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Department of Electronics & Communication Engineering

Department of Electronics & Communication Engineering Laboratories

AI & Drone Design Lab

This lab is associated to design and development of IoT, Drone based agriculture monitoring system to boost the feature and yield of farming plot. Moreover, we also target to train the students in IoT, Drone and AI and offer comprehensive infrastucture to students to complete their several projects in the area of smart IoT board, Drone design and AI.

Basic Electronics Lab

This is our fundamental set of laboratories, in terms of basic electronics.. This is the main lab where basic experiments like device characteristics and basic analog circuits are performed. This lab is broad enough to clutch a number of experiments appropriate for giving students enough experience to assist them to easily take on experiments in more advanced laboratories in the department.

Nanophotonic and Photovoltaic Lab/CAD LAB:

Laboratory is intended at providing experience to and enhancing the research understanding in the field of Photovoltaic and Photonics devices. It provides skills to engineers involved in the operation of CAD packages. A well-equipped laboratory has been established for the benefit of electronics engineering students. It features high-end workstations powered by the latest hardware and advanced software suites, including COMSOL Multiphysics and MATLAB.

EMI LAB:

EMI lab offer the knowledge about the various type of Bridge, Measurement of Strain using Strain gauge, Different components and parameters like Q of A Coil using LCR Q-meter, Differential pressure tranducer & signal conditioning.

Microprocessor LAB:

This laboratory is used to offer intensive practical exposure to the students in the arena of microprocessor architecture and industrial control through them. This lab has various types of microprocessor, microcontroller trainer kits along with interfacing modules to describe the comprehensive applications of microprocessors.

Communication LAB:

In this laboratory, our students are skilled for making the circuits for analog and digital modulations. The fundamentals of all type of modulation and demodulation, and recent communication methods are verified using available hardware and software tool.

VLSI LAB:

VLSI Design Lab in Electronics Communication Engineering Department has the well-established research facilities in the domain of VLSI design both in analog and digital domain. Well recognized EDA tools from reputed vendors such as Mentor Graphics, Cadence are available for VLSI design flow as well as device simulation.

Welcome to the Centre of Excellence in Space Technology

Welcome to the Centre of Excellence in Space Technology at MMMUT, a pioneering Lab dedicated to fostering innovation, research, and hands-on learning in satellite engineering, space robotics, and advanced aerospace systems. Our mission of the center to empower the next generation of space technologists through student-driven CubeSat projects, interdisciplinary labs, and collaborations with ISRO, IN-SPACe, and leading space startups. Equipped with cutting-edge facilities for satellite integration, ground station communication, and mission simulations, the CoE serves as a Launchpad for transforming ideas into orbit-ready solutions.

Centre of Excellence in AI & Drone Design Lab

Welcome to the Centre of Excellence in AI & Drone Design Lab at MMMUT — a premier hub of innovation, research, and training in Unmanned Aerial Vehicle (UAV) technologies. This state-of-the-art facility is a beacon for futuristic drone development, featuring an advanced fleet of agricultural drones, surveillance drones, and payload-delivery UAVs, all primed for real-time experimentation and industrial deployment. Here, scholars and innovators gain immersive, hands-on experience in diverse applications such as precision crop monitoring, automated pesticide spraying, intelligent surveillance, and logistics-oriented drone missions. The lab is at the forefront of transformative projects, seamlessly blending Artificial Intelligence, Internet of Things (IoT), and autonomous navigation to push the boundaries of next-generation drone systems.

The Texas Instruments Centre of Excellence

The Texas Instruments Centre of Excellence (TI CoE) Lab is a dedicated facility aimed at promoting practical learning, innovation, and research in Analog and embedded system design. Established with support from Texas Instruments (TI), the lab features industry-standard tools that offer students hands-on experience with real-world engineering applications. The lab serves as a platform for both undergraduate and postgraduate students to bridge the gap between theory and practice. It supports project-based learning, design contests, and research in areas including Analog electronics, embedded systems, IoT, and automation.

A key resource available in the lab is the Analog System Lab Kit Pro (ASLK Pro), developed by Texas Instruments to support analog circuit design and system-level experimentation. The ASLK Pro enables students to practically explore a wide range of analog concepts, such as:

  • Operational amplifiers and filters
  • Oscillators and signal conditioning
  • Data converters and sensor interfaces
  • Analog signal processing techniques
S. No. Academic / Research Activities Name of the Coordinators
1. PhD Coordinator Dr. Ajay Kumar Baranwal
2. M.Tech Coordinator Dr. Anupam Sahu
ECE Society Dr. Meenakshi Chaudhary
3. O/C Seminar for B. Tech Dr. Chandan Dr. Dinesh Kumar Kotary
4. O/C Timetable Dr. G. D. Bharti Dr. Chandan Dr. Vijay Shankar Chaudhary
5. O/C Project B. Tech Final Year Dr. Vijay Shankar Chaudhary
6. O/C Tour & Travel Dr. Ankit Verma
9. B. Tech 1st year Coordinator Dr. Neha Mishra
10. B. Tech 2nd year Coordinator Dr. Shivam
11. B. Tech 3rd year Coordinator Dr. Prateek
12. B. Tech 4th year Coordinator Mr. Alok Kumar Shukla
13. MOOCS Course Coordinators Dr. Pooja Lohia Dr. Neha Mishra
14. Departmental Data Repository Centre/ MPR Incharge Dr. Prince Kumar Singh
Dr. Alok Kumar Shukla
15. Departmental Event Activities Dr. Vijay Kumar Sharma Dr. Shalabh Kumar Mishra
16. Placement Data Record Dr. Shivam
S. No. Name of Lab Name of the O/C
1. Digital Electronics Lab Dr. Vinod Kumar Dr. Ankit Verma
2. Microprocessor Lab Dr. Rajan Mishra Dr. Dinesh Kumar Kotary
3. Communication Lab Dr. Prateek Dr. Dinesh Kumar Kotary
4. VLSI Lab / Research Lab Prof. R. K. Chauhan Mr. Alok Kumar Shukla
5. Nanophotonic and Photovoltaic/ CAD Lab Dr. Anupam Sahu Dr. Shivam
6 Basic Electronics Lab Dr. B. P. Pandey
Dr. Prince Kumar Singh
7. Electronics Measurement & Instrumentation Lab Dr. Meenakshi Chaudhary Dr. Neha Mishra
8. Microwave Lab Dr. Sudhanshu Verma Dr. Chandan
9. Optical Fiber Lab Dr. Pooja Lohia Dr. Vijay Shankar Chaudhary
10. AIC Lab Dr. Ajay Kumar Baranwal Dr. Shalabh Kumar Mishra
11. Drone Design Lab Prof. S. K. Soni Dr. Dinesh Kumar Kotary Dr. Neha Mishra
12. Embedded System Dr. Vijay Kumar Verma
13. IoT Lab Prof. S. K. Soni Dr. Prateek
14. PCB & Electronics Workshop Lab Dr.G. D. Bharti
Dr. Pragyey Kumar Kaushik
S. No. Technical staff attached to different labs Name of the Lab staff
1. Communication Lab / VLSI Lab Sri. Dhrup Chand
2. Microwave & Optical Fiber Lab Sri. Dhrup Chand
3. Basic Electronics Lab, AIC/ COE Lab Miss. Kaneej Fatima
4. Digital Electronics Lab/Microprocessor Lab Sri. Sahid Ali
5. Nanophotonic Lab / CAD Lab / Vivekanand Hall Sri. Sahid Ali
6. PCB & Electronics Workshop Sri. Ramayan Prasad Chaudhary
7. Electronics Measurement &Instrumentation Lab Sri. Ramayan Prasad Chaudhary
8. Embedded System and Drone Design Lab Sri. Dhrup Chand
9. IoT Lab Sri. Dhrup Chand
10. Departmental Library Dr. Pooja Lohia
1. Departmental Grievance Cell Governed by committee Dr. Rajan Mishra, Dr. Meenakshi Verma Dr. Sudhanshu Verma & Dr. Pooja Lohia

Recent News

  • Minor Degree Course

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  • Online Training on Proteous

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  • Second PhaseTraining on IOT

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  • Training on Generative Design

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  • Training on CAD Modeeling and 3D Printing

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  • Training on Artificial Intelligence

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  • Training on Drone

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  • Training on IOT

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-IX)

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-VIII)

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-VII)

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-VI)

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-IV&V)

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-II&III)

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  • Electronic Measurment and Instrumentation
    Unit-III(Lecture-I)

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  • Optoelectronics
    Unit-II(Lecture-VI)

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  • Optoelectronics
    Unit-II(Lecture-V)

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  • Optoelectronics
    Unit-II(Lecture-IV)

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  • Optoelectronics
    Unit-II(Lecture-III)

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  • Optoelectronics
    Unit-II(Lecture-II)

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  • Optoelectronics
    Unit-II(Lecture-I)

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  • Optoelectronics
    Unit-I(Lecture-V)

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  • Optoelectronics
    Unit-I(Lecture-IV)

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  • Optoelectronics
    Unit-I(Lecture-III)

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  • Optoelectronics
    Unit-I(Lecture-II)

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  • Optoelectronics
    Unit-I(Lecture-I)

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  • IC Design
    Unit-II(Lecture-X)

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  • IC Design
    Unit-II(Lecture-IX)

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  • IC Design
    Unit-II(Lecture-VIII)

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  • IC Design
    Unit-II(Lecture-VII)

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  • IC Design
    Unit-II(Lecture-VI)

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  • IC Design
    Unit-II(Lecture-V)

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  • IC Design
    Unit-II(Lecture-IV)

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  • IC Design
    Unit-II(Lecture-III)

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  • IC Design
    Unit-II(Lecture-II)

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  • IC Design
    Unit-II(Lecture-I)

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  • IC Design
    Unit-I(Lecture-X)

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  • IC Design
    Unit-I(Lecture-VIII)

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  • IC Design
    Unit-I(Lecture-VII)

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  • IC Design
    Unit-I(Lecture-VI)

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  • IC Design
    Unit-I(Lecture-V)

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  • IC Design
    Unit-I(Lecture-IV)

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  • IC Design
    Unit-I(Lecture-III)

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  • IC Design
    Unit-I(Lecture-II)

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  • IC Design
    Unit-I(Lecture-I)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-IX)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-VIII)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-VII)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-VI)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-IV&V)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-III)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-II)

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  • Electronic Measurment and Instrumentation
    Unit-II(Lecture-I)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-IX)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-VIII)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-VII)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-V&VI)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-III&IV)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-II)

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  • Electronic Measurment and Instrumentation
    Unit-I(Lecture-I)

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  • Paper Publications
    2015-2020

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  • Principle of Communication
    Unit-IV(Lecture-IX)

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  • Principle of Communication
    Unit-IV(Lecture-VIII)

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  • Principle of Communication
    Unit-IV(Lecture-VII)

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  • Principle of Communication
    Unit-IV(Lecture-VI)

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  • Principle of Communication
    Unit-IV(Lecture-V)

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  • Principle of Communication
    Unit-IV(Lecture-IV)

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  • Principle of Communication
    Unit-IV(Lecture-III)

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  • Principle of Communication
    Unit-IV(Lecture-II)

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  • Principle of Communication
    Unit-IV(Lecture-I)

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  • Principle of Communication
    Unit-III(Lecture-V)

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  • Principle of Communication
    Unit-III(Lecture-IV)

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  • Principle of Communication
    Unit-III(Lecture-III)

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  • Principle of Communication
    Unit-III(Lecture-I)

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  • Principle of Communication
    Unit-II(Lecture-VIII)

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  • Principle of Communication
    Unit-II(Lecture-VII)

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  • Principle of Communication
    Unit-II(Lecture-VI)

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  • Principle of Communication
    Unit-II(Lecture-V)

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  • Principle of Communication
    Unit-II(Lecture-IV)

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  • Principle of Communication
    Unit-II(Lecture-III)

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  • Principle of Communication
    Unit-II(Lecture-I)

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  • Principle of Communication
    Unit-I(Lecture-X)

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  • Principle of Communication
    Unit-I(Lecture-IX)

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  • Principle of Communication
    Unit-I(Lecture-VIII)

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  • Principle of Communication
    Unit-I(Lecture-VII)

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  • Principle of Communication
    Unit-I(Lecture-VI)

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  • Principle of Communication
    Unit-I(Lecture-V)

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  • Principle of Communication
    Unit-I(Lecture-IV)

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  • Principle of Communication
    Unit-I(Lecture-III)

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  • Principle of Communication
    Unit-I(Lecture-II)

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  • Principle of Communication
    Unit-I(Lecture-I)

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  • Analog Integrated Circuits
    Lecture Notes

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  • Control System
    Unit-III(Lecture-X)

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  • Control System
    Unit-III(Lecture-IX)

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  • Control System
    Unit-III(Lecture-VIII)

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  • Control System
    Unit-III(Lecture-VII)

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  • Control System
    Unit-III(Lecture-VI)

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  • Control System
    Unit-III(Lecture-V)

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  • Control System
    Unit-III(Lecture-IV)

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  • Control System
    Unit-III(Lecture-III)

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  • Control System
    Unit-III(Lecture-II)

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  • Control System
    Unit-III(Lecture-I)

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  • Control System
    Unit-II(Lecture-VI)

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  • Control System
    Unit-II(Lecture-V)

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  • Control System
    Unit-II(Lecture-IV)

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  • Control System
    Unit-II(Lecture-III)

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  • Control System
    Unit-II(Lecture-II)

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  • Control System
    Unit-II(Lecture-I)

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  • Control System
    Unit-I(Lecture-IX)

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  • Control System
    Unit-I(Lecture-VIII)

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  • Control System
    Unit-I(Lecture-VII)

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  • Control System
    Unit-I(Lecture-VI)

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  • Control System
    Unit-I(Lecture-V)

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  • Control System
    Unit-I(Lecture-IV)

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  • Control System
    Unit-I(Lecture-III)

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  • Control System
    Unit-I(Lecture-II)

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  • Control System
    Unit-I(Lecture-I)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-XI)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-X)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-IX)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-VIII)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-VII)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-VI)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-V)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-IV)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-III)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-II)

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  • Network Analysis and Synthesis
    Unit-II(Lecture-I)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-IX)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-VIII)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-VII)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-V)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-IV)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-III)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-II)

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  • Network Analysis and Synthesis
    Unit-I(Lecture-I)

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  • VLSI DESIGN
    Unit-II(Lecture-IX)

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  • VLSI DESIGN
    Unit-II(Lecture-VIII)

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  • VLSI DESIGN
    Unit-II(Lecture-VII)

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  • VLSI DESIGN
    Unit-II(Lecture-VI)

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  • VLSI DESIGN
    Unit-II(Lecture-V)

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  • VLSI DESIGN
    Unit-II(Lecture-IV)

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  • VLSI DESIGN
    Unit-II(Lecture-III)

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  • VLSI DESIGN
    Unit-II(Lecture-II)

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  • VLSI DESIGN
    Unit-II(Lecture-I)

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  • VLSI DESIGN
    Unit-I(Lecture-I)

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  • VLSI DESIGN
    Unit-I(Lecture-VI)

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  • VLSI DESIGN
    Unit-I(Lecture-V)

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  • VLSI DESIGN
    Unit-I(Lecture-IV)

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  • VLSI DESIGN
    UNIT-I(Lecture-III)

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  • VLSI DESIGN
    Unit-I(Lecture-II)

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  • Electromagnetic Field Theory
    Lecture Notes(Unit I-II)

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  • Summer Term-2020 Registration

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  • Updation of AADHAR for Scholarship

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  • B.Tech Final Year Time Table (After Lockdown)

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  • PROJECT MEITY
    Development of IoT, Drone and AI based Agriculture Monitoring System

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  • Digital Integrated Circuit
    Link for video Lecture 1. https://nptel.ac.in/courses/117101058/ 2.https://nptel.ac.in/courses/108105118

  • Optical Communication
    Unit-4

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  • Optical Communication
    Unit-3

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  • VLSI Tech. Unit-3 Part-IV
    Etching Introduction and Its Classification

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  • VLSI Tech. Unit-3 Part-III
    Classification of Lithography and Its Properties/Photo-Masks and Photo-resists (PR)

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  • VLSI Technology Unit-3 Part-II
    Introduction Crystal Growth, Lithography and Etching

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  • VLSI Technology Unit-3 Part-I
    Lithography-Basic Fundamentals and Concepts

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  • Data Communication Network
    https://mmmutgkp-my.sharepoint.com/:f:/g/personal/bppece_mmmut_ac_in/EoRLgvD1J09Nvh7aRXlclg8BdcksdQRIFKa35pW40xnqIw?e=HATkBj

  • VLSI Technology
    Link for video lecture https://nptel.ac.in/courses/117106093/

  • Microprocessor and Applications
    Lecture-5

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  • Microprocessor and Applications
    Lecture-4

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  • Microprocessor and Applications
    Lecture-3

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  • Microprocessor and Applications
    Lecture-2

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  • Microprocessor and Applications
    Lecture-1

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  • Low Power CMOS Circuit
    Lecture-12

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  • Low Power CMOS Circuit
    Lecture-11

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  • Low Power CMOS Circuit
    Lecture-10

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  • Low Power CMOS Circuit
    Lecture-9

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  • Low Power CMOS Circuit
    Lecture-8

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  • Low Power CMOS Circuit
    Lecture-7

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  • Low Power CMOS Circuit
    Lecture-6

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  • Low Power CMOS Circuit
    Lecture-5

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  • Low Power CMOS Circuit
    Lecture-4

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  • Low Power CMOS Circuit
    Lecture-3

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  • Low Power CMOS Circuit
    Lecture-2

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  • Low Power CMOS Circuit
    Lecture-1

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  • Electromagnetic Field Theory
    Notes

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  • Digital Communication
    notes

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  • Information theory and Coding
    Unit 4

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  • Electromagnetic Theory
    Lecture Notes

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  • Digital Communication
    Lecture Notes

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  • Wireless Communication Lecture-5

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  • Wireless Communication Lecture-4

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  • Wireless Communication Lecture-3

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  • Wireless Communication Lecture-2

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  • Wireless Communication Lecture-1

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  • Solid State Devices and Circuits (B Tech-IV Sem) Assignments and Notes

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  • Microwave Devices and Circuits (M Tech-II Sem)Assignment and Notes

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  • B.Tech Time Table (Even Sem 2019-20)

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  • B.Tech Time Table (Odd Sem 2019-20)

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  • Time Table M Tech ECE (Session 2018-19)

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  • Time Table B Tech ECE (Session 2018-19)

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  • Regarding Special Carry Over Examination for Students Registered in UPTU/AKTU

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  • Summer Class Time Table

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  • List of students having short attendance(B.Tech 4th Year)

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  • List of students having short attendance(B.Tech 3rd Year)

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  • List of students having short attendance(B.Tech 2nd Year)

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  • Industrial Training Format (2017-18) for B.Tech Third Year Students

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