, |
Free Space Optics, Fiber Optic Communication, IsOWC System, Optical Signal Processing, Non-linear Optics, Digital Communication, Machine Learing |
| Faculty | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Specialization / Area of Interest |
Contact No. / E-mail |
|
|
M.Tech.,Ph.D. | Professor (HAG) | Digital system design, image processing, computer & communication networks, distributed processing |
9826424427 |
Dr. Guru Prasad Subas Chandra Mishra |
M.Tech.,Ph.D. | Professor & Dean (Research & Consultancy) |
Digital and Analog CMOS circuits, VLSI System Design, Nanoelectronics Devices,
|
9437306597, gpscmishra.ece@nitrr.ac.in |
|
|
M.Tech.,Ph.D |
Professor |
Cryptography, Signal Processing, High-performance Architectures, Hardware Security, FPGA-based Designs |
+91-9907445868 +91-8319193488 bacharya.ece@nitrr.ac.in |
|
|
PhD (HBNI (BARC), Mumbai), M.Tech, IIT Kharagpur | Professor | Classical & Deep Learning based Image/Video Analysis, Understanding & Processing, Computer Vision, Multimedia Security, Multimedia Forensics |
09575451928, tmeenpal.ece@nitrr.ac.in |
|
|
M.Tech, Ph.D | Professor | VLSI and Microelectronics, Non-Classical CMOS Devices and Sensors | 9549655371 csahu.ece@nitrr.ac.in |
|
|
Ph.D | Associate Professor | Digital Communication, Wireless Sensor Network, Artificial Intelligence, Application of Machine Learning in internet of things (IOT). | 7587744881,8239992606 asraghuvanshi.ece@nitrr.ac.in |
|
|
PhD (IIT Bhubaneswar) | Associate Professor & Head |
Free Space Optics, Fiber Optic Communication, IsOWC System, Optical Signal Processing, Non-linear Optics, Digital Communication, Machine Learing |
9439322631, bpatnaik.ece@nitrr.ac.in |
|
|
PhD (Kansas State University, USA) | Associate Professor |
Statistical Signal Processing, Optimization theory, Wireless Communication, Cyber Physical Systems |
8251009184 |
|
|
Ph.D | Associate Professor |
Machine learning, Deep learning for wireless communication, Signal processing. |
smajumder.ece@nitrr.ac.in |
|
|
PhD (IIT Dhanbad), M.Tech (IIT BHU) | Associate Professor |
Dielectric Resonator Antennas, MIMO Antennas, Microwave Measurements |
9589633341, agupta.ece@nitrr.ac.in |
|
|
Ph.D. (NIT Durgapur), M.Tech (JU) | Associate Professor |
Signal Processing, Metaheuristic Optimization, Soft Computing, System Identification, Filter Design |
sksaha.ece@nitrr.ac.in |
|
|
M.Tech,Ph.D | Associate Professor |
Microelectronics and VLSI Design |
anaugarhiya.ece@nitrr.ac.in |
|
|
Ph.D. (IIITDM Jabalpur, M.P.), M.Tech. (NIT Bhopal, M.P.), and B.Tech. (MMMUT Gorakhpur, U.P.) | Associate Professor |
Microelectronics and VLSI Design |
9407407060, kknigam.ece@nitrr.ac.in |
|
|
Ph.D | Assistant Professor Gr. I | MEMS and Nanoelectronic Devices, Materials for Sensors and Actuators, Microelectronic Device Fabrication, Wideband semiconductor devices (GaN/SiC) | akumar.ece@nitrr.ac.in |
|
|
M.Tech,Ph.D | Assistant Professor Gr. I |
Semiconductor Devices, Solar cell, Photodetector. |
7086185123 dmuchahary.ece@nitrr.ac.in
|
|
|
PhD | Assistant Professor Gr. I | VLSI, Semiconductor Devices & Circuits, MicroNano Electronics, Device Modeling and Simulation, CMOS Circuit Design | 7974779593 stirkey.ece@nitrr.ac.in |
|
|
PhD | Assistant Professor Gr. II | Radio Resource Management, 5G and Beyonnd Wireless Networks, Reconfigurable Intelligent Surfaces, Next-Generation Multiple Access Schemes, Localization | 9405320412 mvkatwe.ece@nitrr.ac.in mayurkatwe@gmail.com |
|
|
ME.TELE, PhD | Assistant Professor Gr. II | ARTIFICIAL INTELLIGENCE , NETWORK OPTIMIZATION , ROUTING | Schakraborty.ece@nitrr.ac.in 7089052241 |
|
Dr. Prateek |
Ph.D. (IIT Roorkee) | Temporary Faculty |
Communication |
pdolas.ece@nitrr.ac.in |
| Name | Designation | Contact No. / E-mail |
|---|---|---|
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Technical Assistant SG-I |
9425043860 |
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Technical Assistant SG-I |
9424230416 |
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Technical Assistant SG-I |
9669338576 |
|
Dharam Lal |
Senior Technician | 8319250887 dlal.ece@nitrr.ac.in |
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AG- II (On Contract) |
9993874142 |
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Technical Assistant (On Contract) |
9907897957 |
|
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Lab Attendant (On Contract) |
8817819714 |
|
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Lab Assistant (On Contract) |
9907100842 |
|
|
Lab Assistant (On Contract) |
9009757877 |
| Name | Designation | Contact No. / E-mail |
|---|---|---|
|
|
Technical Assistant SG-I |
9425043860 |
|
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Technical Assistant SG-I |
9424230416 |
|
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Technical Assistant SG-I |
9669338576 |
|
Dharam Lal |
Senior Technician | 8319250887 dlal.ece@nitrr.ac.in |
|
|
AG- II (On Contract) |
9993874142 |
|
|
Technical Assistant (On Contract) |
9907897957 |
|
|
Lab Attendant (On Contract) |
8817819714 |
|
|
Lab Assistant (On Contract) |
9907100842 |
|
|
Lab Assistant (On Contract) |
9009757877 |
| Event Name: | High-End Workshop (KARYASHALA) on “Reinventing Wireless Communication: Data Driven Signal Processing for 6G Networks |
| Duration: |
July 24, 2024 to July 30, 2024 The SERB-sponsored "High-End Workshop (KARYASHALA) on “Reinventing Wireless Communication: Data Driven Signal Processing for 6G Networks” was a landmark event held at NIT Raipur from July 24, 2024 to July 30, 2024. This workshop brought together a diverse group of participants from across India, including PhD., MTech., and B.Tech. students, to deepen their understanding of Signal Processing involved in 6G communication networks. The workshop was meticulously organized by the Department and offered a robust blend of theoretical insights and practical experience.
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| Event Name: | High-End Workshop (KARYASHALA) on Exploring Semiconductor Devices: A Practical Approach to VLSI | |||
| Duration: |
July 10, 2024 to July 16, 2024 The SERB-sponsored "High-End Workshop (KARYASHALA) on Exploring Semiconductor Devices: A Practical Approach to VLSI" was a landmark event held at NIT Raipur from July 10, 2024 to July 16, 2024. This workshop brought together a diverse group of participants from across India, including PhD, MTech, and BTech students, to deepen their understanding of semiconductor devices and VLSI design. The workshop offered a robust blend of theoretical insights and practical experience.
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| Event Name: | INDUSTRIX 2026 | |||
| Duration: |
02 & 03 February 2026 The Department of Electronics and Communication Engineering, National Institute of Technology (NIT) Raipur, successfully organized a two-day technical event titled “INDUSTRIX 2026” on February 02–03, 2026, under the theme “Circuit to Development: Transforming Ideas to Smart Designs and Deployments.” The event was conducted under the Industry–Institute Collaboration Cell (IICC) activities of NIT Raipur, with the objective of strengthening industry–academia interaction. |
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| Event Name: | Online FDP on 6G Wireless Communication Networks |
| Duration: |
28th Apr 2025 to 07th May 2025 10 days Online Faculty Development Programme (FDP) on Advances in 6G Wireless Communication Networks was conducted during 28th Apr. 2025 to 07th May 2025, supported by the E&ICT Academy, Ministry of Electronics and IT (MeitY), GOI. It was Coordinated by Dr. Bijayananda Patnaik, Associate Professor, ECE, and Dr. M. Jagan Mohan Rao, Associate Professor, GCET Hyderabad. |
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| Event Name: | High-End Workshop (KARYASHALA) on “Reinventing Wireless Communication: Data Driven Signal Processing for 6G Networks |
| Duration: |
July 24, 2024 to July 30, 2024 The SERB-sponsored "High-End Workshop (KARYASHALA) on “Reinventing Wireless Communication: Data Driven Signal Processing for 6G Networks” was a landmark event held at NIT Raipur from July 24, 2024 to July 30, 2024. This workshop brought together a diverse group of participants from across India, including PhD., MTech., and B.Tech. students, to deepen their understanding of Signal Processing involved in 6G communication networks. The workshop was meticulously organized by the Department and offered a robust blend of theoretical insights and practical experience.
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| Event Name: | High-End Workshop (KARYASHALA) on Exploring Semiconductor Devices: A Practical Approach to VLSI | |||
| Duration: |
July 10, 2024 to July 16, 2024 The SERB-sponsored "High-End Workshop (KARYASHALA) on Exploring Semiconductor Devices: A Practical Approach to VLSI" was a landmark event held at NIT Raipur from July 10, 2024 to July 16, 2024. This workshop brought together a diverse group of participants from across India, including PhD, MTech, and BTech students, to deepen their understanding of semiconductor devices and VLSI design. The workshop offered a robust blend of theoretical insights and practical experience.
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| Event Name: | INDUSTRIX 2026 | |||
| Duration: |
02 & 03 February 2026 The Department of Electronics and Communication Engineering, National Institute of Technology (NIT) Raipur, successfully organized a two-day technical event titled “INDUSTRIX 2026” on February 02–03, 2026, under the theme “Circuit to Development: Transforming Ideas to Smart Designs and Deployments.” The event was conducted under the Industry–Institute Collaboration Cell (IICC) activities of NIT Raipur, with the objective of strengthening industry–academia interaction. |
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| Event Name: | Online FDP on 6G Wireless Communication Networks |
| Duration: |
28th Apr 2025 to 07th May 2025 10 days Online Faculty Development Programme (FDP) on Advances in 6G Wireless Communication Networks was conducted during 28th Apr. 2025 to 07th May 2025, supported by the E&ICT Academy, Ministry of Electronics and IT (MeitY), GOI. It was Coordinated by Dr. Bijayananda Patnaik, Associate Professor, ECE, and Dr. M. Jagan Mohan Rao, Associate Professor, GCET Hyderabad. |
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